RF, Microwave, and Millimeter Wave Products Selection Guide

VISIT ANALOG.COM/RF RF, Microwave, and Millimeter Wave Products Selection Guide 2022 VISIT ANALOG.COM/RF 3 Table of Contents Introduction 4 1000+ Ways to Drive RF and Microwave Performance 4 What’s New in This Edition 5 Low Noise Amplifiers 5 Low Phase Noise Amplifiers 5 Wideband Distributed Amplifiers 5 Linear and Power Amplifiers 5 GaN Power Amps 5 Digital Step Attenuators 5 I/Q Downconverters/Receivers 5 I/Q Upconverters/Downconverters/Transceivers 6 I/Q Demodulators with Integrated LO 6 V-Band Transmitters/Receivers 6 Integer-N PLLs with Integrated VCOs 6 Analog Tunable Low-Pass/Band-Pass Filters 6 Digital Tunable Filters 6 SPDT Switches 7 SP3T, SP4T, SP6T, SP8T Switches 7 Beamformers 7 High Speed Analog-to-Digital Converters >20 MSPS 7 High Speed Digital-to-Analog Converters ≥30 MSPS 7 Clock Generators and Synchronizers 7 5G mmWave Network Radio Solution and Massive MIMO Solution 7 Most Complete 24 GHz to 29.5 GHz MMW 5G Network Radio Solution in the Industry 8 Most Complete 37 GHz to 43.5 GHz MMW 5G Network Radio Solution in the Industry 9 Massive MIMO (M-MIMO): A Fast Track to the 5G Speed Race 10 RF Amplifiers 14 RF/IF Differential Amplifiers 14 Low Noise Amplifiers 16 Gain Blocks and Driver Amplifiers 19 Low Phase Noise Amplifiers 21 Wideband Distributed Amplifiers 21 Linear and Power Amplifiers 23 GaN Power Amplifiers 27 Active Bias Controllers 28 Limiting Amplifiers 28 Variable Gain Amplifiers 29 Analog Controlled VGAs 29 Digitally Controlled VGAs 29 Baseband Programmable VGA Filters 29 Attenuators 30 Digital Step Attenuators 30 Voltage Variable Attenuators 32 Fixed Attenuators 32 RF Mixers 33 Single, Double, and Triple Balanced Mixers 33 I/Q Mixers and Image Reject Mixers 37 Subharmonic Mixers 37 I/Q Downconverters/Receivers 38 I/Q Upconverters/Transmitters 40 I/Q Upconverters with Integrated LO 41 I/Q Upconverters/Downconverters/Transceivers 42 Mixers with Integrated LO 43 I/Q Modulators and Demodulators 44 I/Q Modulators 44 I/Q Demodulators 44 I/Q Modulators with Integrated LO 45 I/Q Demodulators with Integrated LO 45 Integrated Transceivers, Transmitters, and Receivers 46 Microwave and Millimeter Wave Integrated Transmitters/Receivers 46 mmWave Imaging Chipset 46 Intermediate Frequency Subsystems 50 24 GHz ADAS Radar Solutions 51 RadioVerse Integrated Transceivers 52 PLL/Synthesizers 56 Integer-N PLLs 56 Fractional-N/Integer-N PLLs 56 Integer-N PLLs with Integrated VCOs 57 Wideband Fractional-N/Integer-N PLLs with Integrated VCOs 60 Translation Loop PLL+VCO Module 60 Voltage Controlled Oscillators 63 Lowest Bias Current Narrow-Band VCOs 63 Highest Performance and Lowest Phase Noise Narrow-Band VCOs 63 Highest Output Power and Highest Frequency Narrow-Band VCOs 64 Ultrawideband VCOs with Octave Bandwidth Coverage 64 Quad-Band VCOs for Improved Phase Noise 65 Frequency Dividers, Multipliers, and Detectors 66 Frequency Dividers, Prescalers, and Counters 66 Frequency Multipliers—Active 67 Frequency Multipliers—Passive 68 Phase Frequency Detectors 68 Tunable Filters 69 Analog Tunable Low-Pass/Band-Pass Filters 69 Digital Tunable Filters 69 RF Power Detectors 73 TruPwr RMS Responding Detectors 73 Log Detectors/Amplifiers 75 Envelope and Peak Detectors 76 Vector Power Measurement 77 SDLVAs 78 RF Switches 79 Massive MIMO RF Front Ends 79 SPST Switches 79 SPDT Switches 79 SP3T, SP4T, SP6T, SP8T Switches 82 Bypass, Diversity, Matrix, and Transfer 84 MEMS Switches 84 Beamformers, Phase Shifters, and Vector Modulators 85 Beamformers 85 Phased Array RF Front-End ICs 89 Analog Phase Shifters 89 Digital Phase Shifters 89 Vector Modulators 89 High Speed Data Converters 90 High Speed Analog-to-Digital Converters >20 MSPS 90 High Speed Digital-to-Analog Converters ≥30 MSPS 90 Direct Digital Synthesis 91 High Speed RF DAC and Direct Digital Synthesis 92 Mixed-Signal Front Ends 92 Timing ICs and Clocks 94 Clock Distribution 94 Multioutput Clock Generators 94 Clock Generators and Synchronizers 96 Clock Buffers 96 Clock Dividers 96 RF Design Tools 97 ADIsimRF 97 ADIsimPLL 97 ADIsimFrequencyPlanner 97 Why ADI? 98 4RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Introduction 1000+ Ways to Drive RF and Microwave Performance A unique combination of design skills. Deep systems know-how. A diverse range of process technologies including GaAs, GaN, SiGe, SOI, and CMOS. That’s the difference behind the industry’s broadest portfolio of RF ICs, covering the entire RF signal chain from bits to beams, and from DC to beyond 100 GHz. With over 1000 high performance RF ICs, and a wide range of single-chip and module package options, Analog Devices offers a rich selection of high performance RF function blocks, as well as highly integrated transceiver solutions for virtually every application serving the communications, test and measurement instrumentation, industrial, commercial, and military/ aerospace markets. These products are supported by a full complement of RF design and development resources, including free design tools, FMC rapid prototyping platforms, Circuits from the Lab® reference designs, and EngineerZone® technical forums. ADI is committed to providing the best possible long-term support and service to our customers for a positive, successful engagement experience. We are pleased to have the opportunity to provide innovative solutions to help you develop a smarter and more connected world.ADC Driver ADC Driver ADC Clock Distribution and Cleanup Tunable Filter Variable Gain and Attenuator Variable Gain and Attenuator Beamformer Antenna Array Gain/Phase Adjust/Detect RF Detector GaN Mixer Mixer LNA AmpPA Attenuator RF Switch PLL/VCO Divider Multiplier I/Q Demod I/Q Mod ADC DAC DAC LPF LPF Ф xN Mux VISIT ANALOG.COM/RF 5 What’s New in This Edition Low Noise Amplifiers Part Number Description Frequency (GHz) Max RF Input Power (dBm) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC8413 LNA 0.01 to 9 25 19.5 21.5 35 1.9 Internal 5 95 2 × 2 LFCSP EAR99 HMC8413LP2FE HMC8411 LNA 0.01 to 10 20 15 20 34 1.7 Internal 5 55 2 × 2 LFCSP EAR99 HMC8411TCPZ-EP-PT ADL8121 LNA 0.025 to 12 32 16.5 21 36 2.5 Internal 5 95 2 × 2 LFCSP EAR99 ADL8121ACPZN ADL8107 LNA 6 to 18 22 24 18.5 29 1.3 Internal 5 90 2 × 2 LFCSP EAR99 ADL8107ACPZN ADL8142 LNA 23 to 31 20 29 8.5 17.5 1.8 Internal 2 25 2 × 2 LFCSP 3A001.b.2.d ADL8142ACPZN Low Phase Noise Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Additive Phase Noise (10 kHz Offset) (dBc/Hz) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC8411 LNA 0.01 to 10 15 20 34 1.7 –161 Internal 5 55 2 × 2 LFCSP EAR99 HMC8411TCPZ-EP-PT Wideband Distributed Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC1126 Distributed 0.4 to 52 12 17.5 28.5 3.5 Internal 5 85 5 × 5 LGA_CAV 3A001.b.2.d HMC1126ACEZ Linear and Power Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADPA7005 1 W power amp 18 to 44 15.5 31 40 7 Internal 5 1400 7 × 7 LCC_HS 3A001.b.2.d ADPA7005AEHZ GaN Power Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P4dB (dBm) Output IP3 (dBm) Noise Figure (dB) Operation PSAT (dBm) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADPA1106 40 W, GaN PA 2.7 to 3.5 34.5 — — — Pulsed 46 50 300 5 × 5 LFCSP 3A001.b.2.a.3 ADPA1106ACGZN Digital Step Attenuators Part Number Description Frequency (GHz) Insertion Loss (dB) Atten Range (dB) Step (dB) Input IP3 (dBm) P0.1 dB (dBm) Settling Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number ADRF5473 6-bit DSA 0.1 to 40 3.2 0 to 31.5 0.5 50 31 250 ns 0/3.3 Die EAR99 ADRF5473BCZ ADRF5474 4-bit DSA 0.1 to 60 1.8 0 to 22 2 45 25.5 175 ns CMOS/LVTTL Die EAR99 ADRF5474BCZ I/Q Downconverters/Receivers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) Image Rejection (dBc) Noise Figure (dB) LO Drive Nominal (dBm) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number ADMV4540 K-band quad ZIF downconverter with PLL/VCO 17 to 22 17 to 21.5 0 to 0.9 57 –3 30 5 Internal VCO 3.3 980 7 × 7 LGA 5A991.b ADMV4540ACCZ  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. 6RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS I/Q Upconverters/Downconverters/Transceivers Upconversion Mode Downconversion Mode Part Number Description RF (GHz) LO (GHz) IF (GHz) CG (dB) Output IP3 (dBm) Uncalibrated Sideband Rejection (dBc) CG (dB) Input IP3 (dBm) Uncalibrated Image Reject (dBc) LO Drive Nominal (dBm) VSUPPLY (V) Pwr Consu- mption (W) Package (mm) ECCN Code Ordering Part Number ADMV1128 1T1R 5G mmW microwave up/ downconverter 24 to 29.5 5 to 15 DC to 1.5 (BB) 3 to 7 (IF) 22 24 53 (IF) 15 0 @ max gain (IF) 24 –10 1.8 1 6 × 6.5 BGA 5A991.b ADMV1128BBCZ I/Q Demodulators with Integrated LO Part Number Description RF Frequency (GHz) PLL Phase Noise @ 10 kHz Offset (dBc/Hz) PLL Phase Noise @ 1 MHz Offset (dBc/Hz) Gain Error (dB) Phase Error (°) Noise Figure (dB) Input P1dB (dBm) Input IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADMV4540 K-band quad ZIF demod w/PLL/VCO 17 to 22 –96 –115 0.5 1.6 5 –19 –3 900 3.3 980 7 × 7 LGA 5A991.b ADMV4540ACCZ V-Band Transmitters/Receivers Part Number Description Frequency (GHz) I/Q Bandwidth (GHz) Max Gain (dB) RF Control Range (dB) IF Control Range (dB) IP3 (dBm) Image/ Sideband Rejection (dBc) Noise Figure (dB) P1dB (dBm) Power Dissipation (W) Package (mm) ECCN Code Ordering Part Number ADMV9611/ ADMV9621 High speed wireless interconnect solution 60 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 34.70 × 29.89 PCA 5A991.b ADMV9611APCZ/ ADMV9621APCZ Integer-N PLLs with Integrated VCOs Part Number Description Frequency (GHz) Open-Loop VCO Phase Noise @ 100 kHz (dBc/Hz) @ FOUT (GHz) Divider VCO Tuning Inductor Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4377 Int-N PLL with VCO 0.8 to 12.8 –108 10 /1 to /8 Internal –239 500 3.3/5 370/145 7 × 7 LGA EAR99 ADF4377BCCZ Analog Tunable Low-Pass/Band-Pass Filters Part Number Description Frequency (GHz) Control Cutoff Freq Range (MHz) Stop Band Frequency (Rej > 20 dB) Tuning Response (ns) Insertion Loss (dB) Package (mm) ECCN Code Ordering Part Number ADMV8420 Tunable band-pass filter 10 to 22.8 0 V to 15 V 20% 0.72 × fC, 1.24 × fC 200 5 Die EAR99 ADMV8420CHIPS Digital Tunable Filters Part Number Description Frequency (GHz) Number of Bands Wideband Rejection (dB) Interface Return Loss (dB) BP Insertion Loss @ Mid-Band (dB) Package (mm) ECCN Code Ordering Part Number ADMV8526 Digital tunable band-pass filter 1.25 to 2.60 1 20 SPI 20 4 10 × 10 LGA EAR99 ADMV8526ACCZ VISIT ANALOG.COM/RF 7 SPDT Switches Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/ Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number ADRF5424 Reflective 0.1 to 60 1.3 35 28 27 50 10/10 0/3.3 Die EAR99 ADRF5424BCZ SP3T, SP4T, SP6T, SP8T Switches Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/Off Time Control Input (VDC) Package (mm) ECCN Code Ordering Part Number ADRF5345 SP4T 1.8 to 3.8 0.35 32 — 50 (LTE 10 dB PAR) 84 140 μs/ 140 μs 0/3.45 4 × 4 LGA EAR99 ADRF5345BCCZN Beamformers Part Number Description Frequency (GHz) Phase Adj Range (°) Phase Adj Step (°) Ampl Adj Range (dB) Ampl Adj Step (dB) Package (mm) ECCN Code Ordering Part Number ADAR3000 4-beam/16-channel Ka-band beamformer 17 to 22 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 5A991.b ADAR3000ABCZ ADAR3001 4-beam/16-channel Ka-band beamformer 27.5 to 31 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 5A991.b ADAR3001ABCZ ADMV4928 Tx/Rx dual polarization beamformer 37 to 43.5 360 5.625 34 (Tx), 28 (Rx) 0.5 10 × 7 BGA 5A991.b ADMV4928BBCZ High Speed Analog-to-Digital Converters >20 MSPS Part Number Channels Resolution (Bits) Max Sample Rate SFDR (dBc) SNR (dBFS) INL (LSB) VIN Range (V p-p) Data Output Interface Power (W) Package (mm) ECCN Code Ordering Part Number AD9699 1 14 3.0 GSPS 71 60.2 6 1.7 JESD204B 2 12 × 12 BGA_ED 3A001.a.5.a.4 AD9699BBPZ-3000 Clock Generators and Synchronizers Part Number Supply Voltage (V) Number of Reference Inputs Number of Outputs Number of Dividers Number of Delay Lines On-Chip VCO or DCO Max Output Frequency (MHz) Output Logic Wideband Random Jitter (ps rms) I/O Interface Package (mm) ECCN Code Ordering Part Number AD9546 1.8 2 diff or 8 single-end 10 2 0 Yes 2415 CML, HCSL, LVDS, or sing. See data sheet I2C, serial, SPI 48-lead LFCSP EAR99 AD9546BCPZ New 5G mmWave Network Radio Solution and Massive MIMO Solution ADI strives to provide the most advanced and most complete system solution whenever possible. Solutions may come in a combination of reference designs, single-chip functionality, multichip partitioning, module form, and/or with software algorithm. Our goal is to provide the optimal solution that enables our customers to solve their most challenging problems, add distinct features and values to differentiate themselves, and get to market with a competitive product at the fastest time. For more information, please visit analog.com/rf. For design resources, visit analog.com/en/design-center. 8RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Most Complete 24 GHz to 29.5 GHz MMW 5G Network Radio Solution in the Industry ► 16-channel beamformer chip provides the highest density for small size and low cost ► Integrated up/downconverter offers highest performance and unmatched feature set ► Quad RF ADC and RF DAC support >2 GHz bandwidth for multigigabit wireless datalink Applications ► Highest channel count for cost-effective scalability ► Smallest size for compact active antenna systems ► Flexible options for single polarization or horizontal and vertical polarization Quad of 4 × 4 Subarrays HMC7044 ADF4372 ADMV4828 ADMV1128 mmW Front End Integrated Up/Down- converter FMC+ Connector 12 V DC Power 2 GHz to 8 GHz IF RIB (Radiated Interface Boundary) Highest Channel Count Beamformer MXFE 4T4R Radio MXFE ADS9 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp RF ADC ADL5569 RF ADC ADL5569 RF ADC ADL5569 RF ADC ADL5569 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid LO GenerationClock Distribution: LO Ref, BR66, SYSREF, FPGA DC Power AD9081: MxFE Quad, 16-Bit, 12 GSPS RF DAC and Quad, 12-Bit, 4 GSPS RF ADC ► Flexible reconfigurable radio common platform ► RF DAC/RF ADC BW of 5.2 GHz and 7.5 GHz ► On-chip PLL with multichip synchronization ► JESD204B (8b/10b, 16 Gbps) and JESD204C ADMV1128: 24 GHz to 29.5 GHz Single-Chip Up/Downconverter ► CMOS up/downconverter for industry leading efficiency and linear POUT ► 1.5 GHz I/Q bandwidth ► 2 GHz to 8 GHz IF bandwidth ► Optional on chip switch port between TX and RX ► Optional on on-chip hybrid for IF mode ► LO doubler (×2) and quadrupler (×4) modes ADMV4828: 24 GHz to 29.5 GHz, 16-Channel Beamformer ► 16 selectable transmit/receive channels dual polarization ► Addressing n257, n258, and n261 bands in one footprint ► Fast TDD switching time using external pins ► High resolution phase control ► High resolution DGAs for amplitude control ► Memory for transmitter and receiver beam positions ► Compact package VISIT ANALOG.COM/RF 9 Most Complete 37 GHz to 43.5 GHz MMW 5G Network Radio Solution in the Industry ADMV1139: 37 GHz to 48.2 GHz Single-Chip Up/Downconverter ► CMOS up/downconverter for industry leading efficiency and linear Pout ► 1.5 GHz I/Q bandwidth ► 2 GHz to 8 GHz IF bandwidth ► Optional on chip switch port between TX and RX ► Optional on on-chip hybrid for IF mode ► LO quadrupler (×4) mode ADMV4928: 37 GHz to 43.5 GHz, 16-Channel Beamformer ► 16 selectable transmit/receive channels dual polarization ► Addressing n260 and future 40 GHz to 43.5 GHz bands in one footprint ► Fast TDD switching time using external pins ► High resolution phase control ► High resolution DGAs for amplitude control ► Memory for transmitter and receiver beam positions ► Compact package Quad of 4 × 4 Subarrays HMC7044 ADF4372 ADMV4928 ADMV1139 mmW Front End Integrated Up/Down- converter FMC+ Connector 12 V DC Power 2 GHz to 8 GHz IF RIB (Radiated Interface Boundary) Highest Channel Count Beamformer MXFE 4T4R Radio MXFE ADS9 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp 12 dB RF DAC ADL5335 Amp RF ADC ADL5569 RF ADC ADL5569 RF ADC ADL5569 RF ADC ADL5569 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid 90˚ Hybrid LO GenerationClock Distribution: LO Ref, BR66, SYSREF, FPGA DC Power 10RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Massive MIMO (M-MIMO): A Fast Track to the 5G Speed Race A Complete 3.5 GHz M-MIMO Transceiver with RF Front-End Reference DesignLNA50 Ω TerminationSwitchADRF5515 90˚ 0˚ DAC DAC ADC 90˚ 0˚ ADCADRV9026 4T4R2Orx TransceiverORx Input ORx1 … 4RF Front-End BoardPre- AmplifierPower AmplifierCirculatorCouplerTx Input Tx1 … 4Rx Input Rx1 … 4LOLOJESD204B/JESD204C Serial InterfaceDecimation, pFIR, AGC, DC Offset, QEC, Tuning, RSSI, OverloadpFIR, LO Leakage, QEC, Tuning, InterpolationDecimation, pFIR, DC Offset, QEC, Tuning, Overload ADC 90˚ 0˚ ADCLO VISIT ANALOG.COM/RF 11 Dual-Channel Receiver Front Ends ► ADRF5545A: 2.4 GHz to 4.2 GHz ► ADRF5547: 3.7 GHz to 5.3 GHz ► ADRF5549: 1.8 GHz to 2.8 GHz ► ADRF5515 3.3 GHz to 4.0 GHz ► ADRF5515A 3.3 GHz to 4.0 GHz (Higher Gain) ► ADRF5519 2.3 GHz to 2.8 GHz First Generation 10 W Dual-Channel SPDT and 2 Stage LNA ► High power handling SPDT switch for LNA protection, solving a huge problem of protecting the receiver’s front end in the presence of damaging RF power, while maintaining robust receiver performance ■ 10 W continuous wave at 105°C, lifetime operation ■ 10 W LTE average power (9 dB PAR) at 105°C, lifetime operation ■ 20 W LTE average power (9 dB PAR) at 105°C, single event ► Low noise figure: 1.45 dB at 3.6 GHz at receiver operation ► Low insertion loss: 0.65 dB at 3.6 GHz ► High channel isolation ► Integrated bias and matching circuits Next-Generation 20 W Dual-Channel SPDT and Lower Noise Figure 2 Stage LNA ► ADRF5515: 3.3 GHz to 4.0 GHz ► 20 W LTE average power (9 dB PAR) at 105°C, lifetime operation ► Low noise figure: 1.0 dB at 3.6 GHz at receiver operation ► Low insertion loss: 0.45 dB at 3.6 GHz ► High channel isolation ► Integrated bias and matching circuits ADRV9026: Wideband Integrated Quad RF Transceiver with Observation Path ► Center frequency: 75 MHz to 6 GHz ► Four differential transmitters and receivers ► Two observation receivers with two inputs each ► Fully integrated fractional-N synthesizer and supports multichip LO phase synchronization ► Support for TDD and FDD applications ► Bandwidth: 200 MHz receiver, 450 MHz transmitter synthesis, and 450 MHz observation receiver ► Integrated AGC, DC offset, and quadrature error correction ► Interface: 24.33 Gbps JESD204B/JESD204C ► Package: 14 mm × 14 mm chip scale BGA ► Pin-compatible part ADRV9029 includes internal DPD and crest factor reduction capabilities 30 GND 29 RXOUT-C1 28 GND 27 BP-CHA 26 PD-CHAB 25 NIC 24 BP-CHB 23 GND 22 RXOUT-C1 21 GND 40 GND 39 TERM-C1 38 NIC 37 GND 36 GND 35 GND 34 VDD1-CH 33 NIC 32 NIC 31 VDD2-CH GND 1 GND 2 ANT-CHA 3 GND 4 WCTRL CHAB 5 SWVDD-CHAB 6 GND 7 ANT-CHB 8 GND 9 GND 10 GND 11 RM-CHB 12 NIC 13 GND 14 GND 15 GND 16 D1-CHB 17 NIC 18 NIC 19 D2-CHB 20 12RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADRV9026: Wideband Integrated Quad RF Transceiver with Observation Path SERDOUTA± SERDOUTB± SYNCOUT1± SYNCOUT2± ORX_CTRL_x RXx_EN GPINT2 GPINT1 TXx_EN RESET TEST_EN SPI_DIO SPI_DO SPI_EN SPI_CLK SYSREF± DEVCLK± GPIO_x AUXADC_x GPIO_ANA_x RX1+ RX1– RX2+ RX2– RX3+ RX3– RX4+ RX4– RX1, RX2, TX1, TX2, ORX1/ORX2 RX3, RX4, TX3, TX4, ORX3/ORX4 Mux LO 1 LO 2 Mux LO 1 LO 2 Mux LO 3 TX1+ TX1– TX2+ TX2– TX3+ TX3– TX4+ TX4– ORX1+ ORX1– ORX2+ ORX2– ORX3+ ORX3– ORX4+ ORX4– VIF VDIG_1P0 VDDA_1P32 VDDA_1P03 VDDA_1P81 ORX1/ORX2 Power Management SPI Port RF Synth LO 3 Microprocessor Control Interface Clock Generation and Synchronization GPIO Auxiliary ADC Auxiliary DAC SERDOUTC± SERDOUTD± SYNCIN1± SYNCIN2± SYNCIN3± SERDINA± SERDINB± SERDINC± SERDIND± 8 4 4 4 4 19 RF Synth RF Synth LO 1 LO 2 ¹ VDDA_1P8 represents VCONV1_1P8, VCONV2_1P8, VANA1_1P8,VANA2_1P8,VANA3_1P8, VANA4_1P8, and VJVCO_1P8. ²VDDA_1P3 represents VANA1_1P3, VANA2_1P3, VCONV1_1P3, VCONV2_1P3, VRFVCO1_1P3, VRFVCO2_1P3, VAUXVCO_1P3, VCLKVCO_1P3, RFSYN1_1P3, VRFSYN2_1P3, VCLKSYN_1P3,VAUXSYN_1P3, VRXLO_1P3, and VTXLO_1P3. ³VDDA_1P0 represents VJSYN_1P0, VDES_1P0, VTT_DES, and VSER_1P0. 90˚ 0˚ Rx2 ADC ADC Rx1 90˚ 0˚ Tx1 Tx2 DAC DAC 90˚ 0˚ ADC ADC Decimation, Programmable FIR, AGC, DC Offset, QEC, Tuning, RSSI, Overload Decimation, pFIR, DC Offset, QEC, Tuning, Overload JESD204B/ JESD204C Serial Interface pFIR, LO Leakage, QEC, Tuning, Interpolation VISIT ANALOG.COM/RF 13 All Product Listings RF and microwave technology is all around us—connecting us (ubiquitous mobility), guiding us (GPS/autonomous vehicle), moving us (aircraft), healing us (healthcare, MRI scanners), and elevating us by making our everyday lives more efficient. 14RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS RF Amplifiers RF/IF Differential Amplifiers Part Number Description Frequency (MHz) Gain Range (dB) Output IP3 (dBm) 2nd/3rd Harmonic (dBc) Noise Figure at Max Gain (dB) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LT1994 R/R output, resistor programmed 0 to 70 0 to 40 — –88/–84 — 3, 5, ±5 14.8 3 × 3 DFN MSOP EAR99 LT1994CDD#TRPBF LT1994IDD#TRPBF LT1994HDD#TRPBF LT19994MPDD#TRPBF LT19994CMS8#TRPBF LT19994IMS8#TRPBF AD8372 Dual DVGA, 1 dB step 1 to 130 –9 to +32 35 –78/–85 7.9 5 212 5 × 5 LFCSP EAR99 AD8372ACPZ-R7 LTC6403-1 Resistor programmed 0 to 200 0 to 40 28 –76/–74 10.8 3, 5 11 3 × 3 QFN EAR99 LTC6403CUD-1#TRPBF LTC6403IUD-1#TRPBF LT6402-6 Fixed 6 dB gain 0 to 300 6 36 –84/–84 12.6 5 30 3 × 3 QFN EAR99 LT6402CUD-6#TRPBF LT6402IUD-6#TRPBF LT6402-12 Fixed 12 dB gain 0 to 300 12 37 –82/–73 15.1 5 30 3 × 3 QFN EAR99 LT6402CUD-12#TRPBF LT6402IUD-12#TRPBF LT6402-20 Fixed 20 dB gain 0 to 300 20 36.5 –80/–80 12.5 5 30 3 × 3 QFN EAR99 LT6402CUD-20#TRPBF LTC6402IUD-20#TRPBF LTC6404–1 Unity-gain stable, resistor programmed 0 to 500 0 41.5 –102/–90 13.4 3, 5 27.8 3 × 3 QFN EAR99 LTC6404CUD-1#TRPBF LTC6404IUD-1#TRPBF LTC6404HUD-1#TRPBF AD8375 Dual DVGA, 1 dB step 15 to 630 –4 to +20 50 –85/–92 8.3 5 125 4 × 4 LFCSP EAR99 AD8375ACPZ-R7 LT6411 Dual selectable gain 0.1 to 650 +1, –2, –1 30 –63/–52 24.7 5, 12 16 3 × 3 QFN EAR99 LT6411CUD#TRPBF LT6411IUD#TRPBF LTC6405 Resistor programmed 0 to 700 0 to 40 23.4 –82/–65 7.5 5 18 3 × 3 QFN EAR99 LTC6405CUD#TRPBF LTC6405IUD#TRPBF LT1993–10 Fixed 20 dB gain 0 to 700 20 40 –77/–67 12.7 5 100 3 × 3 QFN EAR99 LT1993CUD-10#TRPBF LT19993IUD-10#TRPBF AD8376 Dual DVGA, 1 dB step 15 to 700 –4 to +20 50 –82/–91 8.7 5 250 5 × 5 LFCSP EAR99 AD8376ACPZ-R7 AD8370 DVGA, <1 dB step 10 to 750 –8 to +34 35 –65/–62 7.2 3, 5 79 TSSOP EAR99 AD8370AREZ-RL7 LT1993–2 Fixed 6 dB gain 0 to 800 6 38 –72/–69 12.3 5 100 3 × 3 QFN EAR99 LT1993CUD-2#TRPBF LT1993IUD-2#TRPBF LT1993–4 Fixed 12 dB gain 0 to 900 12 40 –76/–70 14.5 5 100 3 × 3 QFN EAR99 LT1993CUD-4#TRPBF LT1993IUD-4#TRPBF LTC6404–2 >6 dB gain resistor programmed 0 to 900 >6 45 –98/–98 10 3, 5 30.4 3 × 3 QFN EAR99 LTC6404CUD-2#TRPBF LTC6404IUD-2#TRPBF LTC6404HUD-2#TRPBF AD8350 Fixed gain 1 to 900 15 28 –66/–65 6.8 5 28, 30 SOIC EAR99 AD8350ARMZ15-REEL7 AD8350 Fixed gain 1 to 900 20 28 –66/–65 6.8 5 28, 30 MSOP EAR99 AD8350ARMZ20-REEL7 LTC6401–20 Fixed 20 dB gain 0 to 1300 20 30.5 –80/–57 6.4 3 50 3 × 3 QFN EAR99 LTC6401CUD-20#TRPBF LTC6401IUD-20#TRPBF LTC6421–20 Dual matched differential amplifiers 0 to 1300 20 33.2 –74/–78 6.2 3 80 3 × 4 QFN EAR99 LTC6421CUDC-20#TRPBF LTC6421IUDC-20#TRPBF LTC6410–6 Configurable RIN 0 to 1400 6 36 –85/–69 8 3, 5 125 3 × 3 QFN EAR99 LTC6410CUD-6#TRPBF LTC6410IUD-6#TRPBF LTC6432–15 Low noise to 100 kHz, fixed gain 0.1 to 1400 15.9 50.3 –92.2/–90 3.2 5 166 4 × 4 QFN EAR99 LTC6432AIUF-15#TRPBF LTC6432–15 Low noise to 100 kHz, fixed gain 0.1 to 1400 15.9 47 –92.2/–90 3.2 5 166 4 × 4 QFN EAR99 LTC6432BIUF-15#TRPBF LTC6401–26 Fixed 26 dB gain 0 to 1600 26 40 –81/–54 6.5 3 45 3 × 3 QFN EAR99 LTC6401CUD-26#TRPBF LTC6401IUD-26#TRPBF LTC6417 Differential buffer with fast clamp 0 to 1600 0 39 –100/–66 13 5 123 3 × 4 QFN EAR99 LTC6417CUDC#TRPBF LTC6417IUDC#TRPBF ADL5205 Dual DVGA, parallel and serial control, 1 dB step 0 to 1700 –9 to +26 48.5 –75/–87.5 6.6 3.3, 5 175 6 × 6 LFCSP 5A991.b ADL5205ACPZ-R7  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. 15VISIT ANALOG.COM/RF RF/IF Differential Amplifiers (Continued) Part Number Description Frequency (MHz) Gain Range (dB) Output IP3 (dBm) 2nd/3rd Harmonic (dBc) Noise Figure at Max Gain (dB) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LTC6404–4 >12 dB gain resistor programmed 0 to 1700 >12 45.5 –100/–100 8 3, 5 31 3 × 3 QFN EAR99 LTC6404CUD-4#TRPBF LTC6404IUD-4#TRPBF LTC6404HUD-4#TRPBF LTC6420–20 Dual matched differential amplifiers 0 to 1800 20 37.2 –80/–88 6.2 3 160 3 × 4 QFN EAR99 LTC6420CUDC-20#TRPBF LTC6420IUDC-20#TRPBF LTC6400–20 Fixed 20 dB gain 0 to 1800 20 41.5 –74/–74 6.5 3 90 3 × 3 QFN EAR99 LTC6400CUD-20#TRPBF LTC6400IUD-20#TRPBF LTC6400–14 Fixed 14 dB gain 0 to 1900 14 38 –78/–74 7.7 3 85 3 × 3 QFN EAR99 LTC6400CUD-14#TRPBF LTC6400–26 Fixed 26 dB gain 0 to 1900 26 38 –83/–72 6.9 3 85 3 × 3 QFN EAR99 LTC6400CUD-26#TRPBF LTC6400IUD-26#TRPBF LTC6401–14 Fixed 14 dB gain 0 to 2000 14 33 –79/–57 7.4 3 45 3 × 3 QFN EAR99 LTC6401CUD-14#TRPBF LTC6401IUD-14#TRPBF LTC6416 Differential buffer with programmed output clamp 0.1 to 2000 0 40 –75/–59 6.4 3 42 3 × 2 DFN EAR99 LTC6416CDDB#TRPBF LTC6416IDDB#TRPBF LTC6430–15 Fixed 15.2 dB gain 20 to 2000 15.2 50 –80.5/–87 3 5 160 4 × 4 QFN EAR99 LTC6430AIUF-15#TRPBF LTC6430–15 Fixed 15.2 dB gain 20 to 2000 15.2 47 –80.5/–87 3 5 160 4 × 4 QFN EAR99 LTC6430BIUF-15#TRPBF LTC6430–20 Fixed 20 dB gain 20 to 2060 20.8 51 –79.8/ –80.9 2.9 5 170 4 × 4 QFN EAR99 LTC6430AIUF-20#TRPBF LTC6430–20 Fixed 20 dB gain 20 to 2060 20.8 47 –79.8/ –80.9 2.9 5 170 4 × 4 QFN EAR99 LTC6430BIUF-20#TRPBF LTC6400–8 Fixed 8 dB gain 0 to 2200 8 37.5 –86/–71 7.7 3 85 3 × 3 QFN EAR99 LTC6400CUD-8#TRPBF LTC6400IUD-8#TRPBF LTC6401–8 Fixed 8 dB gain 0 to 2200 8 33.5 –78/–59 12.3 3 45 3 × 3 QFN EAR99 LTC6401CUD-8#TRPBF LTC6401IUD-8#TRPBF AD8351 Resistor programmed 10 to 2200 0 to 26 31 –79/–81 15.5 3, 5 28 MSOP EAR99 AD8351ACPZ-R7 AD8352 Resistor programmed 10 to 2200 3 to 25 41 –83/–82 15.5 3, 5 37 3 × 3 LFCSP EAR99 AD8352ACPZ-R7 ADL5561 Pin strap 10 to 2900 6, 12, 15.5 49 –95/–87 8 3.3 40 3 × 3 LFCSP EAR99 ADL5561ACPZ-R7 LTC6406 Resistor programmed 0 to 3000 0 to 40 24.4 –77/–65 7.5 3 18 3 × 3 QFN MSOP EAR99 LTC6406CUD#TRPBF LTC6406IUD#TRPBF LTC6406CMS8E#TRPBF LTC6406IMS8E#TRPBF ADA4961 DVGA, parallel and serial control, 1 dB step 10 to 3200 –3 to +18 50 –84/–100 5.6 3, 5 150 4 × 4 LFCSP EAR99 ADA4961ACPZN-R7 ADL5562 Pin strap 0 to 3300 6, 12, 15.5 47 –104/–87 7.3 3.3 80 3 × 3 LFCSP EAR99 ADL5562ACPZ-R7 ADL5567 Dual 0 to 4300 20 49.8 –94/–103 7.1 3.3, 5 148 4 × 4 LFCSP EAR99 ADL5567ACPZN-R7 ADL5566 Dual 0 to 4500 16 51 –94.7/ –100 6.58 3, 5 140, 160 4 × 4 LFCSP EAR99 ADL5566ACPZ-R7 ADL5569 Differential amplifier/ ADC driver 0 to 6500 20 41 –78/–71 9.3 5 86 2.5 × 3 LFCSP EAR99 ADL5569BCPZ ADL5565* Pin strap 0 to 7000 6, 12, 15.5 53 –108/–103 8.7 3, 5 70, 80 3 × 3 LFCSP EAR99 ADL5565ACPZ-R7 ADL5580 Resistor programmed 0 to 10,000 0 to 10 40.3 –66.4/–66.1 11.2 5/–1.8 276/–224 4 × 4 LGA EAR99 ADL5580BCCZ-R7 LTC6409 Resistor programmed 0 to 10,000 0 to 52 39 –88/–93 6.9 3, 5 52 3 × 2 QFN EAR99 LTC6409CUDB#TRPBF LTC6409IUDB#TRPBF LTC6409HUDB#TRPBF LTC6419 Dual, resistor programmed 0 to 10,000 0 to 52 33.5 –85/–83 6.9 3, 5 104 4 × 3 LQFN EAR99 LTC6419IV#PBF LTC6419HV#PBF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. 16RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Low Noise Amplifiers Part Number Description Frequency (GHz) Max RF Input Power (dBm) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC356 LNA 0.35 to 0.55 15 17 21 38 1 External 5 104 3 × 3 LFCSP EAR99 HMC356LP3E HMC373 LNA 0.7 to 1 30 14 20 35 1 Internal 5 90 3 × 3 LFCSP EAR99 HMC373LP3E HMC376^ LNA 0.7 to 1 15 15 21 36 0.7 Internal 5 73 3 × 3 LFCSP EAR99 HMC376LP3E HMC618A^ LNA 1.2 to 2.2 10 19 20 36 0.75 External 5 117 3 × 3 LFCSP EAR99 HMC618ALP3E ADRF5549 Dual-channel, bypassable LNA 1.8 to 2.8 25 35 19 32 1.4 External 5 85 6 × 6 LFCSP EAR99 ADRF5549BCPZN HMC374 LNA 0.3 to 3 15 15 22 37 1.5 Internal 5 90 SOT-26 EAR99 HMC374E HMC374* LNA 0.3 to 3 15 15 17 35 1.6 Internal 3.3 75 SC70 EAR99 HMC374SC70E HMC639* LNA 0.2 to 4 15 13 22 38 2.3 Internal 5 110 SOT-89 EAR99 HMC639ST89E ADL5521*^ LNA 0.4 to 4 20 20.8 22 37 0.9 External 5 60 3 × 3 LFCSP 5A991.b ADL5521ACPZ-R7 ADL5523*^ LNA 0.4 to 4 7 21.5 21 34 0.8 External 5 60 3 × 3 LFCSP 5A991.b ADL5523ACPZ-R7 HMC609 LNA 2 to 4 15 20.5 21 36 3 Internal 6 170 Die EAR99 HMC609 HMC609 LNA 2 to 4 15 20 21.5 36.5 3.5 Internal 6 170 4 × 4 LFCSP EAR99 HMC609LC4 ADRF5515 Dual-channel, bypassable LNA 3.3 to 4.0 25 (Rx) 33 18 32 1 Internal 5 86 6 × 6 LFCSP 5A991.b ADRF5515BCPZN ADRF5515A Dual-channel bypassable LNA 3.3 to 4.0 43 36 19 35 1.05 Internal 5 95 6 × 6 LFCSP 5A991.b ADRF5515ABCPZN ADRF5545A Dual-channel, bypassable LNA 2.4 to 4.2 25 32 19 32 1.45 External 5 86 6 × 6 LFCSP EAR99 ADRF5545ABCPZN ADRF5547 Dual-channel, bypassable LNA 3.7 to 5.3 25 33 18 31 1.6 External 5 86 6 × 6 LFCSP EAR99 ADRF5547BCPZN HMC717A LNA 4.8 to 6 20 14.5 18 29.5 1.3 External 5 68 3 × 3 LFCSP EAR99 HMC717ALP3E HMC392A^ LNA 3.5 to 7 20 17.2 19.5 32.5 1.7 Internal 5 59 Die EAR99 HMC392A ADL8104^ High OIP2 LNA 0.4 to 7.5 25 15 20 32 3.5 Internal 5 150 3 × 3 LFCSP EAR99 ADL8104ACPZN ADL8111* LNA 0.01 to 8 31 12.5 17 34 2.8 Internal 5 70 6 × 6 LGA EAR99 ADL8111ACCZN HMC392A*^ LNA 3.5 to 8 20 17 19 34.5 1.8 Internal 5 61 4 × 4 LFCSP EAR99 HMC392ALC4 ADL5721 LNA 5.9 to 8.5 20 25.9 16.6 29.9 1.6 Internal 3.3 86.5 2 × 2 LFCSP EAR99 ADL5721ACPZN-R7 HMC8413 New LNA 0.01 to 9 25 19.5 21.5 35 1.9 Internal 5 95 2 × 2 LFCSP EAR99 HMC8413LP2FE HMC8410* LNA 0.01 to 10 20 19.5 21.5 33 1.1 Internal 5 65 2 × 2 LFCSP EAR99 HMC8410LP2FE HMC8410 LNA 0.01 to 10 20 19 21 33 1.3 Internal 5 65 Die EAR99 HMC8410 HMC8411*^ LNA 0.01 to 10 20 15 20 34 1.7 Internal 3, 5 55 2 × 2 LFCSP EAR99 HMC8411LP2FE HMC8411^ New LNA 0.01 to 10 20 15 20 34 1.7 Internal 5 55 2 × 2 LFCSP EAR99 HMC8411TCPZ-EP-PT HMC8412^# LNA 0.4 to 11 25 15 18 33 1.5 Internal 5 60 2 × 2 LFCSP EAR99 HMC8412LP2FE HMC902^ LNA 5 to 10 10 20 16 28 1.6 Internal 3.5 80 Die EAR99 HMC902 HMC902*^ LNA 5 to 10 10 19 16 28 1.8 Internal 3.5 80 3 × 3 LFCSP EAR99 HMC902LP3E HMC8412^ LNA 0.4 to 10 25 15 19 32 1.5 Internal 5 60 Die EAR99 HMC8412CHIPS HMC753* LNA 1 to 11 12 17 18 30 1.5 Internal 5 55 4 × 4 LFCSP EAR99 HMC753LP4E ADL5723 LNA 10.1 to 11.7 — 24.5 14.5 26.7 2.2 Internal 3.3 109.1 2 × 2 LFCSP EAR99 ADL5723ACPZN-R7 ADL8121 New LNA 0.025 to 12 32 16.5 21 36 2.5 Internal 5 95 2 × 2 LFCSP EAR99 ADL8121ACPZN HMC-ALH444* LNA 1 to 12 12 17 19 28 1.5 Internal 5 55 Die EAR99 HMC-ALH444 HMC772* LNA 2 to 12 5 15 13 25 1.8 Internal 4 45 4 × 4 LFCSP EAR99 HMC772LC4 HMC564 LNA 7 to 14 5 17 12 24 1.8 Internal 3 51 Die EAR99 HMC564 HMC564* LNA 7 to 14 5 17 13 25 1.8 Internal 3 51 4 × 4 LFCSP EAR99 HMC564LC4 ADL5724 LNA 12.7 to 15.4 — 26.4 15.4 28.4 2.1 Internal 3.3 109.7 2 × 2 LFCSP EAR99 ADL5724ACPZN-R7 HMC490 LNA 12 to 16 10 27 25 35 2.5 Internal 5 200 5 × 5 LFCSP EAR99 HMC490LP5E HMC903*^ LNA 6 to 17 20 18 14 25 1.7 Internal 3.5 80 3 × 3 LFCSP EAR99 HMC903LP3E HMC490 LNA 12 to 17 10 27 26 35 2 Internal 5 200 Die EAR99 HMC490  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range. ^ = Part supports single positive supply operation. 17VISIT ANALOG.COM/RF Low Noise Amplifiers (Continued) Part Number Description Frequency (GHz) Max RF Input Power Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC903^ LNA 6 to 18 20 19 15 27 1.6 Internal 3.5 90 Die EAR99 HMC903 ADL8107 New LNA 6 to 18 22 24 18.5 29 1.3 Internal 5 90 2 × 2 LFCSP EAR99 ADL8107ACPZN HMC516^ LNA 9 to 18 5 21 13 20 2 Internal 3 65 Die EAR99 HMC516 HMC516*^ LNA 9 to 18 5 20 13 25 2 Internal 3 65 5 × 5 LFCSP EAR99 HMC516LC5 ADL5725 LNA 17.7 to 19.7 — 27.8 13.8 26.3 2.4 Internal 3.3 108 2 × 2 LFCSP EAR99 ADL5725ACPZN-R7 HMC462^ LNA and distributed 2 to 20 18 15 15 27 2.5 Internal 5 63 Die EAR99 HMC462 HMC462*^ LNA and distributed 2 to 20 18 13 14 25 2.5 Internal 5 66 5 × 5 LFCSP EAR99 HMC462LP5 HMC-ALH435 LNA 5 to 20 15 13 16 25 2.2 Internal 5 30 Die EAR99 HMC-ALH435 HMC565^ LNA 6 to 20 0 22 10 20 2.3 Internal 3 53 Die EAR99 HMC565 HMC565*^ LNA 6 to 20 0 21 10 20 2.5 Internal 3 53 5 × 5 LFCSP EAR99 HMC565LC5 ADL5726 LNA 21.2 to 23.6 — 24.7 15.2 25.7 3.3 Internal 3.3 92.4 2 × 2 LFCSP EAR99 ADL5726ACPZN-R7 HMC342^ LNA 13 to 25 –5 20 5 13 3.5 Internal 3 43 Die EAR99 HMC342 HMC342*^ LNA 13 to 25 0 22 9 20 3.5 Internal 3 43 3 × 3 LFCSP EAR99 HMC342LC4 HMC517^ LNA 17 to 26 2 20 11 23 2 Internal 3 65 Die EAR99 HMC517 HMC517* LNA 17 to 26 2 19 13 23 2.5 Internal 3 67 4 × 4 LFCSP EAR99 HMC517LC4 ADL9005^ LNA 0.01 to 26.5 22 18.5 13.5 25 2.5 Internal 5 80 4 × 4 LFCSP EAR99 ADL9005ACPZN HMC963*^ LNA 6 to 26.5 0 22 10 18 2.5 Internal 3.5 45 4 × 4 LFCSP EAR99 HMC963LC4 HMC962*^ LNA 7.5 to 26.5 10 13 13 23 2.5 Internal 3.5 70 4 × 4 LFCSP EAR99 HMC962LC4 HMC-ALH216 LNA 14 to 27 6 18 14 — 2.5 Internal 4 90 Die 5A991.h HMC-ALH216 HMC-ALH476 LNA 14 to 27 –2 20 14 — 2 Internal 4 90 Die 5A991.h HMC-ALH476 HMC504 LNA 14 to 27 6 19.5 17 26 2.2 Internal 4 90 4 × 4 LFCSP 5A991.h HMC504LC4B HMC751* LNA 17 to 27 5 25 13 25 2.2 Internal 4 73 4 × 4 LCC EAR99 HMC751LC4 HMC8401 LNA 0.01 to 28 20 14.5 16.5 26 1.5 Internal 7.5 60 Die EAR99 HMC8401 HMC7950*^ LNA 2 to 28 20 15 16 26 2 Internal 5 64 6 × 6 QFN EAR99 HMC7950LS6 ADL9006^ LNA 2 to 20 20 15.5 18 23 2.5 Internal 5 53 5 × 5 LFCSP_CAV EAR99 ADL9006ACGZN ADL9006^ LNA 2 to 28 20 15.5 17 21 2.5 Internal 5 55 Die EAR99 ADL9006CHIPS HMC752* LNA 24 to 28 –5 25 13 26 2.5 Internal 3 70 4 × 4 LFCSP EAR99 HMC752LC4 HMC341*^ LNA 21 to 29 3 13 6 16 2.5 Internal 3 30 Die EAR99 HMC341 HMC341*^ LNA 21 to 29 5 13 8 19 2.5 Internal 3 35 3 × 3 LFCSP EAR99 HMC341LC3B HMC8400^ LNA 0.2 to 30 23 13.5 14.5 26.5 2 Internal 5 67 Die 3A001.b.2.d HMC8400 HMC8402*^ LNA 2 to 30 20 13.5 21.5 26 2 Internal 7 68 Die 3A001.b.2.d HMC8402 HMC519* LNA 18 to 31 8 15 14 23 3 Internal 3 75 Die EAR99 HMC519 HMC519*^ LNA 18 to 31 8 14.4 11 23 3 Internal 3 75 4 × 4 LFCSP EAR99 HMC519LC4 ADL8142 New LNA 23 to 31 20 29 8.5 17.5 1.8 Internal 2 25 2 × 2 LFCSP 3A001.b.2.d ADL8142ACPZN HMC518 LNA 20 to 32 2 15 12 23 3 Internal 3 65 Die 3A001.b.2.d HMC518 HMC-ALH364 LNA 24 to 32 –9 21 7 — 2 Internal 5 68 Die 3A001.b.2.d HMC-ALH364 HMC263^ LNA 24 to 36 –5 22 8 17 2 Internal 3 58 Die 3A001.b.2.d HMC263 HMC263*^ LNA 24 to 36 –5 20 8 18 2.2 Internal 3 58 3 × 3 LFCSP 3A001.b.2.d HMC263LP4E HMC566 LNA 29 to 36 5 20 12 24 2.8 Internal 3 80 Die 3A001.b.2.d HMC566 HMC566* LNA 29 to 36 5 21 12 24 2.8 Internal 3 82 4 × 4 LFCSP 3A001.b.2.d HMC566LP4E HMC-ALH445^ LNA 18 to 40 10 10 12 — 3.9 Internal 5 45 Die 3A001.b.2.d HMC-ALH445 HMC-ALH140 LNA 24 to 40 6 11.5 15 — 4 Internal 4 60 Die 3A001.b.2.d HMC-ALH140 HMC-ALH244 LNA 24 to 40 6 12 13 — 3.5 Internal 4 45 Die 3A001.b.2.d HMC-ALH244 HMC-ALH369* LNA 24 to 40 5 22 11 — 2 Internal 5 66 Die 3A001.b.2.d HMC-ALH369 HMC1040*^ LNA 24 to 43.5 5 22 12 22 2.7 Internal 2.5 70 3 × 3 LFCSP 3A001.b.2.d HMC1040LP3CE  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. ^ = Part supports single positive supply operation. 18RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Low Noise Amplifiers (Continued) Part Number Description Frequency (GHz) Max RF Input Power Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC1040*^ LNA 20 to 44 5 21 14 25.5 2.5 Internal 2.5 70 Die 3A001.b.2.d HMC1040CHIPS HMC-ALH376 LNA 35 to 45 –5 16 6 — 2 Internal 4 87 Die 3A001.b.2.d HMC-ALH376 HMC-ALH382* LNA 57 to 65 –5 21 12 — 4 Internal 2.5 64 Die EAR99 HMC-ALH382 HMC8325* LNA 71 to 86 — 21 13 22 3.6 Internal 3 50 Die 3A001.b.2.g HMC8325 ADL7003* LNA 50 to 95 15 14 14 21 5 Internal 3 120 Die 3A001.b.2.h ADL7003CHIPS ADL8107: Miniature Ultralow Noise Amplifier, 6 GHz to 18 GHz Key Features ► Single positive supply (self biased) ► RF bandwidth: 6 GHz to 18 GHz ► OIP3: 29 dBm typical at 7 GHz to 16 GHz ► High gain: 24 dB typical at 7 GHz to 16 GHz ► Saturated output power: 20 dBm typical at 10 GHz ► Low noise figure: 1.3 dB typical at 7 GHz to 16 GHz ► Supply voltage: VDD = 5 V at 90 mA ► 8-lead, 2 mm × 2 mm LFCSP Applications ► Test instrumentation ► Military communications ► Radar87613452 GND GND RFIN RFOUT GND GND VDDRBIAS HMC1126: Ultrawideband, Low Noise SMT Amplifier 0.4 GHz to 52 GHz Key Features ► Wide RF bandwidth: 0.4 GHz to 52 GHz ► OIP3: 27 dBm typical at 26 GHz to 40 GHz ► Gain: 12 dB typical at 0.4 GHz to 52 GHz ► Saturated output power: 20 dBm typical at 26 GHz to 40 GHz ► Noise figure: 4.5 dB typical at 26 GHz to 40 GHz ► Supply voltage: VDD = 5 V at 85 mA ► No external passives required ► 24-lead, 5 mm × 5 mm LGA_CAV ► 12-pad, 1.45 mm × 2.3 mm die also available (CHIP) Applications ► Test instrumentation ► Military communications ► Radar1713429 GND GND GND RFIN56 GND78 GND GND GND GND1819 GND2021 RFOUT222324 GND GND GND GND GND1211 VGG210 VGG113141516 GND VDD GND GND GND GND HMC8413: Wideband High Linearity, Low Noise Amplifier, 0.01 GHz to 9 GHz Key Features ► Single positive supply (self biased) ► RF bandwidth: 0.01 GHz to 9 GHz ► High OIP3: 35 dBm typical at 0.01 GHz to 7 GHz ► Gain: 19.5 dB typical at 0.01 GHz to 7 GHz ► Saturated output power: 22 dBm typical at 7 GHz ► Low noise figure: 1.9 dB typical at 0.01 GHz to 7 GHz ► Supply voltage: VDD = 5 V at 95 mA ► 8-lead, 2 mm × 2 mm LFCSP Applications ► Test instrumentation ► Military communications ► Radar ► Telecommunications1342 GND56 NC GND RFIN1 RFOUT/VDD RBIAS * = X-Microwave. ^ = Part supports single positive supply operation. 19VISIT ANALOG.COM/RF ADL8104: Wideband, High Linearity, Low Noise Amplifier, 0.4 GHz to 7.5 GHz Key Features ► Single positive supply (self biased) ► High OIP2: 52 dBm typical at 0.6 GHz to 7.5 GHz ► High gain: 15 dB typical at 0.6 GHz to 6 GHz ► High OIP3: 32 dBm typical ► Low noise figure: 3.5 dB typical at 0.4 GHz to 6 GHz ► RoHS-compliant, 3 mm × 3 mm, 16-lead LFCSP Applications ► Test instrumentation ► Military communications121110134926578 GND RFIN NC NC NC16151413 NC VDD RBIAS NC RFOUT GND NC NC NC NC NC Gain Blocks and Driver Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADL5534* Gain block 0.02 to 0.5 21 20 40 2.5 Internal 5 98 5 × 5 LFCSP* EAR99 ADL5534ACPZ-R7 ADL5531* Gain block 0.02 to 0.5 20.9 20 41 2.5 Internal 5 100 3 × 3 LFCSP EAR99 ADL5531ACPZ-R7 ADL5530* Gain block 0 to 1 16.8 22 37 3 Internal 3 110 2 × 3 LFCSP EAR99 ADL5530ACPZ-WP ADL5536* Gain block 0.02 to 1 20 20 45 2.6 Internal 5 105 SOT-89 EAR99 ADL5536ARKZ-R7 ADL5535* Gain block 0.02 to 1 16 19 46 3.2 Internal 5 97 SOT-89 EAR99 ADL5535ARKZ-R7 ADL5605 1 W driver amp 0.7 to 1 23 31 44 4.8 External 5 307 4 × 4 LFCSP EAR99 ADL5605ACPZ-R7 LTC6433–15 Gain block 0.0001 to 1.4 15.9 19.2 47 3.22 Internal 5 95 4 × 4 QFN EAR99 LTC6433AIUF-15#TRPBF LTC6433–15 Gain block 0.0001 to 1.4 15.9 19.2 45 3.22 Internal 5 95 4 × 4 QFN EAR99 LTC6433BIUF-15#TRPBF LTC6431–20 Gain block 0.02 to 1.4 20.8 22 46.2 2.6 Internal 5 93 4 × 4 QFN EAR99 LTC6431AIUF-20#TRPBF LTC6431–20 Gain block 0.02 to 1.4 20.8 22 45.7 2.6 Internal 5 93 4 × 4 QFN EAR99 LTC6431BIUF-20#TRPBF LTC6431–15 Gain block 0.02 to 1.7 15.5 20.6 47 3.33 Internal 5 85.1 4 × 4 QFN EAR99 LTC6431AIUF-15#TRPBF LTC6431–15 Gain block 0.02 to 1.7 15.5 20.6 45.5 3.33 Internal 5 85.1 4 × 4 QFN EAR99 LTC6431BIUF-15#TRPBF AD8354* Gain block 0.001 to 2.7 20 5 19 4.2 Internal 3 25 2 × 3 LFCSP EAR99 AD8354ACPZ-REEL7 AD8353* Gain block 0.001 to 2.7 20 9 24 5.6 Internal 3 42 2 × 3 LFCSP EAR99 AD8353ACPZ-REEL7 ADL5320* 0.25 W driver amp 0.4 to 2.7 13.2 26 42 4.4 External 3.3 47 SOT-89 EAR99 ADL5320ARKZ-R7 ADL5606 1 W driver amp 1.8 to 2.7 24.3 31 46 4.7 External 5 362 4 × 4 LFCSP EAR99 ADL5606ACPZ-R7 HMC789* 0.25 W driver amp 0.7 to 2.8 18 25 42 3.8 External 5 125 SOT-89 EAR99 HMC789ST89E HMC741* Gain block 0.05 to 3 20 19 42 2.5 Internal 5 96 SOT-89 EAR99 HMC741ST89E HMC740* Gain block 0.05 to 3 15 18 40 3.5 Internal 5 88 SOT-89 EAR99 HMC740ST89E HMC395 Gain block 0 to 4 15 15 28 4.5 Internal 5 54 Die EAR99 HMC395 HMC589A* Gain block 0 to 4 21 21 33 4.5 Internal 5 82 SOT-89 EAR99 HMC589AST89E ADL5601* Gain block 0.05 to 4 15 19 43 3.7 Internal 5 83 SOT-89 EAR99 ADL5601ARKZ-R7 ADL5602* Gain block 0.05 to 4 19.3 19 42 3.3 Internal 5 89 SOT-89 EAR99 ADL5602ARKZ-R7 HMC636* Gain block 0.2 to 4 13 22 40 2.2 Internal 5 155 SOT-89 EAR99 HMC636ST89 ADL5324* 0.5 W driver amp 0.4 to 4 14 29 44 3.5 External 3.3 60 SOT-89 EAR99 ADL5324ARKZ-R7  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools.* = X-Microwave. 20RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Gain Blocks and Driver Amplifiers (Continued) Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADL5321* 0.25 W driver amp 2.3 to 4 14 26 41 4 External 3.3 37 SOT-89 EAR99 ADL5321ARKZ-R7 HMC326 0.25 W driver amp 3 to 4.5 21 24 36 5 Internal 5 130 MSOP EAR99 HMC326MS8G HMC480* Gain block 0 to 5 19 20 34 2.9 Internal 8 82 SOT-89 EAR99 HMC480ST89 HMC313 Gain block 0 to 6 17 14 27 6.5 Internal 5 50 SOT-26 EAR99 HMC313 HMC311* Gain block 0 to 6 15 16 32 5 External 5 55 SOT-89 EAR99 HMC311ST89E HMC311* Gain block 0 to 6 14.5 16 32 4.5 External 5 55 3 × 3 LFCSP EAR99 HMC311LP3E ADL5545* Gain block 0.03 to 6 24.1 18 36 2.9 Internal 5 56 SOT-89 EAR99 ADL5545ARKZ-R7 ADL5544* Gain block 0.03 to 6 17.4 18 35 2.9 Internal 5 55 SOT-89 EAR99 ADL5544ARKZ-R7 ADL5611* Gain block 0.03 to 6 22.1 21 39 2.1 Internal 5 91 SOT-89 EAR99 ADL5611ARKZ-R7 ADL5542* Gain block 0.05 to 6 18.7 18 39 3.2 Internal 5 93 3 × 3 LFCSP EAR99 ADL5542ACPZ-R7 ADL5541* Gain block 0.05 to 6 14.7 16 39 3.8 Internal 5 90 3 × 3 LFCSP EAR99 ADL5541ACPZ-R7 HMC311* Gain block 0 to 8 15 15 30 5 External 5 55 SC70 EAR99 HMC311SC70E HMC396 Gain block 0 to 8 12 14 30 6 Internal 5 56 Die EAR99 HMC396 HMC405 Gain block 0 to 10 16 13 25 4 Internal 5 50 Die EAR99 HMC405 HMC397 Gain block 0 to 10 15 13 24 4.5 Internal 5 56 Die EAR99 HMC397 HMC788A* Gain block 0 to 10 14 20 33 7 Internal 5 76 2 × 2 LFCSP EAR99 HMC788ALP2E HMC3587* Gain block 4 to 10 14.5 11 25 3.5 Internal 5 44 3 × 3 LFCSP EAR99 HMC3587LP3BE ADL8150^ Low phase noise 6 to 14 13 19 31.5 3.5 Internal 5 76 Die EAR99 ADL8150ACHIP ADL8150^ Low phase noise 6 to 14 12 18 30 3.6 Internal 5 74 2 × 2 LFCSP EAR99 ADL8150ACPZN HMC3653* Gain block 7 to 15 15 15 28 4 Internal 5 44 3 × 3 LFCSP EAR99 HMC3653LP3BE ADL8150: GaAs, HBT, MMIC, Low Phase Noise Amplifier, 6 GHz to 14 GHz Key Features ► OP1dB: 18 dBm (typical at 7 GHz to 12 GHz) ► PSAT: 22 dBm (typical at 7 GHz to 12 GHz) ► Gain: 12 dB (typical at 7 GHz to 12 GHz) ► OIP3: 30 dBm typical ► Phase noise: −172 dBc/Hz at 10 kHz offset ► Supply voltage: 5 V at 74 mA ► 6-lead, 2 mm × 2 mm LFCSP Applications ► Military and space ► Test instrumentation ► Communications 1 2 ADL8150ACHIP RFOUT/VCC RFIN  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. ^ = Part supports single positive supply operation. 21VISIT ANALOG.COM/RF Low Phase Noise Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Additive Phase Noise (10 kHz Offset) (dBc/Hz) Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LTC6431-20 Gain Block 0.02 to 1.4 20.8 23 45 2.6 — Internal 5 93 4 × 4 QFN EAR99 LTC6431AIUF-20#PBF LTC6431-15 Gain Block 0.02 to 1.7 15.5 21 45 3 — Internal 5 85 4 × 4 QFN EAR99 LTC6431AIUF-15#PBF LTC6430-15 Differential Amp 0.02 to 2 15.2 23 46 3 — Internal 5 160 4 × 4 QFN EAR99 LTC6430AIUF-15#PBF LTC6430-20 Differential Amp 0.02 to 2.06 20.8 24 48 2.9 — Internal 5 170 4 × 4 QFN EAR99 LTC6430AIUF-20#PBF HMC589A* Gain block 0 to 4 21 21 33 4.5 –172 Internal 5 82 SOT-89 EAR99 HMC589AST89E ADL5602* Gain block 0.05 to 4 19.3 19 42 3.3 –162 Internal 5 89 SOT-89 EAR99 ADL5602ARKZ-R7 HMC326 0.25 W driver amp 3 to 4.5 21 24 36 5 –167 Internal 5 130 MSOP EAR99 HMC326MS8G HMC311* Gain block 0 to 6 15 16 32 5 –165 External 5 55 SOT-89 EAR99 HMC311ST89E HMC311* Gain block 0 to 6 14.5 16 32 4.5 –165 External 5 55 3 × 3 LFCSP EAR99 HMC311LP3E ADL5611* Gain block 0.03 to 6 22.1 21 39 2.1 –156 Internal 5 91 SOT-89 EAR99 ADL5611ARKZ-R7 ADL5544* Gain block 0.03 to 6 17.4 18 35 2.9 –156 Internal 5 55 SOT-89 EAR99 ADL5544ARKZ-R7 HMC637B^* Distributed 0 to 7.5 15.5 28 39 3.5 –163 Internal 12 345 5 × 5 LFCSP EAR99 HMC637BPM5E HMC311* Gain block 0 to 8 15 15 30 5 –165 External 5 55 SC70 EAR99 HMC311SC70E HMC788A* Gain block 0 to 10 14 20 33 7 –153 Internal 5 76 2 × 2 LFCSP EAR99 HMC788ALP2E HMC8410* LNA 0.01 to 10 19.5 21.5 33 1.1 –157 Internal 5 65 2 × 2 LFCSP EAR99 HMC8410LP2FE HMC8410 LNA 0.01 to 10 19 21 33 1.3 –157 Internal 5 65 Die EAR99 HMC8410 HMC8411* LNA 0.01 to 10 15.5 20 34 1.7 –161 Internal 3.3, 5 55 2 × 2 LFCSP EAR99 HMC8411LP2FE HMC8411^* New LNA 0.01 to 10 15 20 34 1.7 –161 Internal 5 55 2 × 2 LFCSP EAR99 HMC8411TCPZ-EP-PT HMC3587* Gain block 4 to 10 14.5 11 25 3.5 –161 Internal 5 44 3 × 3 LFCSP EAR99 HMC3587LP3BE ADL8150 Low phase noise 6 to 14 13 19 31.5 3.5 –172 Internal 5 76 Die EAR99 ADL8150ACHIP ADL8150 Low phase noise 6 to 14 12 18 30 3.6 –172 Internal 5 74 2 × 2 LFCSP EAR99 ADL8150ACPZN HMC3653* Gain block 7 to 15 15 15 28 4 –160 Internal 5 44 3 × 3 LFCSP EAR99 HMC3653LP3BE HMC606^ Low phase noise 2 to 18 12.5 13 22 7 –166 Internal — 64 Die EAR99 HMC606 HMC606^* Low phase noise 2 to 18 13.5 15 — — –166 — — — 5 × 5 LFCSP EAR99 HMC606LC5 HMC460 Distributed 0 to 20 14 16 29 2.5 –155 Internal 8 75 Die EAR99 HMC460 HMC460* Distributed 0 to 20 14 17 30 2.5 –155 Internal 8 75 5 × 5 LFCSP EAR99 HMC460LC5 HMC797A 1 W, distributed 0 to 22 15 29 41 3 –161 Internal 10 400 Die EAR99 HMC797A HMC797A* 1 W, distributed 0 to 22 15 29 41 3.5 –161 Internal 10 400 5 × 5 LFCSP EAR99 HMC797APM5E HMC994A* 0.8 W, distributed 0 to 28 15 28 38 3.5 –161 Internal 10 250 5 × 5 LFCSP EAR99 HMC994APM5E HMC994A 0.5 W, distributed 0 to 30 14.5 28 39 3.5 –161 Internal 10 250 Die EAR99 HMC994A HMC519^* LNA 18 to 31 14.4 11 23 3 –150 Internal 3 75 4 × 4 LFCSP EAR99 HMC519LC4 HMC519 LNA 18 to 31 15 14 23 3 –150 Internal 3 75 Die EAR99 HMC519 Wideband Distributed Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC637A* Distributed 0 to 6 13 29 44 5 Internal 12 400 5 × 5 LFCSP EAR99 HMC637ALP5E HMC637A 1 W, output distributed 0 to 6 14 30.5 41 4 Internal 12 400 Die EAR99 HMC637A HMC637B Distributed 0 to 7.5 15.5 28 39 3.5 Internal 12 345 5 × 5 LFCSP EAR99 HMC637BPM5E HMC659 Distributed 0 to 15 19 27 35 2 Internal 8 300 Die EAR99 HMC659 HMC659* Distributed 0 to 15 19 28 35 2.5 Internal 8 300 5 × 5 LFCSP EAR99 HMC659LC5 HMC633 Distributed 5 to 17 29 23 30 8 Internal 5 180 Die EAR99 HMC633  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. ^ = Part supports single positive supply operation. 22RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Wideband Distributed Amplifiers (Continued) Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC633* Distributed 5.5 to 17 30 23 30 8 Internal 5 180 4 × 4 LFCSP EAR99 HMC633LC4 HMC459 Distributed 0 to 18 17 25 32 3 Internal 8 290 Die EAR99 HMC459 HMC606^* Low phase noise 2 to 18 12.5 13 22 7 Internal — 64 Die EAR99 HMC606 HMC606^* Low phase noise 2 to 18 13.5 15 — — — — — 5 × 5 LFCSP EAR99 HMC606LC5 HMC1049 LNA and distributed 0.3 to 19 16 15 27 1.7 Internal 7 70 Die EAR99 HMC1049 HMC559 Distributed 0 to 20 14 28 36 4 Internal 10 400 Die EAR99 HMC559 HMC460 Distributed 0 to 20 14 16 29 2.5 Internal 8 75 Die EAR99 HMC460 HMC460* Distributed 0 to 20 14 17 30 2.5 Internal 8 75 5 × 5 LFCSP EAR99 HMC460LC5 HMC465 Distributed 0 to 20 17 22 30 2.5 Internal 8 160 Die EAR99 HMC465 HMC465* Distributed 0 to 20 15 23 28 3 Internal 8 160 5 × 5 LFCSP EAR99 HMC465LP5 HMC1049* LNA and distributed 0.3 to 20 15 15 29 1.8 Internal 7 70 5 × 5 LFCSP EAR99 HMC1049LP5E HMC-ALH482 LNA and distributed 2 to 20 16 14 — 1.7 Internal 4 45 Die EAR99 HMC-ALH482 HMC-ALH102 Distributed 2 to 20 10 10 — 2.5 Internal 2 55 Die EAR99 HMC-ALH102 HMC464 Distributed 2 to 20 16 26 30 4 Internal 8 290 Die EAR99 HMC464 HMC464* Distributed 2 to 20 14 26 30 4 Internal 8 290 5 × 5 LFCSP EAR99 HMC464LP5E HMC463 Distributed 2 to 20 14 16 28 2.5 Internal 5 60 Die EAR99 HMC463 HMC463* Distributed 2 to 20 13 18 26 3 Internal 5 60 5 × 5 LFCSP EAR99 HMC463LP5 HMC463 Distributed 2 to 20 14 18 28 2.5 Internal 5 60 LFCSP EAR99 HMC463LH250 HMC462^* Distributed 2 to 20 15 15 27 2.5 Internal 5 63 Die EAR99 HMC462 HMC462^* Distributed 2 to 20 13 14 25 2.5 Internal 5 66 5 × 5 LFCSP EAR99 HMC462LP5 HMC634 Distributed 5 to 20 22 23 31 7.5 Internal 5 180 Die EAR99 HMC634 HMC634* Distributed 5 to 20 21 22 29 7.5 Internal 5 180 4 × 4 LFCSP EAR99 HMC634LC4 HMC998A* 2 W, distributed 0 to 22 14.5 32.5 43 2.5 Internal 15 500 Die EAR99 HMC998A HMC998A* 2 W, distributed 0 to 22 15 32 42 3 Internal 15 500 5 × 5 LFCSP EAR99 HMC998APM5E HMC797A 1 W, distributed 0 to 22 15 29 41 3 Internal 10 400 Die EAR99 HMC797A HMC797A* 1 W, distributed 0 to 22 15 29 41 3.5 Internal 10 400 5 × 5 LFCSP EAR99 HMC797APM5E HMC907A^ 0.6 W, distributed 0.2 to 22 14 28 41 3 Internal 10 350 Die EAR99 HMC907A HMC907A^* 0.6 W, distributed 0.2 to 22 14 28 40 3 Internal 10 350 5 × 5 LFCSP EAR99 HMC907APM5E HMC994A* 0.8 W, distributed 0 to 28 15 28 38 3.5 Internal 10 250 5 × 5 LFCSP EAR99 HMC994APM5E HMC994A 0.5 W, distributed 0 to 30 14.5 28 39 3.5 Internal 10 250 Die EAR99 HMC994A HMC562 Distributed 2 to 35 12.5 18 27 3 Internal 8 80 Die 3A001.b.2.d HMC562 HMC930A 0.25 W, distributed 0 to 40 13 22 33.5 5 Internal 10 175 Die 3A001.b.2.d HMC930A HMC5805A* 0.25 W, distributed 0 to 40 11.5 24.5 29 4 Internal 10 175 6 × 6 LFCSP 3A001.b.2.d HMC5805ALS6 HMC635* Distributed 18 to 40 19.5 23 29 8 Internal 5 280 Die 3A001.b.2.d HMC635 HMC635* Distributed 18 to 40 18.5 22 27 8 Internal 5 280 4 × 4 LFCSP 3A001.b.2.d HMC635LC4 HMC1022A Power amp 0 to 48 11.5 21 29 5.5 Internal 10 150 Die 3A001.b.2.d HMC1022ACHIPS HMC1127 Distributed 2 to 50 14 12 22 — — 5 65 Die 3A001.b.2.d HMC1127 HMC1126* Distributed 2 to 50 11 15 28 — — 5 66 Die 3A001.b.2.d HMC1126 HMC1126 New Distributed 0.4 to 52 12 17.5 28.5 3.5 Internal 5 85 5 × 5 LGA_CAV 3A001.b.2.d HMC1126ACEZ HMC-AUH312 Distributed 0.5 to 65 10 — — — Internal 8 60 Die 3A001.b.2.f HMC-AUH312  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. ^ = Part supports single positive supply operation. 23VISIT ANALOG.COM/RF Linear and Power Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC450 0.7 W driver 0.8 to 1 26 26 40 8 External 5 310 QSOP EAR99 HMC450QS16GE HMC453 1.6 W PA 0.4 to 2.2 22 33 50 6.5 External 5 725 QSOP EAR99 HMC453QS16GE HMC452* 1 W PA 0.4 to 2.2 21 30 49 7.5 External 5 510 SOT-89 EAR99 HMC452ST89 HMC452 1 W PA 0.4 to 2.2 23 30 48 7 External 5 485 QSOP EAR99 HMC452QS16GE HMC453* 1.6 W PA 0.45 to 2.2 21 32 49 6.5 External 5 725 SOT-89 EAR99 HMC453ST89 HMC454* 0.5 W PA 0.4 to 2.5 13 27 42 6 External 5 150 SOT-89 EAR99 HMC454ST89 HMC455 0.5 W PA 1.7 to 2.5 13 27 42 — External 5 150 3 × 3 LFCSP EAR99 HMC455LP3E HMC414 1 W PA 2.2 to 2.8 20 27 39 — External 5 300 MSOP EAR99 HMC414MS8GE HMC409 1 W PA 3.3 to 3.8 31 31 46 5.8 External 5 615 3 × 3 LFCSP EAR99 HMC409LP4E HMC327* 0.5 W PA 3 to 4 21 27 40 5 Internal 5 250 MSOP EAR99 HMC327MS8GE HMC415 0.2 W driver 4.9 to 5.9 20 22 32 6 External 3 285 3 × 3 LFCSP EAR99 HMC415LP3E HMC408* 1 W PA 5.1 to 5.9 20 30 43 6 External 5 750 3 × 3 QFN EAR99 HMC408LP3E HMC406* 0.25 W PA 5 to 6 17 27 38 6 Internal 5 300 MSOP EAR99 HMC406MS8GE HMC407* 0.32 W PA 5 to 7 15 25 40 5.5 Internal 5 230 MSOP EAR99 HMC407MS8GE HMC637B^* Distributed 0 to 7.5 15.5 28 39 3.5 Internal 12 345 5 × 5 LFCSP EAR99 HMC637BPM5E HMC1121 4 W PA 5.5 to 8.5 27 36 44 — Internal 7 2200 6 × 6 LFCSP 3A001.b.2.b HMC1121LP6GE HMC7357 2 W PA 5.5 to 8.5 29 35 42 — Internal 8 1200 4 × 4 QFN EAR99 HMC7357LP5GE HMC591* 2 W PA 6 to 9.5 18 33 41 — Internal 7 1340 5 × 5 QFN EAR99 HMC591LP5E ADPA9002^ Power amp 0 to 10 15.5 28 40.5 4 Internal 10 385 5 × 5 LFCSP_CAV EAR99 ADPA9002ACGZN HMC591 2 W PA 6 to 10 23 33 43 — Internal 7 1340 Die EAR99 HMC591 HMC590 1 W PA 6 to 10 25 32 41 — Internal 7 820 Die EAR99 HMC590 HMC590 1 W PA 6 to 10 21 31 40 — Internal 7 820 5 × 5 QFN EAR99 HMC590LP5E HMC608* 0.5 W driver 9.5 to 11.5 29 27 33 6 Internal 5 310 4 × 4 QFN EAR99 HMC608LC4 HMC487* 2 W PA 9 to 12 20 32 36 8 Internal 7 1300 5 × 5 QFN EAR99 HMC487LP5E HMC441^* 0.06 W driver 6.5 to 13.5 14 18 29 4.5 Internal 5 95 3 × 3 QFN EAR99 HMC441LP3 HMC952A 2 W PA 9 to 14 33 36 43 — Internal 6 1400 5 × 5 LFCSP EAR99 HMC952ALP5GE HMC441^ 0.08 W driver 7 to 15.5 16 19 30 4.5 Internal 5 90 1 × 1 QFN EAR99 HMC441LM1 HMC441^ 0.08 W driver 7 to 15.5 15 20 32 4.8 Internal 5 90 5 × 5 LFCSP EAR99 HMC441LH5 HMC451^ 0.125 W driver amp 5 to 18 18 19.5 28 7 Internal 5 120 3 × 3 LFCSP EAR99 HMC451LP3E HMC1082* Driver amp 5.5 to 18 24 25.5 36 — Internal 5 220 Die EAR99 HMC1082CHIP HMC1082* 0.25 W driver 5.5 to 18 22 24 35 — Internal 5 220 4 × 4 QFN EAR99 HMC1082LP4E HMC441^ 0.08 W driver 6 to 18 16 20 32 4.5 Internal 5 95 Die EAR99 HMC441 HMC441^* 0.1 W driver 6 to 18 17 20 32 4.5 Internal 5 95 3 × 3 QFN EAR99 HMC441LC3B HMC451^ 0.1 W driver 5 to 20 22 20 30 — Internal 5 127 Die EAR99 HMC451 HMC451^* 0.08 W driver 5 to 20 19 19 30 7 Internal 5 114 3 × 3 QFN EAR99 HMC451LC3 HMC6981 2 W PA 15 to 20 26 34 44 — External 6 1100 6 × 6 QFN EAR99 HMC6981LS6 HMC498 0.25 W driver 17 to 24 24 25 34 — Internal 5 250 Die EAR99 HMC498 HMC498* 0.3 W driver 17 to 24 22 25 36 4 Internal 5 250 4 × 4 QFN EAR99 HMC498LC4 HMC442 0.1 W driver 17.5 to 24 14 22 28 6.5 Internal 5 85 1.35 LCC EAR99 HMC442LM1 HMC442 0.14 W driver 17.5 to 25.5 15 22 28 5.5 Internal 5 84 Die EAR99 HMC442 HMC442 0.16 W driver 17.5 to 25.5 13 22 27 8 Internal 5 84 3 × 3 QFN EAR99 HMC442LC3B HMC863A 0.5 W PA 24 to 29.5 24 27 38.5 4.5 Internal 5.5 350 4 × 4 QFN EAR99 HMC863ALC4 HMC383* 0.04 W driver 12 to 30 16 16 25 7 Internal 5 100 Die EAR99 HMC383 HMC383* 0.04 W driver 12 to 30 15 17 25 7.5 Internal 5 100 4 × 4 QFN EAR99 HMC383LC4 HMC7441 2 W PA 27.5 to 31.5 23 34 38 — Internal 6 1000 Die 3A001.b.2.c HMC7441 HMC499 0.25 W driver 21 to 32 16 24 33 — Internal 5 200 Die 3A001.b.2.d HMC499  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. ^ = Part supports single positive supply operation. 24RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Linear and Power Amplifiers (Continued) Part Number Description Frequency (GHz) Gain (dB) Output P1dB (dBm) Output IP3 (dBm) Noise Figure (dB) Device Match VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC499* 0.2 W driver 21 to 32 17 23 34 5 Internal 5 200 4 × 4 QFN 3A001.b.2.d HMC499LC4 HMC1132 1 W PA 27 to 32 24 29 37 5.5 Internal 5 650 5 × 5 LFCSP 3A001.b.2.d HMC1132PM5E HMC-APH596* 0.25 W driver 16 to 33 17 24 33 — Internal 5 400 Die 5A991.h HMC-APH596 HMC906A 2 W PA 27.3 to 33.5 26.5 33 43 — Internal 5 1200 Die 3A001.b.2.d HMC906A HMC943A 2 W PA 24 to 34 23 33 37.5 — Internal 5.5 1300 5 × 5 LFCSP 3A001.b.2.d HMC943APM5E HMC1131* 0.2 W driver 24 to 35 22 24 35 — Internal 5 225 4 × 4 LFCSP 3A001.b.2.d HMC1131LC4 HMC7229 1 W PA 33 to 40 24.5 31.5 39.5 — Internal 6 1200 Die 3A001.b.2.d HMC7229 HMC7229 1 W PA 37 to 40 24 32 40 — Internal 6 1200 6 × 6 LFCSP 3A001.b.2.d HMC7229LS6 HMC-AUH256 0.1 W driver 17.5 to 41 21 20 27 — Internal 5 295 Die 3A001.b.2.d HMC-AUH256 HMC-ABH264 0.06 W driver 34 to 42 19 18 29 6.5 Internal 5 120 Die 3A001.b.2.d HMC-ABH264 ADPA7002 0.5 W PA 18 to 44 17 28 38 5 Internal 5 700 6 × 6 LCC_HS 3A001.b.2.d ADPA7002AEHZ ADPA7005 New 1 W PA 18 to 44 14 30 40 — Internal 5 1400 7 × 7 LCC_HS 3A001.b.2.d ADPA7005AEHZ ADPA7006 0.5 W PA 18 to 44 23 29 37.5 7 Internal 5 800 6 × 6 LCC_HS 3A001.b.2.d ADPA7006AEHZ ADPA7007* 1 W PA 18 to 44 22 30 41 5.5 Internal 5 1400 Die 3A001.b.2.d ADPA7007CHIP ADPA7006 0.5 W WB PA 18 to 44 23.5 29 38 — Internal 5 800 Die 3A001.b.2.d ADPA7006CHIP ADPA7005 New 1 W power amp 18 to 44 15.5 31 40 7 Internal 5 1400 7 × 7 LCC_HS 3A001.b.2.d ADPA7005AEHZ ADPA7005 1 W PA 20 to 44 17 31 41 7 Internal 5 1200 Die 3A001.b.2.d ADPA7005CHIP ADPA7002* 0.5 W PA 20 to 44 15 28 40 5 Internal 5 600 Die 3A001.b.2.d ADPA7002CHIP ADPA7007 1 W WB PA 20 to 44 21.5 30 42.5 5.5 Internal 5 1400 7 × 7 LCC_HS 3A001.b.2.d ADPA7007AEHZ ADPA7008 1 W PA 20 to 54 18 30.5 38 6 Internal 5 1500 Die 3A001.b.2.d ADPA7008CHIP ADPA7008 1 W PA 20 to 54 17.5 30 37 7 Internal 5 1500 7 × 7 LCC_HS 3A001.b.2.d ADPA7008AEHZ ADPA7009 0.5 W PA 20 to 54 19.5 28.5 35 5.5 Internal 5 750 Die 3A001.b.2.d ADPA7009CHIP HMC-ABH209* 0.04 W driver 55 to 65 13 16 25 — Internal 5 80 Die 3A001.b.2.f HMC-ABH209 HMC1144* 0.126 W driver 40 to 70 19 21 28 — Internal 4 320 Die 3A001.b.2.f HMC1144 HMC7543 Power amp 71 to 76 21.5 25 30 — Internal 4 450 Die 5A991.b HMC7543 ADMV7710* 1 W PA 71 to 76 24 28 34 — Internal 4 800 Die 5A991.b, EAR99 ADMV7710CHIPS ADPA7004 Power amp 40 to 80 18.5 22 31 - Internal 3.5 550 Die 3A001.b.2.g ADPA7004CHIPS HMC8142 Power amp 81 to 86 21 25 29 — Internal 4 450 Die 5A991.b HMC8142 ADMV7810 1 W PA 81 to 86 20 28 33 — Internal 4 800 Die 5A991.b, EAR99 ADMV7810CHIPS ADPA7001* 0.056 W PA 50 to 95 14.5 17 25 — Internal 3.5 350 Die 3A001.b.2.g ADPA7001CHIPS ADPA7005: GaAs pHEMT 18 GHz to 44 GHz, >1 W MMIC Power Amplifier Key Features ► High P1dB: 31 dBm ► PSAT: 32 dBm ► Gain: 15.5 dB ► Output IP3: 42.5 dBm ► Supply: 5 V at 1400 mA ► 50 Ω matched input and output ► 18-terminal, 7 mm × 7 mm LCC_HS package Applications ► Millimeter wave 5G network radios ► Transmit PA modules ► Military radar 1VDD1 2VDD3 3VDD5 4VGG1 5NIC 6GND 7RFIN 8GND 9NIC 10 VGG2 11 VDD6 12 VDD4 13 VDD2 14 VDET 15 GND 16 RFOUT 17 GND 18 VREF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. 25VISIT ANALOG.COM/RF ADPA7004: 40 GHz to 80 GHz, GaAs, pHEMT, MMIC, Wideband Power Amplifier Key Features ► Gain: 18.5 dB typical at 45 GHz to 75 GHz ► Input return loss: 20.0 dB typical at 45 GHz to 75 GHz ► Output return loss: 22.0 dB typical at 45 GHz to 75 GHz ► Output P1dB: 22.0 dBm typical at 45 GHz to 75 GHz ► PSAT: 24.0 dBm typical at 45 GHz to 75 GHz ► Output IP3: 31.0 dBm typical at 45 GHz to 75 GHz ► Supply voltage: 3.5 V at 550 mA ► 50 Ω matched input and output ► Die size: 2.940 mm × 3.320 mm × 0.05 mm Applications ► Test instrumentation ► Military and space ► Telecommunications infrastructureVGG1234AVDD1AVGG1234AVDD3AVDD2AVDD4ARFOUTRFIN18161514121110913234675VGG1234BVDD1BVDD2BVDD3BVGG1234BVREFVDD4BVDET ADPA7004CHIPS 26RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADPA7008/ADPA7009: 22 GHz to 54 GHz, GaAs, pHEMT, MMIC, Wideband Power Amplifier Key Features ► Frequency range: 22 GHz to 54 GHz ADPA7008 ► P1dB: 30.5 dBm ► PSAT: 31 dBm ► Typ gain: 18 dB ► VDD: 5 V at 1.5 A ► Integrated power detector ► 50 Ω matched input and output ► 3.61 mm × 3.61 mm die and 7 mm × 7 mm leadless chip carrier ADPA7009 ► P1dB: 28.5 dBm ► PSAT: 29 dBm ► Typ gain: 19.5 dB ► VDD: 5 V at 750 mA ► Integrated power detector ► 50 Ω matched input and output ► 2.750 mm × 1.845 mm die, upcoming SMT Applications ► Test instrumentation ► Military and space ► Telecommunications infrastructure NIC NIC NICNIC RFIN GND GND VREF RFOUT VDET GNDGND VGG2 VDD3 VDD4 VGG1 VDD1 VDD2 Package Base GND VREF 5 VDD2 4 VDD1 3 VGG1 2 RFIN 1 VGG2 10 VDD3 9 VDD4 8 VDET 7 RFOUT 6 ADPA7009CHIP 27VISIT ANALOG.COM/RF GaN Power Amplifiers Part Number Description Frequency (GHz) Gain (dB) Output P4dB (dBm) Output IP3 (dBm) Noise Figure (dB) Operation PSAT (dBm) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC1099 10 W, GaN PA 0.01 to 1.1 18 30 47.5 5 CW 41 28 100 5 × 5 LFCSP EAR99 HMC1099PM5E ADPA1105 40 W, GaN PA 0.9 to 1.6 34.5 — — — Pulsed 46 50 400 5 × 5 LFCSP_CAV EAR99 ADPA1105ACGZN HMC8500* 10 W, GaN PA 0.01 to 2.8 15 40 47 4.5 CW 40 28 100 5 × 5 LFCSP EAR99 HMC8500PM5E ADPA1106 New 40 W, GaN PA 2.7 to 3.5 34.5 — — — Pulsed 46 50 300 5 × 5 LFCSP 3A001.b.2.a.3 ADPA1106ACGZN HMC1114 10 W, GaN PA 2.7 to 3.8 24 41.5 44 5 CW 41.5 28 150 5 × 5 LFCSP EAR99 HMC1114PM5E HMC8205 35 W, GaN PA 0.3 to 6 20 45 47 — CW and pulsed 46 50 1300 LDCC (flange) 3A001.b.2.a.4 HMC8205BF10 HMC8205 35 W, GaN PA 0.4 to 6 20 45 47 — CW and pulsed 46 50 1300 Die 3A001.b.2.a.4 HMC8205BCHIPS HMC1086* 25 W, GaN PA 2 to 6 22 41 48 14 CW 44.5 28 1100 Die 3A001.b.2.a.4 HMC1086 HMC1086* 25 W, GaN PA 2 to 6 22 41 46 14 CW 44.5 28 1100 Flange 3A001.b.2.a.4 HMC1086F10 ADPA1107 35 W, PA 4.8 to 6 30.5 POUT +45 dBm — — Pulsed 45.5 28 350 6 × 6 LFCSP 3A001.b.2.a.4 ADPA1107ACPZN HMC8415 40 W, GaN PA 9 to 10.5 23 35 — — Pulsed 46 28 1000 6 × 6 LFCSP 3A001.b.2.d HMC8415LP6GE HMC7149 40 W, GaN PA 6 to 18 20 35 39.5 — CW 40 28 680 Die 3A001.b.2.c HMC7149 HMC1087* 8 W, GaN PA 2 to 20 11 38 44 5.5 CW 39 28 850 Die 3A001.b.2.c HMC1087 HMC1087* 8 W, GaN PA 2 to 20 11 38 44 5.5 CW 39 28 850 Flange 3A001.b.2.c HMC1087F10 ADPA1105: 46 dBm (40 W), 0.9 GHz to 1.6 GHz, GaN Power Amplifier Key Features ► Output power with PIN = 19 dBm: 46 dBm typical ► Small signal gain: 34.5 dB typical at 0.9 GHz to 1.4 GHz ► Power gain with PIN = 19 dBm: 27 dB typical ► Bandwidth: 0.9 GHz to 1.6 GHz ► PAE with PIN = 19 dBm: 60% typical at 0.9 GHz to 1.4 GHz ► Supply voltage: VDD = 50 V at 400 mA on 10% duty cycle ► 32-lead, 5 mm × 5 mm, LFSCP_CAV package Applications ► Weather radar ► Marine radar ► Military radar1713429 GND NC NC RFIN56 RFIN GND7 NC8 GND GND18 NC19 GND20 RFOUT21 RFOUT22 NC23 NC24 GND GND12 NC11 VGG210 VGG113 NC14 VDET15 VREF16 GND25 GND26 NC27 NC28 VDD229 NC30 NC31 VDD132 GND ADPA1105 Package Base GND  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. 28RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Active Bias Controllers Part Number Description VSUPPLY (V) VSUPPLY Drain (V) IDRAIN (mA) IGATE Drive (mA) VGATE (V) Over/Under IDRAIN Alarm Low VSUPPLY Alarm Package (mm) ECCN Code Ordering Part Number HMC981 Active bias controller 4 to 12 4 to 12 20 to 200 –0.8 to +0.8 –2.5 to +2 No No Die EAR99 HMC981 HMC981* Active bias controller 4 to 12 4 to 12 20 to 200 –0.8 to +0.8 –2.5 to +2 No No 3 × 3 LFCSP EAR99 HMC981LP3E HMC920* Active bias controller 5 to 16.5 3 to 15 0 to 500 –4 to +4 –2.5 to +2 Yes Yes 5 × 5 LFCSP EAR99 HMC920LP5E HMC980 Active bias controller 5 to 16.5 5 to 16.5 0.05 to 1600 –4 to +4 –2.46 to +2.04 Yes No Die EAR99 HMC980 HMC980* Active bias controller 5 to 16.5 5 to 16.5 0.05 to 1600 –4 to +4 –2.46 to +2.04 Yes No 4 × 4 LFCSP EAR99 HMC980LP4E Limiting Amplifiers Part Number Data Rate (Gbps) BW 3 dB (GHz) Gain (dB) VIN Sensitivity (mV p-p) VOUT Diff (mV p-p) V-Loss (mV) BW Select Jitter Random RMS V (max) Package (mm) ECCN Code Ordering Part Number HMC865* 32 25 30 10 800 — Yes 0.3 p 3.47 3 × 3 LFCSP EAR99 HMC865LC3 HMC866 43 25 29 20 800 — Yes 0.3 p 3.47 3 × 3 LFCSP EAR99 HMC866LC3 ADPA1107: 45 dBm (35 W), 4.8 GHz to 6.0 GHz, GaN Power Amplifier Key Features ► Output power with PIN = 27 dBm: 45 dBm typical at 6 GHz ► Small signal gain: 30.5 dB typical at 5 GHz ► RF bandwidth 4.8 GHz to 6.0 GHz ► PAE with PIN = 27 dBm: 35.5% typical at 6 GHz ► Supply voltage: VDD = 28 V at 350 mA on 10% duty cycle ► 40-lead, 6 mm × 6 mm LFCSP Applications ► Weather radar ► Marine radar ► Military radar Package Base GND GND RFIN GND GND VDET GND VREF RFOUT VGG1 VDD1A VDD2A VDD2A VDD1B VDD2B VDD2B * = X-Microwave 29VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. Variable Gain Amplifiers Analog Controlled VGAs Part Number Description Bandwidth (GHz) Gain Range (dB) Output IP3 (dBm) Noise Figure (dB) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8367 Single-ended, with AGC LF to 0.5 –2.5 to +42.5 36.5 6.2 3 to 5 26 TSSOP EAR99 AD8367ARUZ AD8368 Single-ended, with AGC LF to 0.8 –12 to +22 34 9.5 5 60 4 × 4 LFCSP EAR99 AD8368ACPZ-REEL7 LTC6412 Analog VGA LF to 0.8 −14.9 to +17.1 38 10 3.3 110 4 × 4 QFN EAR99 LTC6412CUF#TRPBF LTC6412IUF#TRPBF ADL5331 Differential Tx VGA 0.001 to 1.2 — 47 9 5 240 4 × 4 LFCSP EAR99 ADL5331ACPZ-R7 ADL5330 Differential Tx VGA 0.01 to 3 –32 to +21 31.5 9 5 215 4 × 4 LFCSP EAR99 ADL5330ACPZ-R2 ADRF6521 Dual analog VGA 0.01 to 3 –3 to +18 25.9 (dBV) 10.5 5 200 3 × 3 LFCSP 5A991.b ADRF6521ACPZ HMC996* Analog VGA 5 to 12 –3.5 to +18.5 34 2 5 120 4 × 4 LFCSP EAR99 HMC996LP4E HMC694 Analog VGA 6 to 17 0 to +23 30 5 5 170 Die EAR99 HMC694 HMC694 Analog VGA 6 to 17 0 to +23 30 6 5 170 4 × 4 LFCSP EAR99 HMC694LP4E HMC997 Analog VGA 17 to 27 5.5 to 20.5 30 3.5 5 170 4 × 4 LFCSP EAR99 HMC997LC4 HMC6187 Analog VGA 27 to 31.5 6 to 19 31 4.5 5 230 4 × 4 LFCSP 3A001.b.2.d HMC6187LP4E HMC8120 Analog VGA/driver amp 71 to 76 15 30 — 4 250 Die 5A991.b HMC8120 HMC8121 Analog VGA/driver amp 81 to 86 17 27.5 — 4 265 Die 5A991.b HMC8121 Digitally Controlled VGAs Part Number Description Bandwidth (GHz) Gain Range (dB) Step (dB) Output IP3 (dBm) Noise Figure (dB) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8372 Programmable, dual LF to 0.13 –9 to +32 1 35 7.9 5 2 × 106 5 × 5 LFCSP EAR99 AD8372ACPZ-R7 LT5524 Diff VGA with parallel control LF to 0.54 4.5 to 27 1.5 40 8.6 5 75 20-lead TSSOP EAR99 LT5524EFE#TRPBF AD8366 Diff VGA LF to 0.6 4.5 to 20.25 0.25 45 11.4 5 2 × 90 5 × 5 LFCSP EAR99 AD8366ACPZ-R7 AD8369 Diff VGA LF to 0.63 –5 to +40 3 19.5 7 3 to 5 37 TSSOP EAR99 AD8369ARUZ AD8375 Dual diff VGA LF to 0.7 –4 to +20 1 50 8.3 5 125 4 × 4 LFCSP EAR99 AD8375ACPZ-R7 AD8376 Diff VGA parallel/serial control LF to 0.8 –4 to +20 1 50 8.7 5 2 × 125 5 × 5 LFCSP EAR99 AD8376ACPZ-R7 AD8370 5-bit diff VGA LF to 0.75 –8 to +34 Variable 35 7.2 3 to 5 79 TSSOP EAR99 AD8370AREZ LT5514 Diff VGA with parallel control LF to 0.85 10.5 to 33 1.5 47 7.4 5 148 20-lead TSSOP EAR99 LT5514EFE#TRPBF LT5554 Diff VGA with parallel control LF to 1 1.725 to 17.6 0.125 47 10 5 110 5 × 5 QFN EAR99 LT5554IUH#TRPBF ADL6316 Differential in, single-ended out, serial control 0.5 to 1 –3.4 to +31.1 0.45 41.8 5.95 5 435 10.5 × 5.5 LGA 5A991.b ADL6316ACCZ ADL5206 Diff VGA SPI/parallel control 0 to 1.7 0 to 32 1 39.6 5.13 5.25 112 8 × 8 LFCSP EAR99 ADL5206ACPZ ADL6317 Differential in, single-ended out, serial control 1.5 to 3 –2.4 to +33.6 0.5 38.4 6 5 435 10.5 × 5.5 LGA 5A991.b ADL6317ACCZ HMC742A 6-bit VGA serial/parallel control 0.5 to 4 –19.5 to +12 0.5 39 4 5 150 5 × 5 LFCSP EAR99 HMC742ALP5E ADL5335 Differential-in, single-ended out, serial control 0.7 to 4.2 –8 to +12 0.5 33 5.4 5 125 4 × 4 LFCSP 5A991.g ADL5335ACPZN HMC625B Gain block/VGA/driver amp parallel/serial control 0 to 5 –13.5 to +18 0.5 33 6 5 87.5 5 × 5 LFCSP EAR99 HMC625BLP5E Baseband Programmable VGA Filters Part Number Description Bandwidth (MHz) Gain Range (dB) Output IP3 (dBm) Noise Figure (dB) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8366 Dual LF to 600 4.5 to 20.25 38 11.4 5 180 5 × 5 LFCSP EAR99 AD8366ACPZ-R7 ADRF6520 Dual with selectable LPF for E-band LF to 1250 –6 to +54 27 dBV 11 3.3 420 5 × 5 LFCSP EAR99 ADRF6520ACPZ-R7 30RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range.• = Non-negative supply voltage operation. Attenuators Digital Step Attenuators Part Number Description Frequency (GHz) Insertion Loss (dB) Atten Range (dB) Step (dB) Input IP3 (dBm) P0.1 dB (dBm) Settling Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC470A# 5-bit DSA 0 to 3 1.7 0 to 32.3 1 48 27 70 0/+5 3 × 3 LFCSP EAR99 HMC470ALP3E HMC1095 6-bit DSA 0 to 3 1.3 0 to 31.5 0.5 57 30 90 0/+5 4 × 4 LFCSP EAR99 HMC1095LP4E HMC424A 6-bit DSA 0.1 to 3 3 0 to 31.5 0.5 46 23 50 0/–5 MSOP EAR99 HMC424AG16 HMC8073• 6-bit serial DSA 0.6 to 3 2.2 0 to 31.5 0.5 52 28 260 0/+5 3 × 3 LFCSP EAR99 HMC8073LP3DE HMC273A 5-bit DSA 0.7 to 3.7 2.8 0 to 31 1 48 — 1300 0/+5 MSOP EAR99 HMC273AMS10GE HMC472A 6-bit DSA 0 to 3.8 1.7 0 to 31.5 0.5 54 30 60 0/+5 4 × 4 LFCSP EAR99 HMC472ALP4E HMC306A 5-bit DSA 0.7 to 3.8 1.5 0 to 15.5 0.5 52 25 600 0/+5 MSOP EAR99 HMC306AMS10 HMC539A 5-bit DSA 0 to 4 1 0 to 8.45 0.25 50 28 52 0/+5 3 × 3 LFCSP EAR99 HMC539ALP3E HMC542B 6-bit serial DSA 0 to 4 1.7 0 to 31.5 0.5 50 30 100 0/+5 4 × 4 LFCSP EAR99 HMC542BLP4E HMC291S• 2-bit DSA 0.7 to 4 0.9 0 to 12.7 4 54 26 300 3.3 to 5 SOT-26 EAR99 HMC291SE HMC468A 3-bit DSA 0 to 6 0.7 0 to 7 1 55 26 80 0/+5 3 × 3 LFCSP EAR99 HMC468ALP3E HMC629A 4-bit serial/ parallel DSA 0 to 6 2.5 0 to 45 3 50 — 120 0/+5 4 × 4 LFCSP EAR99 HMC629ALP4E HMC792A 6-bit serial DSA 0 to 6 1.8 0 to 15.75 0.25 53 31 150 0/+5 4 × 4 LFCSP EAR99 HMC792ALP4E HMC624A•# 6-bit serial/ parallel DSA 0 to 6 2.2 0 to 31.5 0.5 55 30 90 0/+5 4 × 4 LFCSP EAR99 HMC624ALP4E HMC1122•* 6-bit DSA 0.1 to 6 1.2 0 to 31.5 0.5 55 30 200 0/+5 4 × 4 LFCSP EAR99 HMC1122LP4ME HMC1119•* 7-bit serial/ parallel DSA 0.1 to 6 1.5 0 to 33.5 0.25 54 30 200 TTL/CMOS 4 × 4 LFCSP EAR99 HMC1119LP4ME HMC305S• 5-bit, glitch-free DSA 0.4 to 7 1.4 0 to 15.5 0.5 52 28 160 0/+5 4 × 4 LFCSP EAR99 HMC305SLP4E HMC540S•* 4-bit parallel DSA 0.1 to 8 0.8 0 to 15 1 54 31 129 0/+5 3 × 3 LFCSP EAR99 HMC540SLP3E HMC425A 6-bit DSA 2.2 to 8 3.6 0 to 31.5 0.5 45 24 420 0/+5 3 × 3 LFCSP EAR99 HMC425ALP3E HMC802A 1-bit DSA 0 to 10 1.5 0 to 20 20 55 30 90 0/+5 3 × 3 LFCSP EAR99 HMC802ALP3E HMC424A* 6-bit DSA 0 to 13 3.4 0 to 31.5 0.5 42 24 50 0/–5 Die EAR99 HMC424A HMC424A* 6-bit DSA 0 to 13 3.3 0 to 31.5 0.5 45 23 50 0/–5 3 × 3 QFN EAR99 HMC424ALP3E HMC424A 6-bit DSA 0.1 to 13 3.3 0 to 31.5 0.5 40 23 55 0/–5 5 × 5 QFN EAR99 HMC424ALH5 HMC1019A* 5-bit DSA 0.1 to 30 4 0 to 15.5 0.5 45 25 90 0/+5 4 × 4 LFCSP EAR99 HMC1019ALP4E HMC1018A* 5-bit DSA 0.1 to 30 5.5 0 to 35.5 1 42 22 90 0/+5 4 × 4 LFCSP EAR99 HMC1018ALP4E HMC941A 5-bit DSA 0.1 to 30 4 0 to 18 0.5 43 24 50 0/+5 Die EAR99 HMC941A HMC941A* 5-bit DSA 0.1 to 33 4 0 to 18 0.5 43 24 50 0/+5 4 × 4 LFCSP EAR99 HMC941ALP4E HMC939A*# 5-bit DSA 0.1 to 33 5.5 0 to 31 1 43 23 60 0/+5 4 × 4 LFCSP EAR99 HMC939ALP4E ADRF5720* 6-bit DSA 9 kHz to 40 4.5 0 to 31.5 0.5 50 30 8 μs CMOS/LVTTL 4 × 4 LGA EAR99 ADRF5720BCCZN ADRF5721* 4-bit DSA 9 kHz to 40 3.4 0 to 30 2 50 30 8.5 μs CMOS/LVTTL 2.5 × 2.5 LGA EAR99 ADRF5721BCCZN HMC939A 5-bit DSA 0.1 to 40 7 0 to 31 1 40 24 70 0/+5 Die EAR99 HMC939A ADRF5730* 6-bit DSA 0.1 to 40 4.8 0 to 31.5 0.5 50 30 250 CMOS/LVTTL 4 × 4 LGA EAR99 ADRF5730BCCZN ADRF5731* 4-bit DAS 0.1 to 40 3.5 0 to 30 2 50 30 230 CMOS/LVTTL 2.5 × 2.5 LGA EAR99 ADRF5731BCCZN ADRF5473 New 6-bit DSA 0.1 to 40 3.2 0 to 31.5 0.5 50 31 250 ns 0/3.3 Die EAR99 ADRF5473BCZ ADRF5740* 4-bit DSA 0.1 to 60 2.2 0 to 22 2 45 25.5 175 CMOS/LVTTL 2.5 × 2.5 LGA EAR99 ADRF5740BCCZN ADRF5474 New 4-bit DSA 0.1 to 60 1.8 0 to 22 2 45 25.5 175 ns CMOS/LVTTL Die EAR99 ADRF5474BCZ 31VISIT ANALOG.COM/RF ADRF5473: Die on Carrier, 6-Bit Silicon Digital Attenuator, 0.5 dB LSB, 100 MHz to 40 GHz Key Features ► Die on carrier design enables wire bonding of silicon attenuator ► Ultrawideband RF bandwidth: 100 MHz to 40 GHz ► Atten range: 31.5 dB typical with 0.5 dB min step size ► Step error: ±0.60 dB typical at 40 GHz ► Atten. accuracy: ±(0.30 + 1.5% of attenuation state) typical up to 40 GHz ► Low ref insertion loss: 3.2 dB typical up to 40 GHz ► High linearity: 50 dBm typical IIP3 ► RF power handling: 28 dBm typical P0.1 dB ► RF settling time: 250 ns typical (50% VCTL to 0.1 dB of final RF output) ► 18-pad, 3.171 mm × 1.616 mm die on carrier (CHIP) ► 24-terminal, 4 mm × 4 mm LGA version available (ADRF5730) Applications ► Test and instrumentation ► Military radio and radar ► Military electronic warfare (EW) and signal intelligence (SIGINT) ► Microwave point-to-point radio and satcom D5/CLK D4/SERIN D3/SEROUT D2 D1 D0 ATTOUT LE PS ATTIN 6-Bit Digital Attenuator ADRF5473 Serial/Parallel InterfaceVDDVSS ADRF5474: Die on Carrier, 4-Bit Silicon Digital Attenuator, 2 dB LSB 4-Bit, 100 MHz to 60 GHz Key Features ► Die on carrier design enables wire bonding of silicon attenuator ► Ultrawideband RF bandwidth: 100 MHz to 60 GHz ► Atten range: 22 dB typical with 2 dB min step size ► Step error: ±0.64 dB typical at 50 GHz ► Atten. accuracy: ±(0.40 + 4.0% of attenuation state) typical up to 55 GHz ► Low ref insertion loss: 2.1 dB typical up to 50 GHz ► High linearity: 45 dBm typical IIP3 ► RF power handling: 25.5 dBm typical P0.1 dB ► RF settling time: 175 ns typical (50% VCTL to 0.1 dB of final RF Output) ► 16-pad, 2.79 mm × 1.64 mm die on carrier (CHIP) ► 16-lead, 2.5 mm × 2.5 mm LGA version also available (ADRF5740) Applications ► Test and instrumentation ► Military radio and radar ► Military electronic warfare (EW) and signal intelligence (SIGINT) ► Microwave point-to-point radio and satcom D3 D2 10 GND ATTOUT VSS VDD LE D4 D5 ATTIN Parallel Interface 4-Bit/Digital Attenuator 32RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. Voltage Variable Attenuators Part Number Description Frequency (GHz) Insertion Loss (dB) Attenuation Range (dB) Input IP3 (dBm) Settling Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC973A•* Analog VVA 0.5 to 6 3.5 3.5 to 29.5 35 — 0 to +5 3 × 3 LFCSP EAR99 HMC973ALP3E HMC346A* Analog VVA 0 to 8 2.1 5 to 29 30 16 0 to –5 MSOP EAR99 HMC346AMS8GE HMC346A* Analog VVA 0 to 14 2.7 5 to 30 30 16 0 to –5 3 × 3 LFCSP EAR99 HMC346ALP3E HMC346A* Analog VVA 0 to 18 2.8 5 to 30 30 16 0 to –5 3 × 3 LFCSP EAR99 HMC346ALC3B HMC712A* Analog VVA 5 to 26.5 3.5 10 to 42 32 — 0 to –5 3 × 3 LFCSP EAR99 HMC712ALP3CE HMC812A* Analog VVA 5 to 30 2.2 3 to 33 28 — 0 to –5 4 × 4 LFCSP EAR99 HMC812ALC4 HMC985A Analog VVA 10 to 40 3 3 to 33 33 — 0 to –3 4 × 4 LFCSP EAR99 HMC985ALP4KE HMC985A Analog VVA 20 to 50 3.5 3 to 33 30 — 0 to –3 Die EAR99 HMC985A Fixed Attenuators Part Number Description Frequency (GHz) Nominal Attenuation Range (dB) Attenuation Accuracy Max Input Power (dBm) Package (mm) ECCN Code Ordering Part Number HMC652* Fixed passive 0 to 25 2 ±0.5 27 2 × 2 QFN EAR99 HMC652LP2E HMC653* Fixed passive 0 to 25 3 ±0.5 26 2 × 2 QFN EAR99 HMC653LP2E HMC654* Fixed passive 0 to 25 4 ±0.5 25 2 × 2 QFN EAR99 HMC654LP2E HMC655 Fixed passive 0 to 25 6 ±0.5 25 2 × 2 QFN EAR99 HMC655LP2E HMC656* Fixed passive 0 to 25 10 ±1.5 25 2 × 2 QFN EAR99 HMC656LP2E HMC657* Fixed passive 0 to 25 15 ±2 25 2 × 2 QFN EAR99 HMC657LP2E HMC658* Fixed passive 0 to 25 20 ±2 25 2 × 2 QFN EAR99 HMC658LP2E HMC650* Through line 0 to 50 0.15 ±0.2 — Die EAR99 HMC650 HMC651 Through line 0 to 50 0.15 ±0.2 — Die EAR99 HMC651 HMC652* Fixed passive 0 to 50 2 ±0.2 27 Die EAR99 HMC652 HMC653* Fixed passive 0 to 50 3 ±0.2 26 Die EAR99 HMC653 HMC654* Fixed passive 0 to 50 4 ±0.2 25 Die EAR99 HMC654 HMC655* Fixed passive 0 to 50 6 ±0.5 25 Die EAR99 HMC655 HMC656* Fixed passive 0 to 50 10 ±0.1 25 Die EAR99 HMC656 HMC657* Fixed passive 0 to 50 15 ±0.4 25 Die EAR99 HMC657 HMC658 Fixed passive 0 to 50 20 ±0.5 25 Die EAR99 HMC658 33VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. RF Mixers Single, Double, and Triple Balanced Mixers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) LO/RF Isolation (dB) LO/IF Isolation (dB) Noise Figure (dB) Input P1dB (dBm) LO Drive Nominal (dBm) Package (mm) ECCN Code Ordering Part Number AD831 Active 0 to 0.5 0 to 0.5 0 to 0.2 0 24 70 30 10.3 10 –10 PLCC EAR99 AD831APZ AD8344 Active Rx 0.4 to 1.2 0.47 to 1.6 0.07 to 0.4 4.5 24 48 23 10.5 24 0 3 × 3 LFCSP EAR99 AD8344ACPZ-REEL7 LTC5540 Passive, with IF gain 0.6 to 1.3 0.7 to 1.2 0.005 to 0.5 7.9 25.9 33 42 9.9 11 0 5 × 5 QFN EAR99 LTC5540IUH#TRPBF LT5519 Active upconverting mixer 0.7 to 1.4 0.3 to 1.8 LF to 0.4 −0.6 17.1 39 35 13.6 5.5 −5 4 × 4 QFN EAR99 LT5519EUF#TRPBF LTC5590 Dual passive, with IF gain 0.6 to 1.7 0.7 to 1.5 0.005 to 0.5 8.7 26 39 28 9.7 10.7 0 5 × 5 QFN EAR99 LTC5590IUH#TRPBF LT5526 Active low power mixer 0.0001 to 2 0.0001 to 2.5 0.0001 to 1 0.4 14.1 50 34 13.7 1 −5 4 × 4 QFN EAR99 LT5526EUF#TRPBF LT5520 Active upconverting mixer 1.3 to 2.3 0.9 to 2.7 DC to 0.4 −1 15.9 36 30 15 4 −5 4 × 4 QFN EAR99 LT5520EUF#TRPBF LTC5541 Passive, with IF gain 1.3 to 2.3 1.4 to 2 0.005 to 0.5 7.8 26.4 33 38 9.6 11.3 0 5 × 5 QFN EAR99 LTC5541IUH#TRPBF LTC5591 Dual passive, with IF gain 1.3 to 2.3 1.4 to 2.1 0.005 to 0.5 8.5 26.2 37 40 9.9 10.7 0 5 × 5 QFN EAR99 LTC5591IUH#TRPBF AD8343 Active 0 to 2.5 0 to 2.5 0 to 2.5 7 17 18 44 14 3 –10 TSSP EAR99 AD8343ARUZ LT5525 Active low power mixer 0.8 to 2.5 0.5 to 3 LF to 1 −2 17.6 40 40 15.1 4 −5 4 × 4 QFN EAR99 LT5525EUF#TRPBF LT5578 Active upconversion mixer 0.4 to 2.7 0.4 to 3 LF to 0.6 −0.7 25 49 22 10.5 10 0 5 × 5 QFN EAR99 LT5578IUH#TRPBF LT5522 Active 0.4 to 2.7 0.4 to 2.7 LF to 1 −0.1 21.5 45 60 13.9 8 −5 4 × 4 QFN EAR99 LT5522EUF#TRPBF LTC5542 Passive, with IF gain 1.6 to 2.7 1.7 to 2.5 0.005 to 0.5 8 26.8 35 45 9.9 11.3 0 5 × 5 QFN EAR99 LTC5542IUH#TRPBF LTC5592 Dual passive, with IF gain 1.6 to 2.7 1.5 to 2.5 0.005 to 0.5 8.3 27.3 35 38 9.8 11 0 5 × 5 QFN EAR99 LTC5592IUH#TRPBF LT5512 Active 0 to 3 0 to 3 0 to 2 0 21 40 35 11 10.1 −10 4 × 4 QFN EAR99 LT5512EUF#TRPBF LT5511 Active upconverting mixer 0.01 to 3 0.03 to 2.7 0.001 to 0.3 0 17 36 — 15 5.9 −10 TSSOP EAR99 LT5511EFE#TRPBF LTC5551 Ultrahigh dynamic range passive 0.3 to 3.5 0.2 to 3.5 0.005 to 1 2.4 35.5 27 30 9.7 18 0 4 × 4 QFN EAR99 LTC5551IUF#TRPBF LT5527 Active 0.4 to 3.7 0.38 to 3.5 LF to 0.6 2.3 23.5 45 60 12.5 9 0 4 × 4 QFN EAR99 LT5527EUF#TRPBF AD8342 Active 0.001 to 3.8 0.001 to 4.1 0 to 2.4 3.7 23 55 27 12.2 8 0 3 × 3 LFCSP EAR99 AD8342ACPZ-R2 LT5557 Active, medium power 0.4 to 3.8 0.38 to 4.2 DC to 0.6 2.9 24.7 46 50 11.7 8.8 0 4 × 4 QFN EAR99 LT5557EUF#TRPBF LT5579 Active upconversion mixer 0.9 to 3.8 0.75 to 4.3 LF to 1 1.3 27.5 36 26 12 13.7 0 5 × 5 QFN EAR99 LT5579IUH#TRPBF LT5560 Active, low power 0 to 4 0 to 4 0 to 4 2.4 9 52 41 9.3 −2.8 −2 3 × 3 DFN EAR99 LT5560EDD#TRPBF ADL5350 Passive 0.001 to 4 0.001 to 4 0.001 to 4 –6.7 25 13 29 6.4 19 4 2 × 3 LFCSP EAR99 ADL5350ACPZ-R2 LTC5569 Dual active 0.3 to 4 0.35 to 4.5 LF to 1.6 2 26.8 54 40 11.7 10.2 0 4 × 4 QFN EAR99 LTC5569IUF#TRPBF LTC5567 Active 0.3 to 4 0.3 to 4.5 0.005 to 2.5 1.9 26.9 60 42 11.8 10.1 0 4 × 4 QFN EAR99 LTC5567IUF#TRPBF 34RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. Single, Double, and Triple Balanced Mixers (Continued) Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) LO/RF Isolation (dB) LO/IF Isolation (dB) Noise Figure (dB) Input P1dB (dBm) LO Drive Nominal (dBm) Package (mm) ECCN Code Ordering Part Number LTC5543 Passive, with IF gain 2.2 to 4 2.4 to 3.6 0.005 to 0.6 8.4 24.5 29 37 10.2 10.9 0 5 × 5 QFN EAR99 LTC5543IUH#TRPBF HMC213B* Passive 1.5 to 4.5 1.5 to 4.5 0 to 1.5 –10 21 32 30 10 11 13 MSOP EAR99 HMC213BMS8GE LTC5593 Dual passive, with IF gain 2.3 to 4.5 2.1 to 3.8 0.005 to 0.6 8.5 27.7 35 44 9.5 10.4 0 5 × 5 QFN EAR99 LTC5593IUH#TRPBF LTC5510 Active 0.001 to 6 0.001 to 6.5 0.001 to 6 1.1 25 65 35 11.6 11.5 0 4 × 4 QFN EAR99 LTC5510IUF#TRPBF ADL5801 Active 0.001 to 6 0.001 to 6 0.001 to 0.6 1.8 29 31 27 9.75 13 0 4 × 4 LFCSP 5A991.b ADL5801ACPZ-R7 ADL5802 Dual active 0.1 to 6 0.1 to 6 0 to 3 1.5 28 30 37 11 12 0 4 × 4 LFCSP EAR99 ADL5802ACPZ-R7 LTC5577 Active 0.3 to 6 0.3 to 6 0.001 to 1.5 0.7 30.2 67 35 11.8 15.2 0 4 × 4 QFN EAR99 LTC5577IUF#TRPBF LTC5566 Dual active, with IF VGA 0.3 to 6 0.15 to 6 0.001 to 0.5 −1.6 to +10.6 24.1 58 47 13 6.1 to 13.3 0 5 × 5 QFN EAR99 LTC5566IUH#TRPBF LTC5544 Passive, with IF gain 4 to 6 4.2 to 5.8 0.005 to 1 7.4 25.9 30 28 11.3 11.4 0 5 × 5 QFN EAR99 LTC5544IUF#TRPBF LTC5562 Active, low power LF to 7 DC to 9 DC to 7 1 18 34 38 14.6 5 –1 2 × 2 QFN EAR99 LTC5562IUC#TRPBF LTC5555 Active with VGA 1.5 to 7 0.5 to 8 0.001 to 0.9 –6.2 to +9.2 22.6 50 55 15.1 10.8 0 4 × 5 QFN EAR99 LTC5555IUFD#TRPBF LTC5556 Dual active, with VGA 1.5 to 7 0.5 to 8 0.001 to 0.9 –6.1 to +9.1 23 46 — 15.2 10.9 0 5 × 5 QFN EAR99 LTC5556IUH#TRPBF HMC557A Passive 2.5 to 7 2.5 to 7 0 to 3 –7 22 47 34 7 10 15 4 × 4 LFCSP EAR99 HMC557ALC4 HMC219B Passive 2.5 to 7 2.5 to 7 0 to 3 –9 18 40 35 9 11 13 MSOP EAR99 HMC219BMS8GE LTC5576 Active upconversion mixer 3 to 8 1 to 8 0.03 to 6 −0.6 25.6 40 35 14.1 10.4 0 4 × 4 QFN EAR99 LTC5576IUF#TRPBF HMC218B Passive 3.5 to 8 3.5 to 8 0 to 1.6 –7 17 38 32 7 10 13 MSOP EAR99 HMC218BMS8GE HMC129A Passive 4 to 8 4 to 8 0 to 3 –7 17 40 40 7 10 15 4 × 4 LFCSP EAR99 HMC129ALC4 HMC787A* Passive 3 to 10 3 to 10 0 to 4 –9 24 43 26 9 17 13 3 × 3 LFCSP EAR99 HMC787ALC3B HMC787A Passive 3 to 10 3 to 10 0 to 4 –8 22 47 44 8 15 17 Die EAR99 HMC787AG HMC220B* Passive 5 to 12 5 to 12 0 to 4 –10 18 57 38 10 9.5 10 MSOP EAR99 HMC220BMS8GE LTC5548 With 2× LO 2 to 14 1 to 12 DC to 6 −10.2 18.7 29 32 9.6 15.2 0 3 × 2 QFN EAR99 LTC5548IUDB#TRPBF LTC5549 With 2× LO 2 to 14 1 to 12 0.5 to 6 −10.8 22.8 30 23 10.4 14.3 0 3 × 2 QFN EAR99 LTC5549IUDB#TRPBF HMC558A* Passive 5.5 to 14 5.5 to 14 0 to 6 –9 22 33 33 7.5 11.5 15 3 × 3 LFCSP EAR99 HMC558ALC3B HMC558A Passive 5.5 to 14 5.5 to 14 DC to 6 –9 21 33 35 8.5 12 15 Die EAR99 HMC558A HMC553A* Passive 6 to 14 6 to 14 0 to 5 –7.5 17.5 37 33 7.5 11.5 13 3 × 3 LFCSP EAR99 HMC553ALC3B HMC553A* Passive 6 to 14 6 to 14 DC to 5 –8 17 37 33 8 10.5 13 Die EAR99 HMC553AG HMC412B* Passive 8 to 15 8 to 15 0 to 2.5 –8.4 18 44 41 8.4 11 13 MSOP EAR99 HMC412BMS8GE HMC1048A* Passive 2.25 to 18 2.25 to 18 0 to 4 –10 20 30 30 10 11 13 3 × 3 LFCSP EAR99 HMC1048ALC3B LTC5553* With integrated LO buffer 3 to 20 1 to 20 0.5 to 9 −11.6 21.5 32 20 12.1 14.8 0 3 × 2 QFN EAR99 LTC5553IUDB#TRPBF 35VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. Single, Double, and Triple Balanced Mixers (Continued) Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) LO/RF Isolation (dB) LO/IF Isolation (dB) Noise Figure (dB) Input P1dB (dBm) LO Drive Nominal (dBm) Package (mm) ECCN Code Ordering Part Number LTC5552 With integrated LO buffer 3 to 20 1 to 20 DC to 6 −10.8 18.5 24 19 11.7 14.8 0 3 × 2 QFN EAR99 LTC5552IUDB#TRPBF HMC554A Passive 10 to 20 10 to 20 0 to 6 –8.5 20 38 52 8.5 12 13 Die EAR99 HMC554A HMC554A* Passive 10 to 20 10 to 20 0 to 6 –8.5 20 37 41 9.5 21 13 3 × 3 LFCSP EAR99 HMC554ALC3B HMC773A* Passive 6 to 26 6 to 26 0 to 8 –9 19 37 37 9 10 13 3 × 3 LFCSP EAR99 HMC773ALC3B HMC773A Passive 6 to 26 6 to 26 0 to 10 –10 21 39 33 10 12 13 Die EAR99 HMC773A HMC260A* Passive 10 to 26 10 to 26 0 to 8 –9 23 40 43 10 13 13 3 × 3 LFCSP EAR99 HMC260ALC3B HMC260A Passive 10 to 26 10 to 26 0 to 8 –8.5 22 40 37 11.5 12 13 Die EAR99 HMC260A HMC292A* Passive 14 to 30 14 to 30 0 to 8 –9 19 48 40 10.5 12 13 3 × 3 LFCSP EAR99 HMC292ALC3B HMC292A Passive 14 to 32 14 to 32 0 to 8 –9 20 46 34 11 12 13 Die EAR99 HMC292A HMC329A* Passive 24 to 32 24 to 32 0 to 8 –10.5 20 36.5 35.5 10.5 12 13 3 × 3 QFN EAR99 HMC329ALC3B HMC774A* Passive 7 to 34 7 to 34 0 to 8 –12 20 30 23 12 12 15 3 × 3 LFCSP EAR99 HMC774ALC3B HMC1106* Passive 15 to 36 20 to 50 0 to 24 –11 16 38 32 9 0 15 Die EAR99 HMC1106 HMC560A* Passive 22 to 38 22 to 38 0 to 18 –11 19.5 38 31 11.5 11.5 13 5 × 5 LGA EAR99 HMC560ALM3 HMC329A* Passive 22 to 38 22 to 38 0 to 8 –11 21 36 27 14 13.5 13 Die EAR99 HMC329A HMC560A Passive 24 to 38 22 to 38 DC to 18 –10.5 21 31 35 10.5 14 — Die EAR99 HMC560A HMC774A* Passive 7 to 40 7 to 40 0 to 10 –11 20 32 50 12 12 13 Die EAR99 HMC774A ADAR2004 4-channel Rx with 4× LO 10 to 40 3.4 to 10.1 0 to 0.8 20 –11 — –80 11 –20 20 7 × 7 LGA EAR99 ADAR2004ACCZ HMC-MDB169 Passive 54 to 64 54 to 64 0 to 5 –8 13 30 25 8 4 13 Die 5A991.h HMC-MDB169 ADMV1550 Upcoming Passive 15 to 67 15 to 67 DC to 20 –7 20 40 40 — 12 15 4 × 4 LGA EAR99 ADMV1550ACCZ HMC1081 Passive 50 to 75 40 to 85 0 to 26 –7.5 16 30 20 7.5 10 12 Die EAR99 HMC1081 HMC-MDB277 Passive 70 to 90 70 to 90 0 to 18 –12 — — — — — 14 Die 5A991.h HMC-MDB277 36RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADMV1550: 15 GHz to 67 GHz, GaAs, MMIC, Double Balanced Mixer Upcoming Key Features ► Conversion loss (downconverter): 7 dB typical ► LO to RF isolation: 40 dB typical ► IIP3 (downconverter): 20 dBm typical ► 18-terminal, RoHS compliant, 4 mm × 4 mm LGA package Applications ► Microwave and very small aperture terminal (VSAT) radios ► Test equipment ► Military electronic warfare (EW) ► Electronic countermeasure (ECM) ► Command, control, communications, and intelligence (C3I) GND GN IF GN GN GND GND GND GND LO GND GND RF GND 6 7 8 9 15161718 Package Base GND GND GND GND GND 1 2 3 4 5 14 13 12 11 10 HMC8192: 20 GHz to 42 GHz Passive, Wideband I/Q Mixer Key Features ► Image rejection: 25 dB ► Conversion loss: 9 dB ► Wide IF bandwidth: DC to 5 GHz ► RF and LO range: 20 GHz to 42 GHz ► High LO to RF isolation: 42 dB ► High LO to IF isolation: 45 dB ► IIP3 (downconverter): 24 dBm ► 25-terminal, 4.0 mm × 4.0 mm LGA package Applications ► Point-to-point microwave links ► 5G test and measurement instrumentation ► Military/aerospace radars and radio GND GND 1 GND 2 GND 3 GND 4 GND 5 GND 6 GND13 GND14 GND15 RF16 GND17 GND18 7 GND 8 IF1 9 GND 10 IF2 11 GND 12 GND 19 GND 20 GND 21 GND 22 GND 23 LO 24 GND 25 37VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. I/Q Mixers and Image Reject Mixers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) Image Rejection (dB) LO/RF Isolation (dB) LO/IF Isolation (dB) Input P1dB (dBm) LO Drive Nominal (dBm) Package (mm) ECCN Code Ordering Part Number HMC8193* I/Q and IRM 2.5 to 8.5 2.5 to 8.5 0 to 4 –9 20 25 48 38 13 18 4 × 4 LFCSP EAR99 HMC8193LC4 HMC525A* I/Q and IRM 4 to 8.5 4 to 8.5 DC to 3.5 –8 20 30 47 23 8.5 18 Die EAR99 HMC525A HMC525A* I/Q and IRM 4 to 8.5 4 to 8.5 0 to 3.5 –8 20 30 47 23 13 15 4 × 4 LFCSP EAR99 HMC525ALC4 HMC520A* I/Q and IRM 6 to 10 6 to 10 0 to 3.5 –8 19 23 43 25 10 15 4 × 4 LFCSP EAR99 HMC520ALC4 HMC1056 I/Q and IRM 8 to 12 8 to 12 0 to 4 –8 18 21 40 37 9 10 4 × 4 LFCSP EAR99 HMC1056LP4BE HMC521A* I/Q and IRM 8.5 to 13.5 8.5 to 13.5 0 to 3.5 –7 17 27 39 18.5 8.3 15 4 × 4 LFCSP EAR99 HMC521ALC4 HMC521A* I/Q and IRM 8.5 to 13.5 8.5 to 13.5 0 to 3.5 –7 17 21 38 18 8 15 Die EAR99 HMC521ACHIPS HMC8191* I/Q and IRM 6 to 26.5 6 to 26.5 0 to 5 –9 24 25 40 40 15 18 4 × 4 LFCSP EAR99 HMC8191LC4 HMC8191* I/Q and IRM 6 to 26.5 6 to 26.5 DC to 5 –9.5 22 29.5 43.5 42 15 18 Die EAR99 HMC8191 HMC1063* I/Q and IRM 24 to 28 24 to 28 0 to 3 –9.5 17 21 38 40 8 10 3 × 3 LFCSP EAR99 HMC1063LP3E HMC524A* I/Q and IRM 22 to 32 22 to 32 0 to 4.5 –9 18 26 35 25 17 17 3 × 3 LFCSP EAR99 HMC524ALC3B HMC-MDB172 I/Q and IRM 19 to 33 19 to 33 0 to 5 –8 17 25 35 23 8 16 Die 5A991.h HMC-MDB172 HMC8192* I/Q and IRM 20 to 42 20 to 42 0 to 5 –8 24 25 42 55 16 18 Die EAR99 HMC8192 HMC8192* I/Q and IRM 20 to 42 20 to 42 0 to 5 –8.5 22 25 45 — — 18 4 × 4 LFCSP EAR99 HMC8192LG HMC-MDB171 Subharmonic I/Q 35 to 45 35 to 45 0 to 5 –12.5 17 25 35 20 8 16 Die 5A991.h HMC-MDB171 HMC-MDB218 Subharmonic I/Q 54 to 64 27 to 32 0 to 3 –12.5 7 30 30 30 –2 10 Die 5A991.h HMC-MDB218 Subharmonic Mixers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) LO/RF Isolation (dB) LO/IF Isolation (dB) Input P1dB (dBm) Image Rejection (dB) LO Drive (dBm) Package (mm) ECCN Code Ordering Part Number HMC337 Subharmonic 17 to 25 9 to 12 0 to 3 –9 10 27 47 0 — –5 Die EAR99 HMC337 HMC264 Subharmonic 20 to 30 10 to 15 0 to 4 –9 12 35 40 4 — –4 3 × 3 QFN EAR99 HMC264LM3 HMC265 Subharmonic 20 to 31 10 to 15.5 0.7 to 3 3 10 28 47 2 — –4 3 × 3 QFN EAR99 HMC265LM3 HMC264 Subharmonic 21 to 31 10.5 to 15.5 0 to 6 –9 12 30 40 3 — –4 3 × 3 LFCSP EAR99 HMC264LC3B HMC264 Subharmonic 20 to 32 10 to 16 0 to 6 –10 13 37 40 4 — –4 Die EAR99 HMC264 HMC265 Subharmonic 20 to 32 10 to 16 0.7 to 3 3 10 30 55 2 — –4 Die EAR99 HMC265 HMC338 Subharmonic 26 to 33 13 to 16.5 0 to 2.5 –9 10 32 40 1 — –5 Die 5A991.b HMC338 HMC404 Subharmonic I/Q 26 to 33 13 to 16.5 0 to 3 –11 16 35 35 6 22 2 Die EAR99 HMC404 HMC338 Subharmonic 24 to 34 12 to 16.5 0 to 3 –11 13 33 50 5 — –5 3 × 3 LFCSP 5A991.b HMC338LC3B HMC798A Subharmonic 24 to 34 12 to 18 0 to 4 –10.5 20 36 27 6 — 4 3.9 × 3.9 CLCC EAR99 HMC798ALC4 HMC339 Subharmonic 33 to 42 16.5 to 21 0 to 3 –10 10 37 40 0 — 2 Die EAR99 HMC339 HMC1093* Subharmonic 37 to 46.5 8.5 to 11 0 to 7.5 –11 26 15 18 18 — –1 Die EAR99 HMC1093 HMC1057 Subharmonic I/Q 71 to 86 29 to 43 0 to 12 –12 13 50 30 0 16 13 Die EAR99 HMC1057 HMC1058 Subharmonic 71 to 86 29 to 43 0 to 12 –11 6 28 20 0 — 9 Die EAR99 HMC1058 38RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. I/Q Downconverters/Receivers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Input IP3 (dBm) Image Rejection (dBc) Noise Figure (dB) LO Drive Nominal (dBm) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number HMC951A Low noise, I/Q downconverter 5.6 to 8.6 4.5 to 12.1 DC to 3.5 13 3 32 2 0 5 155 4 × 4 EAR99 HMC951ALP4E HMC951B I/Q downconverter 5.6 to 8.6 5.6 to 8.6 0 to 3.5 13 1 24 2 2 3.5 160 4 × 4 LFCSP EAR99 HMC951BLP4E HMC8108 I/Q downconverter 9 to 10 9 to 10 0.02 to 1 13 6 20 2 –5 3, 3, 1.5 20, 30, 40 5 × 5 LFCSP EAR99 HMC8108LC5 HMC908A I/Q downconverter 9 to 12 8.5 to 15.5 0 to 3.5 11 0 25 46 26 –8 12 4 × 4 CLCC EAR99 HMC908ALC5 ADMV1010 I/Q downconverter 12.6 to 15.4 9 to 12.6 2.7 to 3.5 15 1 25 2 0 4 160 4.9 × 4.9 LCC EAR99 ADMV1010AEZ HMC1113 I/Q downconverter 10 to 16 10 to 16 0 to 3.5 12 1 25 2 6 3, 4 160 5 × 5 LFCSP EAR99 HMC1113LP5E HMC966* I/Q downconverter 17 to 20 7.5 to 11.75 0 to 3.5 14 0 40 3 6 3.5 160 4 × 4 LFCSP EAR99 HMC966LP4E HMC570 I/Q downconverter 17 to 21 7 to 12 0 to 3.5 12 1 22 4 3.5 3.5 125 Die EAR99 HMC570 HMC570 I/Q downconverter 17 to 21 7 to 12 0 to 3.5 10 2 17 3 4 3.5 125 5 × 5 LFCSP EAR99 HMC570LC5 ADMV4540 New K-band quad ZIF downconverter with PLL/VCO 17 to 22 17 to 21.5 0 to 0.9 57 –3 30 5 Internal VCO 3.3 980 7 × 7 LGA 5A991.b ADMV4540ACCZ ADMV4420 K-band downconverter with PLL and VCO 16.95 to 22.05 16.35 to 21.15 0.9 to 2.5 36 –20 — 7 Internal VCO 5 380 5 × 5 LFCSP 5A991.b ADMV4420ACPZ HMC904 I/Q downconverter 17 to 24 7.5 to 12.3 0 to 3.5 12 0 32 3 4 3.5 160 5 × 5 LFCSP EAR99 HMC904LC5 ADMV1012 I/Q downconverter 17.5 to 24 7 to 13.5 2.5 to 3.5 15 3 25 2.1 0 3.3 238 4.9 × 4.9 LCC EAR99 ADMV1012AEZ HMC967 I/Q downconverter 21 to 24 8.8 to 13.5 0 to 3.5 15 1 25 3 6 3.5 170 4 × 4 LFCSP EAR99 HMC967LP4E HMC571 I/Q downconverter 21 to 25 9 to 14 0 to 3.5 11 5 24 3 4 3.5 125 Die EAR99 HMC571 HMC571 I/Q downconverter 21 to 25 9 to 14 0 to 3.5 11 6 23 3 4 3.5 125 5 × 5 LFCSP EAR99 HMC571LC5 HMC977* I/Q downconverter 20 to 28 8.3 to 15.7 0 to 3.5 14 2 21 3 6 3.5 170 4 × 4 LFCSP EAR99 HMC977LP4E HMC572 I/Q downconverter 23 to 28 9 to 15.5 0 to 3.5 10 6 20 4 4 3.5 125 5 × 5 LFCSP EAR99 HMC572LC5 HMC1065 I/Q downconverter 27 to 34 11.5 to 19 0 to 4 12 –2 17 3 2 3 240 4 × 4 LFCSP EAR99 HMC1065LP4E ADMV1014* Wideband I/Q downconverter with 4× LO 24 to 44 5.4 to 10.25 0 to 6 17 0 30 5.5 0 3.3 437 5 × 5 LGA EAR99 ADMV1014ACCZ HMC6147A I/Q downconverter 37 to 44 16.5 to 22 0 to 4 13 2 25 4 3 3 225 5 × 5 LFCSP EAR99 HMC6147ALC5A HMC6789B I/Q downconverter 37 to 44 16.5 to 24 0 to 4 14 –1 14 3.5 3 3, 3 150, 75 5 × 5 LFCSP EAR99 HMC6789BLC5A HMC7586 E-band I/Q downconverter 71 to 76 11.83 to 14.33 0 to 10 12.5 –1 28 5 2 4, 1.5, 3 175, 80, 50 Die 5A991.b HMC7586 ADMV7410 E-band I/Q downconverter SiP 71 to 76 11.5 to 13 DC to 2 13 1 30 5 4 4, 2, 1.5 66, 175, 80 11 × 13 LGA_CAV EAR99 ADMV7410BCEZ ADMV7420 E-band I/Q downconverter SiP 81 to 86 13.2 to 14.6 DC to 2 10 1 30 5 4 4, 2, 1.5 66, 175, 80 11 × 13 LGA_CAV EAR99 ADMV7420BCEZ HMC7587 E-band I/Q downconverter 81 to 86 11.83 to 14.33 0 to 10 10 –2 30 6 2 4, 1.5, 3 175, 80, 50 Die 5A991.b HMC7587 39VISIT ANALOG.COM/RF ADMV4420: K-Band Downconverter with Integrated PLL/VCO Key Features ► RF input frequency: 16.95 GHz to 22.05 GHz ► IF input frequency range: 900 MHz to 2.5 GHz ► RF front end with integrated RF balun and LNA ► Integrated low phase noise fractional-N PLL/VCO ► Programmable via 4-wire SPI ► Output P1dB: 7 dBm ► Noise figure: 7 dB ► Conversion gain: 36 dB ► Single-ended 50 Ω input and 75 Ω IF output ► 32-lead, 5 mm × 5 mm LFCSP package Applications ► Microwave point-to-point radios ► K-band satellite communications Third-Order Fractional Interpolator ×2 N Counter 3.3 V PLL LDO 3.3 V VCO LDO 1.8 V SDM LDO 13 14 1615109 8 7 5 6 2 1 3 4 11 12 17 22 21 28303132 29 27 2526 23 24 20 19 18 Modulus 16.75 GHz to 21.15 GHz 8.375 GHz to 10.575 GHz Fraction Register SPI/ Logic PLL Loop Filter CPOUT GND VPOS3_CP ENBL1 ENBL0 GND GND SDO GND GND GND RFIN GND GND DECL1_VCO1 DECL2_VCO2 VPOS1_VCO DECL3_PLL DECL4_SDM VPOS2_PLL REF/XTAL1 XTAL2/NC MUXOUT GND SCLK SDI VTUNE VPOS4_IF IFOUT GND DECL5_RF Phase Frequency Detector Charge Pump Bleed Current Calibration Switch Integer Register VCO VCO ADMV4420 ÷1 or ÷2 Reference Divider ÷1 Reference Divide-by-2 ×1 or ×2 Reference Doubler CS 40RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. I/Q Upconverters/Transmitters Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) Output IP3 (dBm) Sideband Rejection (dBc) LO Drive Nominal (dBm) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number HMC6505A I/Q upconverter 5.6 to 8.6 2.5 to 11.6 0 to 3 15 35 22 4 5 225 5 × 5 LFCSP EAR99 HMC6505ALC5 ADMV1009 Differential I/Q upconverter 12.7 to 15.4 9 to 12.6 2.8 to 4 21 35 20 0 +5, –1.1 250, 60 5 × 5 LFCSP EAR99 ADMV1009AEZ HMC7911 I/Q upconverter 17 to 20 8.5 to 11.75 0 to 3.5 18 33 30 4 5 320 5 × 5 LFCSP EAR99 HMC7911LP5E ADRF6780* Wideband I/Q upconverter 5.9 to 23.6 5.4 to 14 0 to 3.5 13 26 25 0 3.3, 5 400, 160 5 × 5 LFCSP 5A991.h ADRF6780ACPZN-R7 ADMV1011 I/Q upconverter 17 to 24 8 to 12 2 to 4 21 33 32 0 +3.5, +5, –1.8 160, 220, 75 4.9 × 4.9 LCC EAR99 ADMV1011AEZ HMC7912 I/Q upconverter 21 to 24 8.75 to 12 0 to 3.5 15 33 22 4 5 320 5 × 5 LFCSP EAR99 HMC7912LP5E HMC815B* I/Q upconverter 21 to 27 10.5 to 14.5 0 to 3.75 12 27 22 4 4.5 350 5 × 5 LFCSP EAR99 HMC815BLC5 HMC6787A I/Q upconverter 37 to 40 16.5 to 22 0 to 4 10 26 17 4 3 350 5 × 5 LFCSP EAR99 HMC6787ALC5A ADMV1013* Wideband I/Q upconverter with 4× LO 24 to 44 5.4 to 10.25 0 to 6 18 23 26 0 3.3 550 6 × 6 LGA EAR99 ADMV1013ACCZ HMC6146B I/Q upconverter 40 to 44 18 to 22 0 to 4 11 28 18 4 3 350 5 × 5 LFCSP EAR99 HMC6146BLC5A HMC8118 E-band I/Q upconverter 71 to 76 11.83 to 14.33 0 to 10 11 — 22 2 4, 1.5 175, 80 Die 5A991.b HMC8118 ADMV7310 E-band I/Q upconverter SiP 71 to 76 11.8 to 12.7 DC to 2 35 31 20 4 — — 16 × 14 LGA_CAV EAR99 ADMV7310BCEZ HMC8119 E-band I/Q upconverter 81 to 86 11.83 to 14.33 0 to 10 10 — 22 2 4, 1.5 175, 80 Die 5A991.b HMC8119 ADMV7320 E-band I/Q upconverter SiP 81 to 86 13.4 to 14.6 DC to 2 33 31 — 4 — — 16 × 14 LGA_CAV EAR99 ADMV7320BCEZ 41VISIT ANALOG.COM/RF I/Q Upconverters with Integrated LO Part Number Description RF (GHz) LO (GHz) 1 dB I/Q Bandwidth (MHz) IF Bandwidth (GHz) RF Gain (dB) Output IP3 Sideband Rejection (dBc) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number ADMV4530 Ka-band upconverter with LO 27 to 31 25.6 to 30 500 2 to 3 21 29 –35 4 520 6 × 6 LGA 5A991.b ADMV4530ACCZ ADMV4530: Dual-Mode Ka-Band Upconverter with Integrated PLL/VCO Key Features ► RF output frequency: 27 GHz to 31 GHz ► Two upconverter modes ► Direct upconversion from differential baseband I/Q (I/Q mode) ► Single upper sideband upconversion (IF mode) ► I/Q 1 dB bandwidth: 500 MHz ► IF input frequency range: 2 GHz to 3 GHz ► Combined RF and IF gain dynamic range: 70 dB ► Sideband rejection and carrier feedthrough optimization ► Integrated low phase noise frac-N PLL/VCO ► Programmable via 3-wire or 4-wire SPI ► 40-terminal, 6 mm × 6 mm LGA package Applications ► Microwave point-to-point radios ► Ka-band satellite communications 40 3132333436 35373839 11 2019181715 16 0°/90° 141312 10 1 2 3 4 6 5 7 8 9 EXT_CAP_N EXT_CAP_P VTUNE RBIAS IF VCC_DOUBLER VCC2_IF VCC_MIXER NC VCC_VVA VCC_AMP VCC2_DRV CREG VCC_LDO VCC_CP RST REF_IN VCC_1P8V GND RFOUT GND VCC_DRV NC NC VCTR_RF QP QN VCC_IF IP IN VCC_BG SDO SCLK SDI CS PD CPOUT VCC_DIV VCC_VCO VG_VCO 21 30 29 28 27 25 26 24 23 22 0°/90° 2× VCO CP SPI N Counter Power Detector IF Gain Control IF Gain Control VREF 42RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS I/Q Upconverters/Downconverters/Transceivers Upconversion Mode Downconversion Mode Part Number Description RF (GHz) LO (GHz) IF (GHz) CG in IF Mode (dB) Output IP3 (dBm) Uncalibrated Sideband Rejection (dBc) CG in IF Mode (dB) Input IP3 (dBm) Uncalibrated Image Reject (dBc) LO Drive Nominal (dBm) VSUPPLY (V) Pwr Consu- mption (W) Package (mm) ECCN Code Ordering Part Number ADMV1017 1T1R 5G mmW microwave up/ downconverter 24 to 29.5 5 to 15 DC to 1.5 (BB) 3 to 10.5 (IF) 29 22 (BB) 25 (IF) 37 (BB) 71 (IF) 18 –1 (BB) –1 (IF) 37 (BB) 35 (IF) –8 3.3/ 1.8/1.5 1.75 9 × 8 LGA EAR99 ADMV1017BCCZ ADMV1128 New 1T1R 5G mmW microwave up/ downconverter 24 to 29.5 5 to 15 DC to 1.5 (BB) 3 to 7 (IF) 22 24 53 (IF) 15 0 @ max gain (IF) 24 –10 1.8 1 6 × 6.5 BGA 5A991.b ADMV1128BBCZ ADMV1018 1T1R 5G mmW microwave up/ downconverter 24 to 29.5 5 to 15 DC to 1.5 (BB) 2 to 9.5 (IF) 32 22 (BB) 25 (IF) 37 (BB) 52 (IF) 19 –2 (BB) –1 (IF) 37 (BB) 35 (IF) –8 3.3/ 1.8/1.5 1.75 9 × 8 LGA EAR99 ADMV1018BCCZ ADMV1139 1T1R 5G mmW microwave up/ downconverter 37 to 48.2 7.25 to 12.05 DC to 1.5 (BB) 2 to 8 (IF) 19 18 37 19 –4 @ max gain (IF) 26 –10 1.8 1 6 × 6.5 BGA 5A991.b ADMV1139BBCZ 43VISIT ANALOG.COM/RF Mixers with Integrated LO Part Number Description RF (GHz) LO (GHz) IF (GHz) Power Gain (dB) PLL Phase Noise @ 10 kHz Offset (dBc/Hz) VCO Phase Noise @ 1 MHz Offset (dBc/Hz) Input IP3 (dBm) Noise Figure (dB) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number ADRF6650 Dual Rx with DVGA and PLL/VCO 0.45 to 2.7 0.45 to 2.9 0.05 to 0.5 30 –86 –133 — 9.5 5 520 8 × 8 LFCSP 5A991.b ADRF6650ACPZ ADRF6658 Dual Rx with IF amp 0.69 to 3.8 — — Programmable 26.5 — — 12 to 29 13 3.3 Selectable 260 to 440 7 × 7 LFCSP 5A991.g ADRF6658BCPZ-RL7 ADMV1128: 24 GHz to 29.5 GHz, 5G, Microwave Upconverter and Downconverter ADMV1139: 37 GHz to 48.2 GHz, 5G, Microwave Upconverter and Downconverter Key Features ► Integration of upconverter, downconverter, and LO chain with multiplier in one chip ► CMOS up/downconverter with industry-leading efficiency and linear POUT with 5G NR ► RF Input/output frequency ranges : 24 GHz to 29.5 GHz and 37 GHz to 48.2 GHz ► Integrated RF switch ► Supports both half- and full-duplex operation ► Two operation modes for both up and downconverter configurations: ■ Direct conversion of differential baseband I/Q (baseband mode) ■ Single-ended complex-IF operation (IF mode) ► IF mode supports both internal or external hybrid ► Programmable baseband I/Q common-mode voltage ► Matched, 50 Ω impedance, single-ended RF input and output ► Matched, 50 Ω impedance single-ended LO input ► Low phase variation vs. gain control ► Upconversion mode ■ Sideband rejection and carrier feedthrough optimization ■ Envelope detector for automatic, on-chip calibration ► Downconversion mode ■ Image rejection and I/Q imbalance optimization ■ Baseband I/Q DC offset correction ■ Receiver mixer power detector for receiver gain setting ► LO chain features ■ Variable gain to accommodate various LO drive strength values ■ 360° phase control shifter for LO synchronization ■ Programmable LO harmonic reject filter ■ I/Q phase correction ► Fast TDD switching time via external pins ► Programmable via a 3-wire or 4-wire SPI interface, compatible with ADMV4928 and ADMV4828 interface Applications ► 5G mmW communications ► Sat comms ► Military ► Test and measurement 44RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS I/Q Modulators and Demodulators I/Q Modulators Part Number Description RF Frequency (GHz) LO Spur (dBm) Sideband Suppression (dBc) Noise (dBm/Hz) Output P1dB (dBm) Output IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADL5590 Narrow-band 0.869 to 0.9 — –50 –157 16 29 250 5 170 6 × 6 LFCSP 5A991.b ADL5590ACPZ-R7 AD8345 Low power 0.14 to 1 –42 –42 –155 2.5 25 80 3, 5 58, 62 TSSOP 5A991.b AD8345AREZ ADL5370 Narrow-band 0.3 to 1 –50 –41 –160 11 24 500 5 205 4 × 4 LFCSP 5A991.b ADL5370ACPZ-R7 LT5568 Wideband 0.7 to 1.05 −43 −46 −160.3 8.3 22.9 380 5 117 4 × 4 QFN EAR99 LT5568EUF#TRPBF LT5568-2 GSM optimized 0.7 to 1.05 −43 −52 −159.4 8.6 22.9 380 5 110 4 × 4 QFN EAR99 LT5568-2EUF#TRPBF LT5558 Narrow-band 0.6 to 1.1 −43.7 −49 −158 7.8 22.4 400 5 108 4 × 4 QFN EAR99 LT5558EUF#TRPBF LT5571 Narrow-band 0.62 to 1.1 −42 −53 −159 8.1 21.7 400 5 97 4 × 4 QFN EAR99 LT5571EUF#TRPBF LTC5599 Low power 0.03 to 1.3 −51.5 −52.6 −156.7 5 20.8 57 3.3 28 4 × 4 QFN EAR99 LTC5599IUF#TRPBF ADL5371 Narrow-band 0.5 to 1.5 –50 –55 –159 14.5 27 500 5 175 4 × 4 LFCSP 5A991.b ADL5371ACPZ-R7 LTC5598 Wideband 0.005 to 1.6 −51 −55 −160.9 8.4 25.5 400 5 165 4 × 4 QFN EAR99 LTC5598IUF#TRPBF ADL5591 Narrow-band 0.805 to 1.905 — –47 –157 16 30 250 5 170 6 × 6 LFCSP 5A991.b ADL5591ACPZ-R7 ADL5385 Broadband 0.3 to 2.2 –46 –50 –159 11 26 500 5 215 4 × 4 LFCSP 5A991.b ADL5385ACPZ-R7 LT5528 Narrow-band 1.5 to 2.4 −42 −45 −159.3 7.9 21.8 400 5 125 4 × 4 QFN EAR99 LT5528EUF#TRPBF AD8346 Low power 0.8 to 2.5 –42 –36 –147 –3 20 70 3, 5 43, 45 TSSOP 5A991.b AD8346ARUZ LT5572 Narrow-band 1.5 to 2.5 −39.4 −41.2 −158.6 9.3 21.6 460 5 120 4 × 4 QFN EAR99 LT5572EUF#TRPBF ADL5372 Narrow-band 1.5 to 2.5 –45 –45 –158 14.2 27 500 5 165 4 × 5 LFCSP 5A991.b ADL5372ACPZ-R2 AD8349 Low power 0.7 to 2.7 –45 –35 –155 7.6 21 160 5 135 TSSOP 5A991.b AD8349AREZ ADL5373 Narrow-band 2.3 to 3 –32 –57 –157 13.8 26 500 5 174 4 × 4 LFCSP 5A991.b ADL5373ACPZ-WP LTC5588-1 Wideband 0.2 to 6 −39.6 −56.6 −160.6 12 31 600 3.3 303 4 × 4 QFN EAR99 LTC5588IPF-1#TRPBF ADL5375# Broadband 0.4 to 6 –46 –52 –160 9.4 26.8 750 5 200 4 × 4 LFCSP 5A991.b ADL5375-05ACPZ-R2 LTC5589 Low power 0.7 to 6 −40.2 −41.5 −158.1 3.9 17.5 167 3.3 29.5 4 × 4 QFN EAR99 LTC5589IUF#TRPBF ADRF6780 Wideband 5.9 to 23.6 –25 25 –147 11 27 750 3.3, 5 490, 160 5 × 5 LFCSP 5A991.h ADRF6780ACPZN-R7 I/Q Demodulators Part Number Description RF Frequency (GHz) Gain Error (dB) Phase Error (°) Noise Figure (dB) Input P1dB (dBm) Input IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LT5546 Low power, 2× LO, 55 dB VGA 0.04 to 0.5 0.14 0.6 7.8 −10 −1 17 1.8 to 5.25 24 4 × 4 QFN EAR99 LT5546EUF#TRPBF LT5506 Low power, 2× LO, 55 dB VGA 0.04 to 0.5 0.2 0.6 6.8 −11.5 −0.5 8.8 1.8 to 5.25 26.6 4 × 4 QFN EAR99 LT5506EUF#TRPBF LT5517 Low frequency, 2× LO 0.04 to 0.9 0.03 0.7 12.4 10 21 130 5 90 4 × 4 QFN EAR99 LT5517EUF#TRPBF AD8348 Broadband with VGA 0.05 to 1 0.25 0.5 10.75 13 28 125 3, 5 47, 51 TSSOP 5A991.b AD8348ARUZ LTC5584 Broadband 0.03 to 1.4 0.01 0.7 10 13.1 28 530 5 200 4 × 4 QFN EAR99 LTC5584IUF#TRPBF LT5516 Narrow-band 0.8 to 1.5 0.2 1 12.8 6.6 21.5 260 5 117 4 × 4 QFN EAR99 LT5516EUF#TRPBF ADL5387 2× LO, broadband 0.03 to 2 0.05 0.2 12 13 31 240 5 180 4 × 4 LFCSP 5A991.b ADL5387ACPZ-WP LT5515 Narrow-band 1.5 to 2.5 0.3 1 16.8 9 20 260 5 125 4 × 4 QFN EAR99 LT5515EUF#TRPBF ADL5382 Broadband 0.7 to 2.7 0.05 0.2 15.6 14.4 30.5 370 5 220 4 × 4 LFCSP 5A991.b ADL5382ACPZ-WP AD8347 I/Q demodulator and VGA 0.8 to 2.7 0.3 1 11 –2 11.5 65 3, 5 64, 68 4 × 4 LFCSP 5A991.b AD8347ARUZ LT5575 Broadband 0.8 to 2.7 0.01 0.4 12.7 11.2 22.6 490 5 132 4 × 4 QFN EAR99 LT5575EUF#TRPBF LTC5585 Broadband 0.4 to 4 0.05 0.7 12.7 16 25.7 530 5 200 4 × 4 QFN EAR99 LTC5585IUF#TRPBF # = Offered in extended temperature range. 45VISIT ANALOG.COM/RF * = X-Microwave. I/Q Demodulators (Continued) Part Number Description RF Frequency (GHz) Gain Error (dB) Phase Error (°) Noise Figure (dB) Input P1dB (dBm) Input IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LTC5586 Ultrawideband with VGA, digital IR cal 0.3 to 6 0.06 0.06 19.5 13 30 1000 5 440 5 × 5 QFN EAR99 LTC5586IUH#TRPBF ADL5380* Broadband 0.4 to 6 0.07 0.2 11.7 11.6 27.8 390 5 245 4 × 4 LFCSP 5A991.b ADL5380ACPZ-WP LTC5594 Ultrawideband with VGA, digital IR cal 0.3 to 9 0.06 1.6 21.2 4 27.8 1000 5 470 5 × 5 QFN EAR99 LTC5594IUH#TRPBF I/Q Modulators with Integrated LO Part Number Description RF Frequency (GHz) PLL Phase Noise @ 10 kHz Offset (dBc/Hz) PLL Phase Noise @ 1 MHz Offset (dBc/Hz) LO Spur (dBm) Sideband Suppression (dBc) Noise (dBm/Hz) Output P1dB (dBm) Output IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF9010 With integrated LO 0.84 to 0.960 –85 –141 –40 –46 –158 10 24 20 3.3 360 7 × 7 LFCSP EAR99 ADF9010BCPZ ADRF6750 With integrated LO 0.95 to 1.575 –93 –133 –45 –45 –162 8.5 23 600 5 310 8 × 8 LFCSP 5A991.b ADRF6750ACPZ-R7 ADRF6755 With integrated LO 0.1 to 2.4 –93 –133 –45 –45 –162 8 21 600 5 380 8 × 8 LFCSP 5A991.b ADRF6755ACPZ I/Q Demodulators with Integrated LO Part Number Description RF Frequency (GHz) PLL Phase Noise @ 10 kHz Offset (dBc/Hz) PLL Phase Noise @ 1 MHz Offset (dBc/Hz) Gain Error (dB) Phase Error (°) Noise Figure (dB) Input P1dB (dBm) Input IP3 (dBm) Baseband Bandwidth @ 3 dB (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADRF6850 With frac-N PLL and VCO 0.1 to 1 –98 –136 0.1 0.5 11 12 22.5 300 3 350 8 × 8 LFCSP 5A991.b ADRF6850BCPZ ADRF6821 DPD receiver with frac-N PLL/VCO 0.45 to 2.8 –97 –138 0.12 <0.5 17 2 24 500 3.3 273, 303 8 × 8 LFCSP 5A991.b ADRF6821ACPZ ADMV4540 New K-band quad ZIF demod w/PLL/VCO 17 to 22 –96 –115 0.5 1.6 5 –19 –3 900 3.3 980 7 × 7 LGA 5A991.b ADMV4540ACCZ 46RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS Integrated Transceivers, Transmitters, and Receivers Microwave and Millimeter Wave Integrated Transmitters/Receivers V-Band Transmitters/Receivers Part Number Description Freq (GHz) I/Q Bandwidth (GHz) Max Gain (dB) RF Control Range (dB) IF Control Range (dB) IP3 (dBm) Image/ Sideband Rejection (dBc) Noise Figure (dB) P1dB (dBm) Power Dissipation (W) Package (mm) ECCN Code Ordering Part Number ADMV9611/ ADMV9621 New High speed wireless interconnect solution 60 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 34.70 × 29.89 PCA 5A991.b ADMV9611APCZ/ ADMV9621APCZ HMC6300 60 GHz integrated transmitter 57 to 64 1.8 35 22 14 20 (OIP3) 40 — 12 (single end)/ 15 (balanced) 0.88 (single end)/ 1.0 (balanced) BGA 5A991.b HMC6300BG46 HMC6301 60 GHz integrated receiver 57 to 64 1.8 67 6 12 (analog)/ 15 (digital) –9 (IIP3) 35 8 30 0.82 (single end)/ 0.57 (external LO) BGA 5A991.h HMC6301BG46 E-Band Transmitters/Receivers Part Number Description RF (GHz) LO (GHz) IF (GHz) Conversion Gain (dB) IP3 (dBm) Image/ Sideband Rejection (dBc) Noise Figure (dB) LO Drive Nominal (dBm) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number HMC7586 E-band I/Q receiver 71 to 76 11.83 to 14.33 0 to 10 12.5 –1 (IIP3) 28 5 2 4, 1.5, 3 175, 80, 50 Die 5A991.b HMC7586 ADMV7410 E-band I/Q downconverter SiP 71 to 76 11.5 to 13 DC to 2 13 1 30 5 4 4, 2, 1.5 66, 175, 80 11 × 13 LGA_CAV EAR99 ADMV7410BCEZ HMC8118 E-band I/Q upconverter 71 to 76 11.83 to 14.33 0 to 10 11 — 22 — 2 4, 1.5 175, 80 Die 5A991.b HMC8118 ADMV7310 E-band I/Q upconverter SiP 71 to 76 11.8 to 12.7 DC to 2 35 31 20 26 4 — — 16 × 14 LGA_CAV EAR99 ADMV7310BCEZ ADMV7420 E-band I/Q downconverter SiP 81 to 86 13.2 to 14.6 DC to 2 10 1 30 5 4 4, 2, 1.5 66, 175, 80 11 × 13 LGA_CAV EAR99 ADMV7420BCEZ ADMV7320 E-band I/Q upconverter SiP 81 to 86 13.4 to 14.6 DC to 2 33 31 — — — — — 16 × 14 LGA_CAV EAR99 ADMV7320BCEZ HMC7587 E-band I/Q Receiver 81 to 86 11.83 to 14.33 0 to 10 10 –2 (IIP3) 30 6 2 4, 1.5, 3 175, 80, 50 Die 5A991.b HMC7587 HMC8119 E-band I/Q upconverter 81 to 86 11.83 to 14.33 0 to 10 10 — 22 — 2 4, 1.5 175, 80 Die 5A991.b HMC8119 mmWave Imaging Chipset Part Number Description Input Frequency (GHz) Output Frequency (GHz) Power (W) Package (mm) ECCN Code Ordering Part Number ADAR2001 10 GHz to 40 GHz, 1:4 channel, 4× frequency multiplier/filter 2.5 to 10 10 to 40 0.45 6 × 6 LGA EAR99 ADAR2001ACCZ ADAR2004 10 GHz to 40 GHz, 4-channel Rx mixer with 4× LO 10 to 40 0 to 0.8 0.910 7 × 7 LGA EAR99 ADAR2004ACCZ 47VISIT ANALOG.COM/RF ADAR2004 and ADAR2001: Millimeter Wave Imaging Applications ADAR2004 ADAR2001 PA PA PA PA 4 × LPF ADAR2001 PA PA PA PA 4× LPF ADAR2004 AD9083 ADAR2004 LNA LPF ×4 ADC ADC ADC ADC ADC ADC ADC ADC ADC ADC ADC ADC JESD204B LNA LNA LNA LNA LPF ×4 LNA LNA LNA ADC ADC ADC ADC Decimation and Digital Downconversion 48RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS ADAR2001: 10 GHz to 40 GHz, 1:4 Channel, 4× Frequency Multiplier/Filter Key Features ► RF input frequency: 2.5 GHz to 10 GHz ► RF output frequency: 10 GHz to 40 GHz ► Quad differential output PAs with enable function ► Integrated harmonic filter (25 dB to 30 dB rejection) ► 3-wire and 4-wire SPI control of all functions ► Typical input power: –20 dBm single ended (50 Ω) ► DC power: 450 mW (2.5 V supply) ► On-chip temperature sensor, power detector, and ADC ► Used with ADAR2004 quad-channel receiver/mixer ► 40-terminal, 6 mm × 6 mm LGA package Applications ► Millimeter wave imaging equipment ► Military radio, radar, and ECM equipmentADAR2001RFINMultiplier/Filter SequencerTransmitter SequencerRFOUT1+RFOUT1-RFOUT2+RFOUT2-RFOUT3+RFOUT3-RFOUT4+RFOUT4-CSSDIOSCLKSDOMRSTMADVTxRSTTxADVTemp. SensorSPI Control Multiplier/Filter State Machine (16 States)Transmitter State Machine (70 States) ADC ×4 ×4 ×4 PA PA PA PA 49VISIT ANALOG.COM/RF ADAR2004: 10 GHz to 40 GHz, 4-Channel Receiver Mixer with 4× LO Multiplier Key Features ► Quad LNA, mixer, IF VGA ► 4× LO multiplier with programmable harmonic filter ► Input frequency range: 10 GHz to 40 GHz ► IF frequency range: 0 MHz to 700 MHz ► LO frequency range: 2.5 GHz to 10 GHz ► Gain range: 20 dB to 40 dB ► IP1dB: –17.5 dBm (at min gain) ► Noise figure: 7.5 dB at max gain ► Filtered LO harmonics: 20 dB to 30 dB at all frequencies ► 3-wire or 4-wire SPI control ► On-chip programmable state machines for fast multiplier/filter and receiver switching and control ► On-chip temperature sensor and ADC ► DC power: 985 mW ► Package: 7 mm × 7 mm, 48-lead LGA package Applications ► Millimeter wave imaging equipment ► Military radio, radar, and ECM equipmentADAR2004LOINMultiplier/Filter SequencerADCMRSTMADVRxRSTRxADVReceiver SequencerCSSDIOSCLKSDORFIN1+RFIN1-RFIN2+RFIN2-RFIN3+RFIN3-RFIN4+RFIN4-Temp Sensor Multiplier/Filter State Machine (16 States)SPI Control Receiver State Machine (16 States) Buffer ×4 ×4 ×4IFOUT1+IFOUT1-IFOUT2+IFOUT2-IFOUT3+IFOUT3-IFOUT4+IFOUT4- VGA VGA VGA VGA LNA LNA LNA LNA 50RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS AD9083: 16-Channel, 125 MHz Bandwidth, JESD204B, Analog-to-Digital Converter Key Features ► 125 MHz usable analog input bandwidth ► Sample rate: 2 GSPS ► Noise density: –147 dBFS/Hz ► SNR: 66 dBFS in 125 MHz BW, 2 GSPS encode ► SFDR: 70 dBc in 125 MHz BW, 2 GSPS encode ► Power per channel: 90 mW at 2 GSPS ► Flexible input range: 0.5 V p-p to 1.5 V p-p differential ► Isolation/crosstalk: >80 dB ► Supply voltages: 1.0 V and 1.8 V ► JESD204B subclass 1 encoded outputs ► Supports up to 16 Gbps/lane ► Flexible JES204B lane configuration and sample data processing ► Digital processor features ► CIC decimation filter ► Programmable DDCs (three per ADC channel) and FIR filter ► Data gating and FIFO with 32 sample depth ► 100-ball, 9 mm × 9 mm BGA package Applications ► Millimeter wave imaging ► Electronic beamforming and phased array ► Multichannel wideband communication receivers ADC ADC VIN1+ VIN1- VIN16+ VIN16- Trigger± Sysref± CLK± SYNCINB± SEROUT0± DVDD1P8 (1.8 V) DVDD (1.0 V) AVDD1P8 (1.8 V) AVDD (1.0 V) SEROUT1± SEROUT2± SEROUT3± SCLK CSB SDIO DGNDAGND AD9083 Programmable DSP: CIC + DDC + LPF JESD204B+ Tx Outputs SPI and Control Registers PLL, JESD204B Subclass1 Control Clock Distribution Intermediate Frequency Subsystems Part Number Description RF (MHz) IF (MHz) Conversion Gain (dB) RF VGA Dynamic Range (dB) IF VGA Dynamic Range (dB) Output IP3 (dBm) Image Rejection (dBc) Noise Figure (dB) VSUPPLY (V) ISUPPLY (mA) Package (mm) ECCN Code Ordering Part Number HMC8100 Intermediate frequency receiver 800 to 4000 80 to 200 85 47 49 18 36 5 3.3 600 6 × 6 LFCSP 5A991.b HMC8100LP6JE HMC8200 Intermediate frequency transmitter 800 to 4000 200 to 700 34 35 — 31 15 6 3.3 540 5 × 5 LFCSP 5A991.b HMC8200LP5ME 51VISIT ANALOG.COM/RF 24 GHz ADAS Radar Solutions Ramp Generator Part Number Description Function Frequency (GHz) Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4158 6 GHz, frac-N FMCW ramping PLL Ramp generator 0.5 to 6.1 –216 32 3 23 4 × 4 LFCSP EAR99 ADF4158CCPZ ADF4159 13 GHz, frac-N FMCW ramping PLL Ramp generator 0.5 to 13 –224 110 3 33 4 × 4 LFCSP EAR99 ADF4159CCPZ Transmit MMIC Part Number Description Function RF (GHz) Signal Bandwidth (MHz) Phase Noise @ 10 MHz Offset (dBc/Hz) Output Power (dBm) Input ADC Resolution VTUNE (V) Power (W) Package (mm) ECCN Code Ordering Part Number ADF5901 ISM band, 2-ch FMCW transmitter Tx MMIC 24 to 24.25 250 –128 2 to 10 Single ended 8-bit 1 to 2.8 0.002 5 × 5 LFCSP EAR99 ADF5901WCCPZ ADF5902 ISM band, 2-ch FMCW transmitter with integrated FMCW PLL Tx MMIC 24 to 24.25 250 –128 2 to 12 Single ended 8-bit 1 to 2.8 0.002 5 × 5 LFCSP EAR99 ADF5902WCCPZ Receiver MMIC Part Number Description Function RF (GHz) Signal Bandwidth (MHz) Rx Channel Gain (dB) P1dB (dBm) RF/IF Isolation (dB) Noise Figure (dB) Package (mm) ECCN Code Ordering Part Number ADF5904 ISM band, 4-ch receiver Rx MMIC 24 to 24.25 250 22 –10 30 10 5 × 5 LFCSP EAR99 ADF5904ACPZ Analog Front End with ADC Part Number Description Function Sample Rate (MSPS) Gain (dB) Low-Pass Filter BW (MHz) SNR (dB) SFDR (dB) Noise (nV/√Hz) Antialiasing Filter Power (W) Package (mm) ECCN Code Ordering Part Number ADAR7251 4-ch, 16-bit, continuous time data acquisition ADC AFE 0.3 to 1.2 0 to 45 (programmable) — — — 2.4 Not required 0.4 7 × 7 LFCSP — ADAR7251WBCSZ AD8284 6-ch, LNA/PGA/ AAF with ADC AFE 60 17 to 35 (programmable) 9 to 15 (programmable) 67 68 3.5 Included 0.345 10 × 10 TQFP — AD8284WCSVZ AD8283 6-ch, LNA/PGA/ AAF with ADC AFE 72 16 to 34 (programmable) 1 to 12 (programmable) 67 68 3.5 Included 0.17 10 × 10 LFCSP — AD8283WBCPZ Digital Signal Processor (DSP) Part Number Description Function Operating Frequency (MHz) Core On-Chip L1 SRAM (kB) On-Chip L2 SRAM (MB) On-Chip L2 ROM (kB) On-Chip RAM (MB) On-Chip ROM (MB) Power (W) Package (mm) ECCN Code Ordering Part Number ADSP-2147x ADSP-2147x SHARC® DSP DSP 200 to 300 32-bit, 40-bit — — — 2 to 5 4 — LFCSP BGA 3A991.a.2 — ADSP-BF70x Low power ADSP-BF70x series of Blackfin+® embedded DSP processors with 512 kB L2 SRAM and DDR2/ LPDDR interface DSP 200 to 400 16-bit, 32-bit 136 256 512 — — <1 12 × 12 LFCSP, 12 × 12 BGA 5A992.c ADSP-BF702/ ADSP-BF703/ ADSP-BF704/ ADSP-BF705/ ADSP-BF706/ ADSP-BF707 52RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS RadioVerse Integrated Transceivers Part Number Product Features Functionality RF Tuning Range Bandwidth ↓ Rx Image Rejection (dBc)* Rx NF/IIP3** Tx OIP3 (dBm) Package Size (mm) DPD Engine SERDES Lanes AD9363 General-purpose SDR, low power, CMOS/LVDS digital 2 Rx, 2 Tx 325 MHz to 3.8 GHz 20 MHz 50 3 dB/–14 dBm 19 10 × 10 — — ADRV9002 Narrow-/wideband SDR, high dynamic range, CMOS/LVDS interface 2 Rx, 2 Tx (TDD/FDD) 30 MHz to 6 GHz 12 kHz to >40 MHz 80 to 90 12 dB/ +27 dBm 28 12 × 12 Yes, linearization Rx BW 40 MHz Yes, pins on each Tx and Rx channels ADRV9003 Narrow-/wideband SDR, high dynamic range, CMOS/LVDS interface 2 Rx, 1 Tx (TDD/FDD) 30 MHz to 6 GHz 12 kHz to >40 MHz 80 to 90 12 dB/ +27 dBm 28 12 × 12 No Yes, pins on each Tx and Rx channels ADRV9004 Narrow-/wideband SDR, high dynamic range, CMOS/LVDS interface 2 Rx, 2 Tx (TDD/FDD) 30 MHz to 6 GHz 12 kHz to >40 MHz 80 to 90 12 dB/ +27 dBm 28 12 × 12 No Yes, pins on each Tx and Rx channels AD9361 General-purpose SDR, low power, JESD207 CMOS/LVDS 2 Rx, 2 Tx 70 MHz to 6 GHz 56 MHz 50 3 dB/–14 dBm 19 10 × 10 — — AD9364 General-purpose SDR, low power, JESD207 CMOS/LVDS 1 Rx, 1 Tx 70 MHz to 6 GHz 56 MHz 50 3 dB/–14 dBm 19 10 × 10 — — AD9371 Improved dynamic range, scalable MIMO, 6 Gbps JESD204B 2 Tx, 2 Rx, ORx, and SnRx 300 MHz to 6 GHz 100 MHz Rx, 250 MHz Tx, ORx 75 13.5 dB/ +22 dBm 27 12 × 12 — 4 Rx, 4 Tx AD9375 Improved dynamic range, low power DPD, scalable MIMO, 6 Gbps JESD204B 2 Tx, 2 Rx, ORx, and SnRx 300 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx/ORx 75 13.5 dB/ +22 dBm 27 12 × 12 Linearization bandwidth up to 40 MHz 4 Rx, 4 Tx ADRV9008-1/ ADRV9008-2 Multichip sync for massive MIMO, integrated AGC, DC offset, QEC correction, digital filters, 12 Gbps JESD204B 2 Rx, 2 Tx, 1 ORx (FDD) 100 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx/ORx 75 12 dB/ +15 dBm 27 12 × 12 — 4 Rx, 4 Tx ADRV9009 Multichip sync for massive MIMO, integrated AGC, DC offset, QEC correction, digital filters, 12 Gbps JESD204B 2 Tx, 2 Rx (TDD) 100 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx/ORx 75 12 dB/ +15 dBm 27 12 × 12 — 4 Rx, 4 Tx ADRV9010 3G/4G/5G quad-channel, massive MIMO/small cell TDD RF transceiver 4 Tx, 4 Rx, 2 ORx 650 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx and ORx 75 12 dB/ +22 dBm 29 14 × 14 — 8 Rx, 8 Tx ADRV9026 3G/4G/5G quad-channel, massive MIMO TDD/FDD RF transceiver 4 Tx, 4 Rx, 2 ORx 75 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx 75 11.9 dB/ +21 dBm 28 14 × 14 — 4 Rx, 4 Tx ADRV9029 3G/4G/5G quad-channel, massive MIMO/small cell TDD and FDD RF transceiver with integrated DPD 4 Tx, 4 Rx, 2 ORx 75 MHz to 6 GHz 200 MHz Rx, 450 MHz Tx and ORx 75 11.9 dB/ +21 dBm 28 14 × 14 Linearization up to 200 MHz BW 4 Rx, 4 Tx * Typical performance at 2.6 GHz. ** Typical performance at 2.6 GHz, AD9361 assumes internal LNA; AD937x and ADRV9009 no internal LNA. 53VISIT ANALOG.COM/RF ADRV9002/ADRV9003/ADRV9004: Single- and Dual-Channel Narrow-Band and Wideband RF Transceiver Family Key Features ► Wide RF bandwidth: 30 MHz to 6000 MHz ► Transmitter and receiver bandwidth: 12 kHz to 40 MHz ► LVDS and CMOS synchronous serial data interface options ► 2 Tx/2 Rx channel configuration: ADRV9002 and ADRV9004 ► 1 Tx/1 Rx and 1 Tx/2 Rx channel configurations: ADRV9003 ► Fully integrated low phase noise fractional-N RF synthesizers ► Multichip synchronization capabilities ► Fast frequency hopping ► Integrated DPD for narrow-band and wideband waveform: ADRV9002 ► Low power and sleep modes ► Fully programmable via a 4-wire SPI ► 12 mm × 12 mm, 196-ball CSP_BGA Applications ► Mission critical communications ► VHF, UHF, and narrow-band cellular operation to 6 GHz ► TDD and FDD applications GPIO AUXADC AUXDAC Rx2 ADC ADC Offset DACs Rx1 ADRV9002/9003/9004 Tx2 DAC DAC Tx1 Arm M4 Calibration Control Gain Control Sleep Control DPD, GPIO, CTRL, SPI RF PLL 2 /2 RF PLL 1 Mux Tx1_LO Tx2_LO Rx1_LO Rx2_LO Mux Mux Mux Mux Mux /2 DDC, DEC, QEC DC-Offset, TONE-DET INTs, QEC, LOL, DPD Digital BB PLL CMOS SSI OR LVDS SSI RX DATA PORT CMOS SSI OR LVDS SSI TX DATA PORT RX1A+ RX1A– RX2A+ RX2A– RX1B+ RX1B– RX2B+ RX2B– TXA+ TXA– RX2+ RX2– EXT_LO_1 EXT_LO_2 DEV_CLK GPIOs CONTROL SPI PORT 54RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS ADRV9026: Wideband Integrated Quad RF Transceiver with Observation Path Key Features ► Center frequency: 75 MHz to 6 GHz ► Four differential transmitters and receivers ► Two observation receivers with two inputs each ► Fully integrated frac-N synthesizer and supports multichip LO phase synchronization ► Support for TDD and FDD applications ► Bandwidth: 200 MHz receiver, 450 MHz transmitter synthesis, and 450 MHz observation receiver ► Integrated AGC, DC offset, and quadrature error correction ► Interface: 24.33 Gbps JESD204B/JESD204C ► Package: 14 mm × 14 mm chip scale BGA ► Pin-compatible part ADRV9029 includes internal DPD and crest factor reduction capabilities Applications ► Macro base stations ► 5G massive MIMO ► Small cell designs ► Software-defined radios ► Military EW and ECM equipment 55VISIT ANALOG.COM/RF ADRV9026: Wideband Integrated Quad RF Transceiver with Observation Path SERDOUTA± SERDOUTB± SYNCOUT1± SYNCOUT2± ORX_CTRL_x RXx_EN GPINT2 GPINT1 TXx_EN RESET TEST_EN SPI_DIO SPI_DO SPI_EN SPI_CLK SYSREF± DEVCLK± GPIO_x AUXADC_x GPIO_ANA_x RX1+ RX1– RX2+ RX2– RX3+ RX3– RX4+ RX4– RX1, RX2, TX1, TX2, ORX1/ORX2 RX3, RX4, TX3, TX4, ORX3/ORX4 Mux LO 1 LO 2 Mux LO 1 LO 2 Mux LO 3 TX1+ TX1– TX2+ TX2– TX3+ TX3– TX4+ TX4– ORX1+ ORX1– ORX2+ ORX2– ORX3+ ORX3– ORX4+ ORX4– VIF VDIG_1P0 VDDA_1P32 VDDA_1P03 VDDA_1P81 ORX1/ORX2 Power Management SPI Port RF Synth LO 3 Microprocessor Control Interface Clock Generation and Synchronization GPIO Auxiliary ADC Auxiliary DAC SERDOUTC± SERDOUTD± SYNCIN1± SYNCIN2± SYNCIN3± SERDINA± SERDINB± SERDINC± SERDIND± 8 4 4 4 4 19 RF Synth RF Synth LO 1 LO 2 ¹ VDDA_1P8 represents VCONV1_1P8, VCONV2_1P8, VANA1_1P8,VANA2_1P8,VANA3_1P8, VANA4_1P8, and VJVCO_1P8. ²VDDA_1P3 represents VANA1_1P3, VANA2_1P3, VCONV1_1P3, VCONV2_1P3, VRFVCO1_1P3, VRFVCO2_1P3, VAUXVCO_1P3, VCLKVCO_1P3, RFSYN1_1P3, VRFSYN2_1P3, VCLKSYN_1P3,VAUXSYN_1P3, VRXLO_1P3, and VTXLO_1P3. ³VDDA_1P0 represents VJSYN_1P0, VDES_1P0, VTT_DES, and VSER_1P0. 90˚ 0˚ Rx2 ADC ADC Rx1 90˚ 0˚ Tx1 Tx2 DAC DAC 90˚ 0˚ ADC ADC Decimation, Programmable FIR, AGC, DC Offset, QEC, Tuning, RSSI, Overload Decimation, pFIR, DC Offset, QEC, Tuning, Overload JESD204B/ JESD204C Serial Interface pFIR, LO Leakage, QEC, Tuning, Interpolation 56RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range. PLL/Synthesizers Integer-N PLLs Part Number Description Frequency (GHz) Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4001 Integer-N 0.01 to 0.2 –217 — 2.7 to 5.5 4.5 4 × 4 LFCSP EAR99 ADF4001BCPZ-RL7 ADF4002*# Integer-N 0.005 to 0.4 –222 104 3 5 4 × 4 LFCSP EAR99 ADF4002BCPZ-RL7 ADF4110 Integer-N 0.05 to 0.55 –213 — 2.7 to 5.5 4.5 4 × 4 LFCSP EAR99 ADF4110BCPZ-RL7 ADF4116 Integer-N 0.08 to 0.55 –211 55 2.7 to 5.5 4.5 TSSOP EAR99 ADF4116BRUZ-REEL7 ADF4111 Integer-N 0.08 to 1.2 –213 — 2.7 to 5.5 4.5 TSSOP EAR99 ADF4111BRUZ-RL7 ADF4117 Integer-N 0.1 to 1.2 –213 55 2.7 to 5.5 4.5 TSSOP EAR99 ADF4117BRUZ ADF4212L Integer-N 0.2 to 2.4 –215 75 3 7.5 TSSOP EAR99 ADF4212LBRUZ HMC440 Integer-N 0.01 to 2.8 –233 1300 5 250 QSOP EAR99 HMC440QS16GE HMC4069 Integer-N 0.01 to 2.9 –233 1300 5 295 4 × 4 LFCSP EAR99 HMC4069LP4E ADF4118 Integer-N 0.1 to 3 –216 55 2.7 to 5.5 6.5 TSSOP EAR99 ADF4118YRUZ-RL7 ADF4113 Integer-N 0.2 to 3.7 –217 — 2.7 to 5.5 8.5 4 × 4 LFCSP EAR99 ADF4113BCPZ-RL7 ADF4113HV Integer-N 0.2 to 3.7 –212 5 2.7 to 5.5 11 4 × 4 LFCSP 5A991.b ADF4113HVBCPZ-RL7 LTC6945 Integer-N 0.35 to 6 –226 100 3.3 110 4 × 5 LFCSP EAR99 LTC6945IUFD#TRPBF ADF4106# Integer-N 0.5 to 6 –223 104 3 13 4 × 4 LFCSP EAR99 ADF4106BCPZ-R7 HMC698 Integer-N 0.08 to 7 –233 1300 5 310 5 × 5 LFCSP EAR99 HMC698LP5E HMC699 Integer-N 0.16 to 7 –233 1300 5 310 5 × 5 LFCSP EAR99 HMC699LP5E ADF4107 Integer-N 1 to 7 –223 104 3 17 4 × 4 LFCSP EAR99 ADF4107BCPZ-REEL7 ADF4007 Integer-N 1 to 7.5 –219 120 3 15 4 × 4 LFCSP EAR99 ADF4007BCPZ-RL7 ADF4108 Integer-N 1 to 8 –223 104 3 15 4 × 4 LFCSP EAR99 ADF4108BCPZ-RL7 Fractional-N/Integer-N PLLs Part Number Description Frequency (GHz) Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4252 Frac-N/int-N PLLs 0.25 to 3 –214 RF PFD 30 IF PFD 55 3 13 4 × 4 LFCSP EAR99 ADF4252BCPZ-R7 ADF4150HV Frac-N/int-N PLL, 30 V charge pump 0.3 to 3 –213 26 3.3 50 5 × 5 LFCSP EAR99 ADF4150HVBCPZ-RL7 ADF4193 Frac-N/int-N PLLs 0.4 to 3.5 –216 30 3 68 5 × 5 LFCSP EAR99 ADF4193BCPZ-RL7 ADF4151 Int-N and frac-N 0.5 to 3.5 –221 32 3.3 42 5 × 5 LFCSP EAR99 ADF4151BCPZ-RL7 ADF4153A Frac-N/int-N PLLs 0.5 to 4 –223 32 3 20 TSSOP EAR99 ADF4153ABRUZ ADF4153A Frac-N/int-N PLLs 0.5 to 4 –223 32 3 20 4 × 4 LFCSP EAR99 ADF4153ABCPZ-RL7 ADF4153 Frac-N/int-N PLLs 0.5 to 4 –220 32 3 20 TSSOP EAR99 ADF4153BRUZ-RL7 ADF4153 Frac-N/int-N PLLs 0.5 to 4 –220 32 3 20 4 × 4 LFCSP EAR99 ADF4153BCPZ-RL7 ADF4154 Frac-N/int-N PLLs 0.5 to 4 –220 32 3 20 TSSOP EAR99 ADF4154BRUZ-RL7 ADF4154 Frac-N/int-N PLLs 0.5 to 4 –220 32 3 20 4 × 4 LFCSP EAR99 ADF4154BCPZ-RL7 ADF4150 Frac-N/int-N PLLs 0.031 to 4.4 –223 32 3.3 50 4 × 4 LFCSP EAR99 ADF4150BCPZ-RL7 ADF4152HV Frac-N/int-N PLL, 30 V charge pump 0.5 to 5 –213 26 3.3 50 5 × 5 LFCSP EAR99 ADF4152HVBCPZ-RL7 LTC6947 Frac-N/int-N PLLs 0.35 to 6 –226 76/100 3.3 110 4 × 5 LFCSP EAR99 LTC6947IUFD#TRPBF ADF4196 Int-N and frac-N 0.4 to 6 –216 25 3 68 5 × 5 LFCSP 5A991.b ADF4196BCPZ-RL7 ADF4157 Frac-N/int-N PLLs 0.5 to 6 –211 32 3 23 TSSOP EAR99 ADF4157BRUZ-RL7 ADF4157 Frac-N/int-N PLLs 0.5 to 6 –211 32 3 23 4 × 4 LFCSP EAR99 ADF4157BCPZ-RL7 ADF4158 Int-N and frac-N 0.5 to 6.1 –216 32 3 23 4 × 4 LFCSP EAR99 ADF4158CCPZ-RL7 ADF4156 Frac-N 0.5 to 6.2 –220 32 3 26 TSSOP EAR99 ADF4156BRUZ-RL7 ADF4156 Frac-N 0.5 to 6.2 –220 32 3 26 4 × 4 LFCSP EAR99 ADF4156BCPZ-RL7 57VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. Fractional-N/Integer-N PLLs (Continued) Part Number Description Frequency (GHz) Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4155 Int-N and frac-N 0.5 to 8 –223 125 3.3 38 4 × 4 LFCSP EAR99 ADF4155BCPZ-RL7 ADF4159* Swept frequency int-N and frac-N 0.5 to 13 –224 110 3 33 4 × 4 LFCSP EAR99 ADF4159CCPZ-RL7 ADF4169* Frac-N/int-N PLLs 0.5 to 13.5 –224 130 3.3 65 4 × 4 LFCSP EAR99 ADF4169CCPZ-RL7 ADF41513 Frac-N/int-N 1 to 26.5 –235 250 3.3 95.1 4 × 4 LFCSP EAR99 ADF41513BCPZ Integer-N PLLs with Integrated VCOs Part Number Description Frequency (GHz) Open-Loop VCO Phase Noise @ 100 kHz (dBc/Hz) @ FOUT (GHz) Divider VCO Tuning Inductor Figure of Merit (dBc/Hz) PFDMAX (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number ADF4360-9* Int-N PLL with VCO ~0 to 0.2 –120 0.16 /2 to /62 Ext L sets frequency range –218 8 3.3 20 to 40 4 × 4 LFCSP EAR99 ADF4360-9BCPZRL7 ADF4360-8* Int-N PLL with VCO 0.065 to 0.4 –120 0.16 No Ext L sets frequency range –216 8 3.3 20 to 40 4 × 4 LFCSP EAR99 ADF4360-8BCPZRL7 ADF4360-6* Int-N PLL with VCO 1.05 to 1.25 –110 1.15 /1, /2 Internal –216 8 3.3 25 to 45 4 × 4 LFCSP EAR99 ADF4360-6BCPZRL7 ADF4360-5* Int-N PLL with VCO 1.2 to 1.4 –110 1.3 /1, /2 Internal –216 8 3.3 25 to 45 4 × 4 LFCSP EAR99 ADF4360-5BCPZRL7 ADF4360-4* Int-N PLL with VCO 1.45 to 1.75 –110 1.6 /1, /2 Internal –216 8 3.3 25 to 50 4 × 4 LFCSP EAR99 ADF4360-4BCPZRL7 ADF4360-7* Int-N PLL with VCO 0.35 to 1.8 –116 0.5 /1, /2 Ext L sets frequency range –216 8 3.3 25 to 45 4 × 4 LFCSP EAR99 ADF4360-7BCPZRL7 ADF4360-3* Int-N PLL with VCO 1.6 to 1.95 –110 1.8 /1, /2 Internal –216 8 3.3 25 to 50 4 × 4 LFCSP EAR99 ADF4360-3BCPZRL7 ADF4360-2* Int-N PLL with VCO 1.85 to 2.17 –110 2 /1, /2 Internal –216 8 3.3 25 to 50 4 × 4 LFCSP EAR99 ADF4360-2BCPZRL7 ADF4360-1* Int-N PLL with VCO 2.05 to 2.45 –110 2.25 /1, /2 Internal –216 8 3.3 25 to 50 4 × 4 LFCSP EAR99 ADF4360-1BCPZRL7 ADF4360-0* Int-N PLL with VCO 2.4 to 2.75 –110 2.6 /1, /2 Internal –216 8 3.3 25 to 50 4 × 4 LFCSP EAR99 ADF4360-0BCPZRL7 LTC6946-1 Int-N PLL with VCO 0.373 to 3.74 –110 3 /1 to /6 Internal –226 100 3.3/5 80/40 4 × 5 LFCSP EAR99 LTC6946IUFD-1#TRPBF LTC6946-2 Int-N PLL with VCO 0.513 to 4.91 –106 4 /1 to /6 Internal –226 100 3.3/5 80/40 4 × 5 LFCSP EAR99 LTC6946IUFD-2#TRPBF LTC6946-3 Int-N PLL with VCO 0.640 to 5.79 –103 5 /1 to /6 Internal –226 100 3.3/5 80/40 4 × 5 LFCSP EAR99 LTC6946IUFD-3#TRPBF LTC6946-4 Int-N PLL with VCO 0.700 to 6.39 –101 6 /1 to /6 Internal –226 100 3.3/5 80/40 4 × 5 LFCSP EAR99 LTC6946IUFD-4#TRPBF ADF4377 New Int-N PLL with VCO 0.8 to 12.8 –108 10 /1 to /8 Internal –239 500 3.3/5 370/145 7 × 7 LGA EAR99 ADF4377BCCZ 58RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS ADF4377: Microwave Wideband Integer-N Synthesizer with Integrated VCO Key Features ► RF operating bandwidth: 0.8 GHz to 12.8 GHz ► Integrated jitter: 18 fS rms (100 Hz to 100 MHz) ► Fundamental VCO frequency: 6.4 GHz to 12.8 GHz ► Wideband noise floor: –160 dBc/Hz at 12 GHz ► Normalized in-band PLL noise floor: –239 dBc/Hz ► Normalized in-band 1/f noise: –147 dBc/Hz ► Max phase detector frequency: 500 MHz ► Max input reference frequency: 1 GHz ► PFD spurs: –100 dBc typical ► Reference to output delay, temp drift: 0.03 ps/°C ► Reference to output delay, step size adjust: <±0.1 ps ► Multichip output phase alignment ► Power supply voltages: 5 V and 3.3 V ► 48-lead, 7 mm × 7 mm LGA Applications ► Test and measurement ► Wireless infrastructure ► High performance data converter and MxFE clocking CPREFN CSB SCLK SDIO V5_VCO V5_CP VTUNE ×2 EN_RDBLR ADF4377 REFP V3_LSV5_CAL Phase Frequency Detector SDO CE LKDET MUXOUT VCO 6.4 GHz to 12.8 GHz CLK1P CLK1N CLK2P CLK2N ENCLK1 ENCLK2 GND GND (15 Pins) PAD V3_LDOV3_REFV3_PFDV3_NDIV V3_CLKDIV 5V SUPPLY GROUPS 3.3V SUPPLY GROUPS V3_VCOV3_IN V3_CLK1 V3_CLK2 NC (2 Pins) DCLBIAS R_DIV ÷1 TO 63 N_INT ÷1 TO 4095 R_DEL 128 <1 ps Steps N_DEL 128 <1 ps Steps Charge Pump 0.79 mA to 11.1 mA ± Bleed Current INV_CLKOUT 0° or 180° CLKOUT_DIV ÷1/2/4/8Serial Port and Digital Temp Sensor 59VISIT ANALOG.COM/RF ADF4372: 62.5 MHz to 16.0 GHz PLL and Ultralow Phase Noise VCO ADF4371: 62.5 MHz to 32.0 GHz PLL and Ultralow Phase Noise VCO Best Harmonics, Excellent Phase Noise, Lowest Spurs, Widest Frequency Ranges, Integrated LO Supply Regulators Key Features ► RF bandwidth: ■ 62.5 MHz to 16 GHz (ADF4372) ■ 62.5 MHz to 32 GHz (ADF4371) ► Low phase noise VCO: ■ –111 dBc/Hz at 100 kHz offset at 8 GHz ■ –134 dBc/Hz at 1 MHz offset at 8 GHz ■ –105 dBc/Hz at 100 kHz offset at 16 GHz ■ –128 dBc/Hz at 1 MHz offset at 16 GHz ■ –98 dBc/Hz at 100 kHz offset at 32 GHz (ADF4371 only) ■ –122 dBc/Hz at 1 MHz offset at 32 GHz (ADF4371 only) ► Integrated jitter: 38 fS (1 kHz to 100 MHz integration bandwidth) ► FOM: –234 dBc/Hz (integer-N), –232 dBc/Hz (fractional-N) ► 1/f FOM: –127.4 dBc/Hz ► Integrated tracking filters to reduce subharmonics: ■ –55 dBc nominal 0.5 harmonic at 16 GHz ■ –30 dBc nominal 0.5 harmonic at 32 GHz (ADF4371 only) ► Low spurs: –100 dBc PFD spurs, –60 dBc IBS ► High max PFD frequency: 155 MHz (fractional-N), 250 MHz (integer-N) ► Phase adjust and resync ► Lock time: <30 μs with autocalibration bypassed ► Power supply: 3.3 V and 5 V ► 48-terminal, 7 mm × 7 mm LGA package Applications ► Microwave point-to-point and millimeter wave 5G radios ► Electronic test and measurement ► Wideband military radio, radar, ECM, VSAT, and EW MUXOUT ADF4372 R2_SW VCCREGOUT CPOUT VTUNE RF16P RF16N RF8P RF8N RF AUX8P RF AUX8N GND REFP REFN SCLK SDIO CS + Mux Charge Pump Multiplexer Phase Comparator Tracking Filter 8 GHz to 16 GHz 62.5 MHz to 8000 MHz 62.5 MHz to 8000 MHz Lock Detect Output Stage Output Stage Output Stage Mux VCC_CAL VCCVCO VCC_LDO VCCX1 VCCX2 VCCMUX VCC3V VDDNDIV VDD_LS VCCLDO3V VCCREF VDD_PFD VDD_VP 1/2/4/8/ 16/32/64 ×2 ×2 Doubler ÷2 Doubler 5-Bit R Counter VCO Core Low Noise LDO Third-Order Fractional Interpolator Data Register Function Latch Integer Reg Fraction Reg Modulus Reg N Counter 60RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS Wideband Fractional-N/Integer-N PLLs with Integrated VCOs Part Number Description Frequency (GHz) Open- Loop VCO Phase Noise @ 100 kHz (dBc/Hz) Open-Loop VCO Phase Noise @ 1 MHz (dBc/Hz) @ FOUT (GHz) Figure of Merit (dBc/Hz) PFDMAX Frac-N Mode (MHz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LTC6948-1 Wideband frac-N/ int-N PLL and VCO 0.373 to 3.74 –110 –130 3 –225 76 3.3/5 90/40 4 × 5 LFCSP EAR99 LTC6948IUFD-1#TRPBF ADF4351 Wideband frac-N/ int-N PLL and VCO 0.035 to 4.4 –114 –134 2.2 –221 32 3.3 112 to 148 5 × 5 LFCSP EAR99 ADF4351BCPZ ADF4355-2* Wideband frac-N/ int-N PLL and VCO 0.055 to 4.4 –120 –142 2.2 –223 125 3.3/5 110/80 5 × 5 LFCSP EAR99 ADF4355-2BCPZ ADF4350 Wideband frac-N/ int-N PLL and VCO 0.1375 to 4.4 –114 –134 2.2 –220 32 3.3 112 to 136 5 × 5 LFCSP EAR99 ADF4350BCPZ LTC6948-2 Wideband frac-N/ int-N PLL and VCO 0.513 to 4.91 –105 –128 4 –225 76 3.3/5 90/40 4 × 5 LFCSP EAR99 LTC6948IUFD-2#TRPBF LTC6948-3 Wideband frac-N/ int-N PLL and VCO 0.640 to 5.79 –103 –125 5 –225 76 3.3/5 90/40 4 × 5 LFCSP EAR99 LTC6948IUFD-3#TRPBF LTC6948-4 Wideband frac-N/ int-N PLL and VCO 0.700 to 6.39 –100 –122 6 –225 76 3.3/5 90/40 4 × 5 LFCSP EAR99 LTC6948IUFD-4#TRPBF ADF4355-3* Wideband frac-N/ int-N PLL and VCO 5.156 to 6.6 –118 –140 2.2 –223 125 3.3 146 5 × 5 LFCSP EAR99 ADF4355-3BCPZ ADF4356* Wideband frac-N/ int-N PLL and VCO 0.053 to 6.8 –115 –137 3.4 –227 125 3.3/5 110/80 5 × 5 LFCSP EAR99 ADF4356BCPZ ADF4355* Wideband frac-N/ int-N PLL and VCO 0.055 to 6.8 –116 –138 2.2 –223 125 3.3/5 110/80 5 × 5 LFCSP EAR99 ADF4355BCPZ ADF4368 Upcoming Wideband frac-N/ int-N PLL and VCO 0.8 to 12.8 –112 –133 6.8 -237 250 3.3/5 395/247 7 × 7 LGA EAR99 ADF4368BCCZ ADF5355* Wideband frac-N/ int-N PLL and VCO 0.053 to 13.6 –107 –129 10 –221 125 3.3/5 110/80 5 × 5 LFCSP EAR99 ADF5355BCPZ ADF5356* Wideband frac-N/ int-N PLL and VCO 0.053 to 13.6 –107 –129 10 –227 125 3.3/5 110/80 5 × 5 LFCSP EAR99 ADF5356BCPZ ADF4372* Wideband frac-N/ int-N PLL and VCO 0.062 to 16.0 –116 –137 8 –234 160 3.3/5 190/ 135 7 × 7 LGA EAR99 ADF4372BCCZ ADF4371* Wideband frac-N/ int-N PLL and VCO 0.062 to 32.0 –100 –123 24 –234 160 3.3/5 190/ 135 7 × 7 LGA EAR99 ADF4371BCCZ Translation Loop PLL+VCO Module Part Number Description Frequency (GHz) Integrated VCO Frequency Ref Input (MHz) Phase Noise @ 10 kHz Offset, 6.45 GHz (dBc/Hz) IS (mA) VS (V) Package (mm) ECCN Code Ordering Part Number ADF4401A Translation loop PLL+VCO module 0.0625 to 8 Yes 10 to 500 –135 0.34/0.43 5.0/3.3 18 × 18 LGA_CAV EAR99 ADF4401ABCEZ  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. 61VISIT ANALOG.COM/RF ADF4401A: Translation Loop, PLL, VCO Module Key Features ► RF output frequency range: 62.5 MHz to 8000 MHz ► 9 fS rms jitter at 8 GHz output ► 17 dBm IF output power at 6 GHz RF output ► 90 dBc LO_IN to RF output ► 90 dBc spurious-free dynamic range ► Low phase noise, voltage controlled oscillator ► Programmable divide by 1, 2, 4, 8, 16, 32, or 64 output ► 3.3 V analog, digital, and mixer power supplies ► 5 V amplifier and VCO power supply ► RF output mute function ► 18.00 mm × 18.00 mm, 80-terminal LGA_CAV ► Supported in the ADIsimPLL design tool Applications ► Instrumentation and measurement ► Automated test equipment ► Aerospace and defense VTUNE Mixer LO LO_IN LPF RF IF IFOUT HPF RF8P, RF8N ADF4401A REFP, REFN VCO Calibration LPF Amp Amp CPOUT ÷1, 2, 4, 8, 16, 32, 64 62RF, MICROWAVE, AND MILLIMETER WAVE PRODUCTS ADF4368: Microwave Wideband Fractional-N Synthesizer with Integrated VCO Upcoming Key Features ► RF operating bandwidth: 0.8 GHz to 12.8 GHz ► Integrated jitter: 30 fS rms (100 Hz to 100 MHz) ► Fundamental VCO frequency: 6.4 GHz to 12.8 GHz ► 25-bit fixed, 42-bit combined fractional modulus ► Wideband noise floor: –160 dBc/Hz at 12.8 GHz ► Normalized in-band PLL noise floor: –237 dBc/ Hz (frac-N mode) ► Normalized in-band 1/f noise: –147 dBc/Hz ► Max phase detector frequency: 250 MHz (frac-N mode) ► Max input reference frequency: 4 GHz ► PFD spurs: –95 dBc typical ► Reference to output delay, temp drift: 0.06 ps/°C ► Reference to output delay, step size adjust: <1 ps ► Multichip output phase alignment ► Power supply voltages: 5 V and 3.3 V ► 48-lead, 7 mm × 7 mm LGA Applications ► Test and measurement ► Wireless infrastructure ► Aerospace and defense V5_VCO V5_CP ×2 EN_RDBLR Phase Synchronization ADF4368 V3_LSV5_CAL Phase Comparator VCO 6.4 GHz to 12.8 GHz GND GND (15 PINS) PAD V3_LDOV3_REFV3_PFDV3_NDIV V3_OUTDIV 5 V Supply Groups 3.3 V Supply Groups V3_VCOV3_SYNC V3_RFOUT1 V3_RFOUT2 NC (2 PINS) R_DIV ÷1 TO 63 N_INT Sigma-Delta Charge Pump 0.79mA to 11.1mA ± Bleed Current INV_RFOUT 0° or 180° RFOUT_DIV ÷1/2/4/8 Serial Port and Digital Temp Sensor REFN CSB SCLK SDIO REFP SDO CE LKDET MUXOUT DCLBIAS SYNCN SYNCP CP VTUNE RFOUT1P RFOUT1N RFOUT2P RFOUT2N ENRFOUT1 ENRFOUT2 63VISIT ANALOG.COM/RF Voltage Controlled Oscillators Lowest Bias Current Narrow-Band VCOs Part Number Description Frequency (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC384 With buffer 2.05 to 2.25 –89 –112 3.5 0 to 10 3 35 4 × 4 LFCSP EAR99 HMC384LP4E HMC385 With buffer 2.25 to 2.5 –89 –115 4.5 0 to 10 3 35 4 × 4 LFCSP EAR99 HMC385LP4E HMC386 With buffer 2.6 to 2.8 –88 –115 5 0 to 10 3 35 4 × 4 LFCSP EAR99 HMC386LP4E HMC416 With buffer 2.75 to 3 –89 –114 4.5 0 to 10 3 37 4 × 4 LFCSP EAR99 HMC416LP4E HMC388 With buffer 3.15 to 3.4 –88 –113 4.9 0 to 10 3 39 4 × 4 LFCSP EAR99 HMC388LP4E HMC389 With buffer 3.35 to 3.55 –89 –112 4.7 0 to 10 3 41 4 × 4 LFCSP EAR99 HMC389LP4E HMC390 With buffer 3.55 to 3.9 –87 –112 4.7 0 to 10 3 42 4 × 4 LFCSP EAR99 HMC390LP4E HMC391 With buffer 3.9 to 4.45 –81 –106 5 0 to 10 3 30 4 × 4 LFCSP EAR99 HMC391LP4E HMC429 With buffer 4.45 to 5 –79 –105 4 0 to 10 3 30 4 × 4 LFCSP EAR99 HMC429LP4E HMC430 With buffer 5 to 5.5 –80 –103 2 0 to 10 3 27 4 × 4 LFCSP EAR99 HMC430LP4E HMC431 With buffer 5.5 to 6.1 –80 –102 2 0 to 10 3 27 4 × 4 LFCSP EAR99 HMC431LP4E HMC466* With buffer 6.1 to 6.72 –73 –101 4.5 0 to 10 3 13 4 × 4 LFCSP EAR99 HMC466LP4E HMC358 With buffer 5.8 to 6.8 –82 –110 11 0 to 10 3 100 MSOP EAR99 HMC358MS8GE HMC505* With buffer 6.8 to 7.4 –80 –106 11 1 to 11 3 80 4 × 4 LFCSP EAR99 HMC505LP4E HMC532 With buffer 7.1 to 7.9 –80 –101 14 1 to 13 3 85 4 × 4 LFCSP EAR99 HMC532LP4E HMC506* With buffer 7.8 to 8.7 –80 –103 14 1 to 11 3 77 4 × 4 LFCSP EAR99 HMC506LP4E Highest Performance and Lowest Phase Noise Narrow-Band VCOs Part Number Description Frequency (GHz) Primary Divide Output (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC507* With f0/2 6.65 to 7.65 3.325 to 3.825 –90 –115 16 2 to 13 5 230 5 × 5 LFCSP EAR99 HMC507LP5E HMC508* With f0/2 7.3 to 8.2 3.65 to 4.1 –90 –116 17 2 to 13 5 240 5 × 5 LFCSP EAR99 HMC508LP5E HMC509* With f0/2 7.8 to 8.8 3.9 to 4.4 –90 –115 15 2 to 13 5 250 5 × 5 LFCSP EAR99 HMC509LP5E HMC1160* With f0/2 8.45 to 9.3 4.225 to 4.65 –90 –116 17 2 to 13 5 260 5 × 5 LFCSP EAR99 HMC1160LP5E HMC510* With f0/2 and divide by 4 8.45 to 9.55 4.225 to 4.775 –92 –116 15 2 to 13 5 315 5 × 5 LFCSP EAR99 HMC510LP5E HMC1161* With f0/2 8.71 to 9.55 4.355 to 4.775 –90 –115 11 2 to 13 5 250 5 × 5 LFCSP EAR99 HMC1161LP5E HMC1162* With f0/2 9.25 to 10.1 4.625 to 5.05 –86 –115 11 2 to 13 5 230 5 × 5 LFCSP EAR99 HMC1162LP5E HMC511* With f0/2 9.05 to 10.15 4.525 to 5.075 –88 –115 16 2 to 13 5 265 5 × 5 LFCSP EAR99 HMC511LP5E HMC1163* With f0/2 9.65 to 10.41 4.825 to 5.205 –87 –114 11 2 to 13 5 205 5 × 5 LFCSP EAR99 HMC1163LP5E HMC530* With f0/2 and divide by 4 9.5 to 10.8 4.75 to 5.4 –85 –110 14 2 to 13 5 350 5 × 5 LFCSP EAR99 HMC530LP5E HMC512* With f0/2 and divide by 4 9.6 to 10.8 4.8 to 5.4 –85 –111 15 2 to 13 5 330 5 × 5 LFCSP EAR99 HMC512LP5E HMC1164* With f0/2 10.38 to 11.3 5.19 to 5.65 –86 –114 8 2 to 13 5 200 5 × 5 LFCSP EAR99 HMC1164LP5E HMC513* With f0/2 and divide by 4 10.43 to 11.46 5.215 to 5.73 –85 –110 10 2 to 13 5 275 5 × 5 LFCSP EAR99 HMC513LP5E HMC1165* With f0/2 11.07 to 11.62 5.535 to 5.81 –88 –113 8 2 to 13 5 210 5 × 5 LFCSP EAR99 HMC1165LP5E HMC534* With f0/2 and divide by 4 10.6 to 11.8 5.3 to 5.9 –82 –110 14 2 to 13 5 350 5 × 5 LFCSP EAR99 HMC534LP5E HMC514* With f0/2 and divide by 4 11.17 to 12.02 5.585 to 6.01 –87 –110 10 2 to 13 3 275 5 × 5 LFCSP 3A001.a.11.b HMC514LP5E HMC582* With f0/2 and divide by 4 11.1 to 12.4 5.55 to 6.2 –83 –110 12 2 to 13 5 350 5 × 5 LFCSP EAR99 HMC582LP5E HMC515* With f0/2 and divide by 4 11.5 to 12.5 5.75 to 6.25 –83 –110 15 2 to 13 5 200 5 × 5 LFCSP EAR99 HMC515LP5E HMC1166* With f0/2 11.41 to 12.62 5.705 to 6.31 –89 –115 11 2 to 13 5 220 5 × 5 LFCSP EAR99 HMC1166LP5E  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools.* = X-Microwave. 64RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Highest Performance and Lowest Phase Noise Narrow-Band VCOs (Continued) Part Number Description Frequency (GHz) Primary Divide Output (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC583* With f0/2 and divide by 4 11.5 to 12.8 5.75 to 6.4 –80 –110 13 2 to 13 5 350 5 × 5 LFCSP EAR99 HMC583LP5E HMC1167* With f0/2 12.17 to 13.3 6.085 to 6.65 –86 –113 10.5 2 to 13 5 200 5 × 5 LFCSP EAR99 HMC1167LP5E HMC529* With f0/2 and divide by 4 12.4 to 13.4 6.2 to 6.7 –83 –110 10 2 to 13 5 260 5 × 5 LFCSP EAR99 HMC529LP5E HMC1168* With f0/2 12.47 to 13.72 6.235 to 6.86 –85 –113 10 2 to 13 5 190 5 × 5 LFCSP EAR99 HMC1168LP5E HMC584* With f0/2 and divide by 4 12.5 to 13.9 6.25 to 6.95 –81 –110 14 2 to 13 5 330 5 × 5 LFCSP EAR99 HMC584LP5E HMC1169* With f0/2 12.92 to 14.07 6.46 to 7.035 –86 –113 11.5 2 to 13 5 220 5 × 5 LFCSP EAR99 HMC1169LP5E HMC531* With f0/2 and divide by 4 13.6 to 14.9 6.8 to 7.45 –81 –110 10 2 to 13 5 330 5 × 5 LFCSP EAR99 HMC531LP5E HMC632* With f0/2 and divide by 4 14.25 to 15.65 7.125 to 7.825 –80 –107 12 2 to 13 5 350 5 × 5 LFCSP EAR99 HMC632LP5E Highest Output Power and Highest Frequency Narrow-Band VCOs Part Number Description Frequency (GHz) Primary Divide Output (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC734* With divide by 4 8.6 to 10.2 2.15 to 2.55 –70 –100 22 1 to 13 5 218 5 × 5 LFCSP EAR99 HMC734LP5E HMC735* With divide by 4 10.5 to 12.2 2.625 to 3.05 –75 –100 21 1 to 13 5 217 5 × 5 LFCSP EAR99 HMC735LP5E HMC736* With f0/2 14.5 to 15 7.25 to 7.5 –80 –105 9 1 to 13 4.2 150 4 × 4 LFCSP EAR99 HMC736LP4E HMC738* With f0/2 and divide by 16 20.9 to 23.9 10.45 to 11.95 –65 –95 15 1 to 13 5 200 4 × 4 LFCSP EAR99 HMC738LP4E HMC533* With divide by 16 23.8 to 24.8 1.4875 to 1.55 –70 –95 12 1 to 13 5 220 4 × 4 LFCSP EAR99 HMC533LP4E HMC739* With f0/2 and divide by 16 23.8 to 26.8 11.9 to 13.4 –64 –93 14 1 to 13 5 200 4 × 4 LFCSP EAR99 HMC739LP4E Ultrawideband VCOs with Octave Bandwidth Coverage Part Number Description Frequency (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC6475 WB VCO with buffer 3.9 to 7.5 –79 –106 5 0 to 23 5 53 4 × 4 CLCC EAR99 HMC6475LC4B HMC586* Wideband VCO 4 to 8 –75 –100 5 0 to 18 5 55 4 × 4 LFCSP EAR99 HMC586LC4B HMC587* Wideband VCO 5 to 10 –65 –95 5 0 to 18 5 55 4 × 4 LFCSP EAR99 HMC587LC4B HMC732* Wideband VCO 6 to 12 –65 –95 1 0 to 23 5 57 4 × 4 LFCSP EAR99 HMC732LC4B HMC8074 Quad-band VCO 8.3 to 15.2 –68 –98 0 0.5 to 13 4.75 (5 max) 60 6 × 6 LFCSP EAR99 HMC8074LP6GE HMC6380* WB VCO with buffer 8 to 16 –64 –92 6 0 to 23 5 75 4 × 4 CLCC EAR99 HMC6380LC4B HMC8362 Quad-band VCO 11.9 to 18.3 –70 –97.5 –4 to +8 1 to 13.5 5 72 6 × 6 QFN EAR99 HMC8362LP6GE HMC733* Wideband VCO 10 to 20 –60 –90 3 –0.25 to +23 5 70 4 × 4 LFCSP EAR99 HMC733LC4B ADF5709 Ultrawideband VCO 9.85 to 20.5 –51 –83 0 –0.5 to 23 5 70 3.9 × 3.9 LCC EAR99 ADF5709BEZ HMC8364 Quad-band VCO 18.1 to 26.6 –63.5 –91.5 –8 to +4 1 to 13.5 5 99 6 × 6 QFN EAR99 HMC8364LP6GE  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools.* = X-Microwave. 65VISIT ANALOG.COM/RF Quad-Band VCOs for Improved Phase Noise Part Number Description Frequency (GHz) VCO Phase Noise @ 10 kHz (dBc/Hz) VCO Phase Noise @ 100 kHz (dBc/Hz) POUT (dBm) VTUNE (V) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC8074 Quad-band VCO 8.3 to 15.2 –68 –98 0 0.5 to 13 4.75 (5 max) 60 6 × 6 LFCSP EAR99 HMC8074LP6GE HMC8362 Quad-band VCO 11.9 to 18.3 –70 –97.5 –4 to +8 1 to 13.5 5 72 6 × 6 QFN EAR99 HMC8362LP6GE HMC8364 Quad-band VCO 18.1 to 26.6 –63.5 –91.5 –8 to +4 1 to 13.5 5 99 6 × 6 QFN EAR99 HMC8364LP6GE HMC8362: 11.90 GHz to 18.30 GHz Quad-Band VCO HMC8364: 18.10 GHz to 26.60 GHz Quad-Band VCO Key Features ► Set of four narrow-band VCOs with consistent sensitivity vs. frequency ► RF and tuning ports common to all four VCOs RF output operate from fundamental oscillators with no subharmonic oscillations ► Up to 8 dBm RF output power (HMC8362) ► Up to 4 dBm RF output power (HMC8364) ► Power mute capability ► No external resonator required ► 40-lead, 6 mm × 6 mm LFCSP Applications ► Electronic test and measurement ► Industrial and medical instrumentation ► Point-to-point and multipoint radios ► Aerospace and defense ► Wireless communication infrastructure 1NIC 2GND 3NIC 4GND 5RFOUT 6GND 7NIC 8VCB 9NIC 10NIC VC3 GND VC2 GND VTUNE GND VC111.90 GHz to 13.70 GHz 13.50 GHz to 15.40 GHz 15.20 GHz to 17.15 GHz 16.95 GHz to 18.30 GHz 30 NICHMC8362 VC4 NIC GND Package Base 11NIC 12NIC 13NIC 15NIC 17NIC 16NIC 18NIC 19NIC 20NIC 14NIC 33 NIC 34 NIC 35 NIC 36 NIC 37 NIC 38 NIC 39 NIC 40 NIC 32 NIC 31 NIC 29 23 24 25 26 27 28 22 21 66RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Frequency Dividers, Multipliers, and Detectors Frequency Dividers, Prescalers, and Counters Part Number Description Input Frequency (GHz) ↓ Output Frequency (GHz) Input Power (dBm) Output Power (dBm) Phase Noise @ 100 kHz Offset (dBc/Hz) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC394 5-bit counter, divide by n = 2 to 32 0.1 to 2.2 Variable –15 to +10 4 –153 5 194 4 × 4 LFCSP EAR99 HMC394LP4E HMC905* Programmable divide by n = 1 to 4 0.4 to 6 Variable 0 to +10 3 –158 3.3 100 3 × 3 LFCSP EAR99 HMC905LP3E HMC705* Programmable divide by n = 1 to 17 0.1 to 6.5 Variable –15 to +10 0 –153 5 190 4 × 4 LFCSP EAR99 HMC705LP4E HMC437* Fixed divide by 3 0 to 7 0 to 2.334 –12 to +12 –1 –153 5 69 MSOP EAR99 HMC437MS8GE HMC438* Fixed divide by 5 0 to 7 0 to 1.4 –15 to +10 –1 –153 5 80 MSOP EAR99 HMC438MS8GE HMC432* Fixed divide by 2 0 to 8 0 to 4 –12 to +12 –3 –148 3 42 SOT-26 EAR99 HMC432E HMC433* Fixed divide by 4 0 to 8 0 to 2 –12 to +12 –2 –150 3 53 SOT-26 EAR99 HMC433 HMC434*# Fixed divide by 8 0 to 8 0 to 1 –10 to +12 –2 –150 3 62 SOT-26 EAR99 HMC434E HMC361* Fixed divide by 2 0 to 10 0 to 5 –15 to +10 3 –148 5 83 SOIC EAR99 HMC361S8GE HMC361 Fixed divide by 2 0 to 12 0 to 6 –15 to +10 3 –148 5 83 Die EAR99 HMC361 HMC362* Fixed divide by 4 0 to 12 0 to 3 –15 to +10 –6 –149 5 68 SOIC EAR99 HMC362S8GE HMC362 Fixed divide by 4 0 to 12 0 to 3 –15 to +10 –6 –149 5 68 Die EAR99 HMC362 HMC363* Fixed divide by 8 0 to 12 0 to 1.5 –15 to +10 –6 –153 5 90 Die EAR99 HMC363 HMC363* Fixed divide by 8 0 to 12 0 to 1.5 –15 to +10 4 –153 5 90 Hermetic SMT EAR99 HMC363G8 HMC363* Fixed divide by 8 0 to 12 0 to 1.5 –15 to +10 –6 –153 5 90 SOIC EAR99 HMC363S8GE HMC361* Fixed divide by 2 0 to 13 0 to 6.5 –15 to +10 4 –148 5 83 Hermetic SMT EAR99 HMC361G8 HMC365 Fixed divide by 4 0 to 13 0 to 3.25 –15 to +10 5 –151 5 120 Die EAR99 HMC365 HMC365* Fixed divide by 4 0 to 13 0 to 3.25 –15 to +10 7 –151 5 120 Hermetic SMT EAR99 HMC365G8 HMC365* Fixed divide by 4 0 to 13 0 to 3.25 –15 to +10 5 –151 5 120 SOIC EAR99 HMC365S8GE HMC492* Fixed divide by 2 0 to 18 0 to 9 –20 to +10 –4 –150 5 78 3 × 3 LFCSP EAR99 HMC492LP3E HMC493* Fixed divide by 4 0 to 18 0 to 4.5 –20 to +10 –4 –150 5 96 3 × 3 LFCSP EAR99 HMC493LP3E HMC494* Fixed divide by 8 0 to 18 0 to 2.25 –20 to +10 –4 –150 5 103 3 × 3 LFCSP EAR99 HMC494LP3E ADF5000* Fixed divide by 2 4 to 18 2 to 9 –10 to +10 –5 –147 3.3 30 3 × 3 LFCSP EAR99 ADF5000BCPZ-RL7 ADF5001* Fixed divide by 4 4 to 18 2 to 4.5 –10 to +10 –5 –150 3.3 30 3 × 3 LFCSP EAR99 ADF5001BCPZ-RL7 ADF5002* Fixed divide by 8 4 to 18 0.5 to 2.25 –10 to +10 –5 –153 3.3 30 3 × 3 LFCSP EAR99 ADF5002BCPZ-RL7 HMC862A* Programmable divider n = 1 to 8 0.1 to 24 Variable –5 to +10 –3 to +6 –153 5 73 3 × 3 LFCSP EAR99 HMC862ALP3E HMC447* Fixed divide by 4 10 to 26 2.5 to 5.5 –15 to +10 –4 –150 5 96 3 × 3 LFCSP EAR99 HMC447LC3 * = X-Microwave. # = Offered in extended temperature range. 67VISIT ANALOG.COM/RF Frequency Multipliers—Active Part Number Description Input Frequency (GHz) Output Frequency (GHz) ↓ Input Power (dBm) Output Power (dBm) 100 kHz Phase Noise (dBc/Hz) VS (V) IS (mA) Package (mm) ECCN |Code Ordering Part Number HMC1096 ×2 active 1.9 to 2.8 3.7 to 5.6 0 12 –142 5 100 3 × 3 LFCSP EAR99 HMC1096LP3E HMC575 ×2 active 3 to 4.5 6 to 9 3 17 –140 5 90 4 × 4 LFCSP EAR99 HMC575LP4E HMC445* ×16 active 0.61875 to 0.6875 9.9 to 11 –15 7 –130 5 78 4 × 4 LFCSP EAR99 HMC445LP4E HMC443* ×4 active 2.45 to 2.8 9 to 11.2 –15 4 –142 5 52 4 × 4 LFCSP EAR99 HMC443LP4E HMC444* ×8 active 1.2375 to 1.4 9.9 to 11.2 –15 6 –136 5 68 4 × 4 LFCSP EAR99 HMC444LP4E HMC369 ×2 active 4.95 to 6.35 9.9 to 12.7 0 4 –142 5 46 3 × 3 LFCSP EAR99 HMC369LP3E HMC695* ×4 active 2.85 to 3.3 11.4 to 13.2 –15 7 –140 5 60 4 × 4 LFCSP EAR99 HMC695LP4E HMC368 ×2 active 4.5 to 8 9 to 16 2 13 –140 5 75 4 × 4 LFCSP EAR99 HMC368LP4E HMC370* ×4 active 3.6 to 4.1 14.4 to 16.4 –15 0 –140 5 55 4 × 4 LFCSP EAR99 HMC370LP4E HMC561 ×2 active 4 to 10.5 8 to 21 5 17 –139 5 98 Die EAR99 HMC561 HMC561* ×2 active 4 to 10.5 8 to 21 5 17 –139 5 98 3 × 3 LFCSP EAR99 HMC561LP3E HMC573* ×2 active 4 to 11 8 to 22 5 12 –134 5 92 3 × 3 LFCSP EAR99 HMC573LC3B HMC814 ×2 active 6.5 to 12.3 13 to 24.6 4 17 –136 5 88 Die EAR99 HMC814 HMC814* ×2 active 6.5 to 12.3 13 to 24.6 4 17 –136 5 88 3 × 3 LFCSP EAR99 HMC814LC3B HMC448 ×2 active 9.5 to 12.5 19 to 25 0 11 –135 5 48 Die EAR99 HMC448 HMC448* ×2 active 10 to 12.5 20 to 25 0 11 –135 5 48 3 × 3 LCC EAR99 HMC448LC3B HMC576* ×2 active 9 to 14.5 18 to 29 3 17 –132 5 82 Die EAR99 HMC576 HMC576* ×2 active 9 to 14.5 18 to 29 3 17 –132 5 82 3 × 3 LFCSP EAR99 HMC576LC3B HMC942* ×2 active 12 to 15.5 25 to 31 4 17 — 4.5 214 4 × 4 LFCSP EAR99 HMC942LP4E HMC577* ×2 active 13.5 to 15.5 27 to 31 5 20 –128 5 213 4 × 4 LFCSP EAR99 HMC577LC4B HMC578* ×2 active 12 to 16.5 24 to 33 3 17 –132 5 81 Die EAR99 HMC578 HMC578* ×2 active 12 to 16.5 24 to 33 3 17 –132 5 81 3 × 3 LFCSP EAR99 HMC578LC3B ADAR2001 4× active 2.5 to 10 10 to 40 –20 5 –120 2.5 180 6 × 6 LGA EAR99 ADAR2001ACCZ HMC8342 ×2 active 11 to 21 22 to 42 5 15 –138 5 169 6 × 6 LCC EAR99 HMC8342LS6 HMC598* ×2 active 11 to 23 22 to 46 5 15 — 5 175 Die EAR99 HMC598 HMC579* ×2 active 16 to 23 32 to 46 3 9 –127 5 70 Die EAR99 HMC579 HMC1110* ×6 active 11.83 to 14.33 71 to 86 3 13 — 4 255 Die EAR99 HMC1110 HMC8342: GaAs MMIC ×2 Active Frequency Multiplier, 22 GHz to 42 GHz Output Key Features ► High output power: 15 dBm typical at RFIN = 16 GHz ► Low input power drive: 5 dBm typical ► Fundamental RF input isolation: at RF output: –23 dBc at 30 GHz ► 16-lead, 6 mm × 6 mm LCC_HS Applications ► High speed clock generation ► Point-to-point, MMW 5G and VSAT radios ► Test instrumentation ► Military radar Package Base GND 1 VDD1 2 VDD3 3 5 4NIC NIC NIC NIC 6 GND 7 RFIN 8 GND 9 NIC 10 VGG1 VGG211 12 13 VDD2 14 15 GND 16 RFOUT GND HMC8342 ×2 * = X-Microwave. 68RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Frequency Multipliers—Passive Part Number Description Input Frequency (GHz) Output Frequency (GHz) ↓ Input Drive (dBm) Conversion Loss (dB) 1 F0 Isolation (dB) 4 F0 Isolation (dB) Package (mm) ECCN Code Ordering Part Number HMC-XDB112 ×2 passive 10 to 15 20 to 30 10 to 15 13 30 — Die 5A991.h HMC-XDB112 HMC1105* ×2 passive 20 to 40 40 to 80 11 to 15 11 41 46 Die EAR99 HMC1105 HMC-XTB110 ×3 passive 24 to 30 72 to 90 10 to 15 19 — — Die 5A991.h HMC-XTB110 Phase Frequency Detectors Part Number Description Input Frequency (GHz) Input Power (dBm) 10 kHz Phase Noise (dBc/Hz) Output Level (mA) VCC (V) ICC (mA) Package (mm) ECCN Code Ordering Part Number HMC439 Ultralow phase noise 0.01 to 1.3 –10 to +10 –153 2 V p-p 5 96 QSOP EAR99 HMC439QS16GE HMC3716* Ultralow phase noise 0.01 to 1.3 –10 to +5 –153 2 V p-p 5 115 4 × 4 LFCSP EAR99 HMC3716LP4E 69VISIT ANALOG.COM/RF Tunable Filters Analog Tunable Low-Pass/Band-Pass Filters Part Number Description Frequency (GHz) Control Cutoff Freq Range (MHz) Stop Band Frequency (Rej > 20 dB) Tuning Response (ns) Insertion Loss (dB) Package (mm) ECCN Code Ordering Part Number HMC890A Tunable band-pass filter 1 to 1.9 fC and BW, analog 0 V to 14 V 10% fC ±10% fC 200 12 5 × 5 LFCSP EAR99 HMC890ALP5E HMC891A Tunable band-pass filter 1.95 to 3.4 fC and BW, analog 0 V to 14 V 9% fC ±10% fC 200 8 5 × 5 LFCSP EAR99 HMC891ALP5E HMC881A Tunable low-pass filter 0 to 4 fC, analog 0 V to 14 V 2.4 to 4 1.35 × f3dB 200 3 5 × 5 LFCSP EAR99 HMC881ALP5E HMC892A Tunable band-pass filter 3.45 to 6.25 fC and BW, analog 0 V to 14 V 8.7% fC ±10% fC 200 9.5 5 × 5 LFCSP EAR99 HMC892ALP5E HMC882A Tunable low-pass filter 3.95 to 6.9 fC, analog 0 V to 14 V 3.95 to 6.9 1.28 × f3dB 200 3 5 × 5 LFCSP EAR99 HMC882ALP5E ADMV8416* Tunable band-pass filter 6 to 18 fC, 0 V to 15 V, high/ low band 16% fC 0.8 × fC, 1.17 × fC 200 8 6 × 6 LFCSP EAR99 ADMV8416ACPZ ADMV8420 Tunable band-pass filter 10 to 21.7 fC, analog 0 V to 15 V 20% 0.72 × fC, 1.24 × fC 200 5 4 × 4 LFCSP EAR99 ADMV8420ACPZ ADMV8420 New Tunable band-pass filter 10 to 22.8 fC, analog 0 V to 15 V 20% 0.72 × fC, 1.24 × fC 200 5 Die EAR99 ADMV8420CHIPS ADMV8432* Tunable band-pass filter 16 to 32 fC, 0 V to 15 V, high/ low band 17% fC 0.75 × fC, 1.25 × fC 200 9 6 × 6 LFCSP EAR99 ADMV8432ACPZ Digital Tunable Filters Part Number Description Frequency (GHz) Number of Bands Wideband Rejection (dB) Interface Return Loss (dB) BP Insertion Loss @ Mid-Band (dB) Package (mm) ECCN Code Ordering Part Number ADMV8052 Upcoming Digital tunable BP/LP/HP filter 0.03 to 0.52 3 20 SPI 20 1 22 × 22 LGA EAR99 ADMV8052ACCZ ADMV8526 New Digital tunable band-pass filter 1.25 to 2.60 1 20 SPI 20 4 10 × 10 LGA EAR99 ADMV8526ACCZ ADMV8913# Digital tunable band-pass filter 6.6 to 11.9 1 >35 SPI, parallel 16.5 5.3 6 × 3 LGA EAR99 ADMV8913SCCZ-EP ADMV8818# Digital tunable BP/LP/HP filter 2 to 18 4 >35 SPI 10 9 9 × 9 LGA EAR99 ADMV8818SCCZ # = Offered in extended temperature range. * = X-Microwave. 70RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADMV8818: 2 GHz to 18 GHz, Digitally Tunable, High-Pass and Low-Pass Filter Key Features ► Digitally tunable, multioctave, high-pass and low-pass tuning ► Independent 3 dB frequency control for up to 4 GHz of bandwidth ► Optimal wideband rejection: 35 dB ► Single chip replacement for discrete filter banks ► Compact 9 mm × 9 mm, 56-terminal LGA package Applications ► Test and measurement equipment ► Military radar, electronic warfare, and electronic countermeasures ► Satellite communications and space ► Industrial and medical equipment SPI ADMV8818GND GND GND GND GND GND RFIN GND GND GND GND GND GND RST 15 16 17 18 19 20 21 22 23 24 25 26 27 28 GND SCLK GND CS GND GND GND GND SDO SDI SFL GND GND GND 56 55 54 53 52 51 50 49 48 47 46 45 44 43 GND GND GND GND GND GND GND GND GND GND GND GND GND GND 29 30 31 32 33 34 35 36 37 38 39 40 41 42 GND VSS1 (–2.5 V) GND VDD2 (+3.3 V) GND GND RFOUT GND GND GND GND VDD1 (+2.5 V) GND GND Bypass 2 Bypass 2 1 3 4 3 1 4 14 13 12 11 10 9 8 7 5 4 3 2 1 6 71VISIT ANALOG.COM/RF ADMV8526: 1.25 GHz to 2.60 GHz Digitally Tunable Band-Pass Filter Key Features ► Digitally tunable, octave, band-pass tuning ► 3 dB bandwidth: 7% to 11% ► Low insertion loss: 4 dB at 9% BW ► Excellent rejection: 20 dB 16% away from FCENTER ► High linearity: 43 dBm IIP3 ► Input power handling: 24 dBm P0.1 dB ► Single chip replacement for discrete solutions ► Compact 10 mm × 10 mm LGA Applications ► Land mobile radio ► Test and measurement equipment ► Military radar and electronic warfare/electronic countermeasures ► Satellite communications ► Industrial and medical equipmentVSS (–2.5 V)RF1GNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDSDISDOSCLYSFLBYPGNDGNDGNDGNDGNDGNDGNDGNDGNDVSS (+3.3 V)RF1GNDGNDGNDGNDGNDGNDGNDGNDGND23567891011121314151617181920 Chip Reset SPI Logic Interpolation LDO +2.5Mode Select40139383736353433323029282726252423222131 Lookup Table4RSTCS ADMV8526 72RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADMV8052: 30 MHz to 520 MHz Digitally Tunable Band-Pass Filter Upcoming Key Features ► Digitally tunable, multioctave, band-pass tuning ► 3 dB bandwidth (BW): 7% to 11% ► Low insertion loss: 4 dB @ 9% BW ► Excellent rejection: 20 dB @ 2 × BW ► Great linearity ► Single chip replacement for discrete solutions ► Compact 22 mm × 22 mm × 5.73 mm LGA package Applications ► Land mobile radio ► Test and measurement equipment ► Military radar and electronic warfare/electronic countermeasures ► Satellite communications ► Industrial and medical equipment SDO 9 5 1 21 25 17 29 1310 11 12 14 15 16 8 7 6 4 3 2 32 31 30 28 27 26 18 19 20 22 23 CS SCLK RST GND RF1 GND GND GND SDI SFL GND GND GND GND VDD (+3.3 V) GND BYP VSS (-2.5 V) GND RF2 GND GND GND GND SPI Bypass LUT Interpolation Chip Reset Mode Select LDO +2.5 V 1 2 3 24 GND GND GND GND GND GND GND 73VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range. RF Power Detectors TruPwr RMS Responding Detectors Part Number Description Input Frequency (GHz) Input Range (dBm) Dynamic Range (dB) Rise/Fall Time (μs) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8361 Linear in V/V rms LF to 2.5 –21 to +9 30 5/5 3 to 5 1.1 SOT-23 EAR99 AD8361ARTZ-RL7 AD8361 Linear in V/V rms LF to 2.5 –21 to +9 30 5/5 3 to 5 1.1 SOIC EAR99 AD8361ARMZ-REEL7 AD8364 Dual linear in dB LF to 2.7 –58 to +2 60 — 5 70 5 × 5 LFCSP EAR99 AD8364ACPZ-WP AD8362 Linear in dB LF to 3.8 –55 to +12 65 0.045/0.4 5 20 TSSOP EAR99 AD8362ARUZ-REEL7 HMC1120 Linear in dB with envelope detector 0 to 3.9 –62 to +10 72 0.2/10 3 70 4 × 4 LFCSP EAR99 HMC1120LP4E ADL5511 Linear in V/V rms with envelope detector 0 to 6 –30 to +17 47 0.9/1.1 5 21.5 4 × 4 LFCSP EAR99 ADL5511ACPZ-R7 ADL5904 Linear in dB rms with threshold detector 0 to 6 –30 to +15 45 0.5/6 3.3 3 3 × 3 LFCSP EAR99 ADL5904ACPZN-R7 AD8363 Linear in dB ~0 to 6 –52 to +0 52 3/15 5 60 4 × 4 LFCSP EAR99 AD8363ACPZ-WP LT5581 Linear in dB 0.01 to 6 –35 to +8 40 1/8 2.7 to 5 1.4 3 × 2 DFN EAR99 LT5581IDDB#TRPBF LTC5587 Linear in dB, integrated 12-bit ADC 0.01 to 6 –35 to +8 40 1/8 3.3 3 3 × 3 DFN EAR99 LTC5587IDD#TRPBF LTC5583 Dual-channel, linear in dB, VSWR, peak detect 0.04 to 6 –57 to +3 60 140/3.5 3.3 80.5 4 × 4 QFN EAR99 LTC5583IUF#TRPBF ADL5501 Linear in V/V rms 0.05 to 6 –19 to +11 30 6/6 3 to 5 1.1 2 × 2 SC70 EAR99 ADL5501AKSZ-R2 ADL5500 Linear in V/V rms 0.1 to 6 –20 to +10 30 — 3 to 5 1 1 × 1 WLCSP EAR99 ADL5500ACBZ-P7 ADL5903 Linear in dB 0.2 to 6 –22 to +13 35 0.1/1.1 3 to 5 2.5 2 × 2 LFCSP EAR99 ADL5903ACPZN-R7 ADL5502 Linear in V/V rms with peak/envelope detector 0.45 to 6 –25 to +12 37 2/10 3 3 3 × 3 WLCSP EAR99 ADL5502ACBZ-P7 ADL5504 Linear in V/V rms excellent rms accuracy 0.45 to 6 –22 to +15 35 3/3 3 1.8 1.2 × 0.8 WLCSP EAR99 ADL5504ACBZ-P7 ADL5505 Linear in V/V rms 0.45 to 6 –22 to +14 35 2/6 3 1.8 0.8 × 0.8 WLCSP EAR99 ADL5505ACBZ-P7 ADL5920 Bidirectional bridge, dual rms detector ~0 to 7 –20 to +30 50 18/75 5 160 5 × 5 LFCSP EAR99 ADL5920ACPZ-R2 ADL5902 Linear in dB 0.05 to 9 –62 to +3 65 3/25 5 73 4 × 4 LFCSP EAR99 ADL5902ACPZ-WP ADL5906# Linear in dB 0.01 to 10 –60 to +5 65 0.1/14.5 5 70 4 × 4 LFCSP EAR99 ADL5906ACPZN-R2 LTC5582* Linear in dB 0.04 to 10 –56 to +1 57 0.090/5 3.3 41.6 3 × 3 DFN EAR99 LTC5582IDD#TRPBF LTC5596 Linear in dB 0.1 to 40 –32 to +3 35 2.9/8.2 3.3 30 2 × 2 DFN EAR99 LTC5596IDC#TRPBF LTC5597 Linear in dB 0.1 to 70 –40 to +1 35 2.9/8.2 2.7 to 3.6 33.5 2 × 2 DFN EAR99 LTC5597HMC#TRMPBF LTC5597IDC#TRMPBF 74RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADL5920: 9 kHz to 7 GHz Bidirectional RMS and VSWR Detector Key Features ► Input range: 49 dB (–19 dBm min at 1 GHz) ► Max input power: 30 dBm (open or short termination) ► Input and output return loss and VSWR ► 1 GHz: 22 dB/1.15:1 ► 3 GHz: 14 dB/1.5:1 ► 6 GHz: 12 dB/1.7:1 ► Linear in dB rms outputs (crest factor insensitive) ► Directivity: 29 dB at 1 GHz, 13 dB at 3 GHz ► Supply voltage: 5 V at 160 mA ► 32-lead, 5.0 mm × 5.0 mm LFCSP package Applications ► Broadband inline power and return loss measurement ► Power control and automatic level control in diverse wireless and electronic test and measurement systems ► Condition-based monitoring in system modules and cables Reverse Path RMS Detector Temperature Sensor Forward Path RMS Detector Bidirectional Bridge VTEMP VRMSR CRMSR CHPR– CHPR+ VNEG1 RFIN PWDN/ TADJS TADJI VTGT VREF VOCM DECL VRMSF GND1 GND2 GND3 GND4 GND5 GND6 VPOS1 VPOS2 VPOS3 VDIFF+ VDIFF– CRMSF CHPF– CHPF+ VNEG2 RFOUT 25 28 124272930 21 23 22 16 12 19 15 20 5 10 18 32 3 2 2631 4 9 6 7 ADL5920 11 178 13 14 VREF 2.5 V 75VISIT ANALOG.COM/RF  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. Log Detectors/Amplifiers Part Number Description Input Frequency (GHz) Input Range (dBm) Dynamic Range (dB) Rise/Fall Time (ns) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8306 Log/limiting amplifier 0.005 to 0.4 –91 to +9 100 73/73 3 to 5 16 Die EAR99 AD8306ACHIPS AD8306 Log/limiting amplifier 0.005 to 0.4 –91 to +9 100 73/73 3 to 5 16 SOP EAR99 AD8306ARZ-RL7 AD8310 Log detector 0 to 0.44 –90 to +5 95 15/30 3 to 5 8 Die EAR99 AD8310ACHIPS AD8310 Log detector 0 to 0.44 –90 to +5 95 15/30 3 to 5 8 MSOP EAR99 AD8310ARMZ-REEL7 AD8307 Log detector 0 to 0.5 –75 to +17 92 400/400 3 to 5 8 SOIC EAR99 AD8307ARZ-RL7 AD8307 Log detector 0 to 0.5 –75 to +17 92 400/400 3 to 5 8 PDIP EAR99 AD8307ANZ AD8309 Log/limiter amplifier 0.005 to 0.5 –76 to +20 100 400/400 3 to 5 16 TSSOP EAR99 AD8309ARUZ-REEL7 LT5537 Log detector <0.01 to 1 –71 to +12 83 110/115 2.7 to 5 13.5 3 × 2 DFN EAR99 LT5537EDDB#TRPBF AD8313 Log detector/controller 0.1 to 2.5 –72 to 0 70 60/60 3 to 5 13.7 MSOP EAR99 AD8313ARMZ-REEL7 AD8302 Gain and phase detector 0 to 2.7 –60 to 0 60 50/60 3 to 5 19 TSSOP EAR99 AD8302ARUZ-RL7 AD8314 Log detector/controller 0.1 to 2.7 –65 to –14 45 100/140 3 to 5 4,5 MSOP EAR99 AD8314ARMZ-REEL7 AD8314 Log detector/controller 0.1 to 2.7 –65 to –14 45 100/140 3 to 5 4,5 2 × 3 LFCSP EAR99 AD8314ACPZ-RL7 LT5534 Log detector 0.05 to 3 –55 to –3 60 40/70 2.7 to 5 7 2 × 2 SC70 EAR99 LT5534ESC6#TRPBF AD8312 Log detector 0.05 to 3.5 –50 to +2 45 85/120 3 to 5 4.2 1 × 1.5 WLCSP EAR99 AD8312ACBZ-P2 LT5538 Log detector 0.04 to 3.8 –65 to +1 70 100/180 3 to 5 29 3 × 3 DFN EAR99 LT5538IDD#TRPBF ADL5513 Log detector/controller 0.001 to 4 –64 to +6 80 20/21 3 to 5 31 3 × 3 WLCSP EAR99 ADL5513ACPZ-WP ADL5506 Log detector 0.03 to 4.5 –44 to +2 45 65/145 3 to 5 3.75 0.8 × 1.2 WLCSP EAR99 ADL5506ACBZ-R7 LTC5597: 100 MHz to 70 GHz Linear in dB RMS Power Detector Key Features ► Linear dynamic range: >35 dB (± 1 dB error) ► Flat response: <±2 dB from 0.1 GHz to 60 GHz ► Logarithmic slope: 29 mV/dB ► High crest factor (up to 12 dB) modulated waveform, rms power measurement capability ► Low supply current: 33 mA at 3.3 V ► Low power shutdown mode ► 8-lead, 2.0 mm × 2.0 mm LFCSP package Applications ► Receiver and transmitter gain and power control ► High crest factor rms power measurements ► Electronic test and measurement instrumentation ► Satellite and point-to-point communication links CFLTR 1 Ω 100 nF 3.3 V ADC ENEnable LTC5597 GND OUT FLTR GND RFIN VCC GND–45–40–35–30–25–20–15–10–505101.41.21.00.80.60.40.2043210–1–2–3Input Power (dBm)Output Voltage (V)Log Linearity Error (dB)125°C105°C85°C25°C–40°C–55°C 76RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Log Detectors/Amplifiers (Continued) Part Number Description Input Frequency (GHz) Input Range (dBm) Dynamic Range (dB) Rise/Fall Time (ns) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number AD8318# Log detector/controller 0.001 to 8 –60 to –3 60 10/12 5 68 4 × 4 LFCSP EAR99 AD8318ACPZ-WP AD8319 Log detector/controller 0.001 to 10 –54 to –4 45 10/6 3.3 to 5 22 2 × 3 LFCSP EAR99 AD8319ACPZ-WP AD8317 Log detector/controller 0.001 to 10 –59 to –4 55 10/6.1 3.3 to 5 22 2 × 2 LFCSP EAR99 AD8317ACPZ-WP AD8317 Log detector/controller 0.001 to 10 –59 to –4 55 10/6.1 3.3 to 5 22 Die EAR99 AD8317ACHIPS ADL5519 Dual log detector/ controller 0.001 to 10 –60 to –5 62 8/6 3.3 to 5 60 5 × 5 LFCSP EAR99 ADL5519ACPZ-WP HMC1094 Millimeter wave log detector 1 to 23 –47 to 0 50 12/65 3.3 85 3 × 3 LFCSP EAR99 HMC1094LP3E HMC948 Millimeter wave log detector 1 to 23 –40 to +10 54 5/7 3.3 91 3 × 3 LFCSP EAR99 HMC948LP3E HMC662 Millimeter wave log detector 8 to 30 –42 to +10 54 5/10 3.3 88 3 × 3 LFCSP EAR99 HMC662LP3E HMC7447 E-band detector 71 to 86 –0.5 to +23.5 24 — — — Die EAR99 HMC7447 Envelope and Peak Detectors Part Number Description Frequency (GHz) Envelope Bandwidth (MHz) Input Range (dBm) Dynamic Range (dB) Rise Time (ns) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number LTC5507 Schottky peak detector with gain compression 0.0001 to 1 1 –18 to +14 32 — 2.7 to 6 0.55 TSOT-23 EAR99 LTC5507ES6#TRPBF LTC5509 Schottky peak detector with no gain compression 0.3 to 3 1.5 –18 to +7 25 — 2.7 to 6 0.58 SC70 EAR99 LTC5509ESC6#TRPBF LTC5505-1 Schottky peak detector with gain compression 0.3 to 3 4 –20 to +18 38 — 2.7 to 6 0.5 SOT-23 EAR99 LTC5505-1ES5#TRPBF LTC5505-2 Schottky peak detector with gain compression 0.3 to 3.5 4 –20 to +12 32 — 2.7 to 6 0.5 SOT-23 EAR99 LTC5505-2ES5#TRPBF HMC1120 Linear in dB with envelope detector 0.1 to 3.9 150 –60 to +10 70 200 3 70 4 × 4 LFCSP EAR99 HMC1120LP4E ADL5910 Threshold detector 0 to 6 100 –30 to +15 45 12 3.3 3.5 3 × 3 LFCSP EAR99 ADL5910ACPZN-R7 ADL5511 RMS linear in V/V with envelope detector 0 to 6 130 –30 to +17 47 4 5 21.5 4 × 4 LFCSP EAR99 ADL5511ACPZ-R7 ADL5502 RMS crest factor detector 0.45 to 6 10 –25 to +12 37 3000 3 3 3 × 3 WLCSP EAR99 ADL5502ACBZ-P7 LTC5530 Schottky peak detector with gain adjust 0.3 to 7 2 –24 to +7 30 — 2.7 to 5.5 0.5 TSOT-23 EAR99 LTC5530ES6#TRPBF LTC5531 Schottky peak detector with offset adjust 0.3 to 7 2 –24 to +7 30 — 2.7 to 5.5 0.5 TSOT-23 EAR99 LTC5531ES6#TRPBF LTC5532 Schottky peak detector with gain and offset adjust 0.3 to 7 2 –24 to +7 30 — 2.7 to 5.5 0.5 TSOT-23 EAR99 LTC5532ES6#TRPBF LTC5508 Schottky peak detector with gain compression 0.3 to 7 2 –24 to +12 36 — 2.7 to 6 0.55 SC70 EAR99 LTC5508ESC6#TRPBF LTC5536 Schottky peak detector and 20 ns comparator 0.6 to 7 — –20 to +12 32 20 2.7 to 5.5 2.1 TSOT-23 EAR99 LTC5536ES6#TRPBF LTC5535 Schottky peak detector 0.6 to 7 12 –20 to +9 30 40 2.7 to 5.5 2 TSOT-23 EAR99 LTC5535ES6#TRPBF LTC5533 Dual Schottky peak detector 0.3 to 11 2 –20 to +7 30 — 2.7 to 6 0.9 4 × 3 DFN EAR99 LTC5533EDE#TRPBF LTC5564 Ultrafast Schottky peak detector with 9 ns comparator 0.6 to 15 75 –10 to +16 26 7 3 to 5.5 44 3 × 3 QFN EAR99 LTC5564IUD#TRPBF ADL6010 Envelope detector 0.5 to 43.5 40 –30 to +15 45 4 5 3 2 × 2 LFCSP 5A991.b ADL6010ACPZN-R7 ADL6010 Envelope detector 0.5 to 43.5 40 –30 to +15 45 4 5 3 Die EAR99 ADL6010CHIPS ADL6012* Envelope detector 2.0 to 67 500 –10 to +25 40 2 5 28.6 3 × 2 LFCSP 5A991.b ADL6012ACPZN # = Offered in extended temperature range. * = X-Microwave. 77VISIT ANALOG.COM/RF ADL6012: 2 GHz to 67 GHz Ultrawideband Envelope Detector Key Features ► Envelope bandwidth: 500 MHz ► Fast response times ■ 0.6 ns output rise time ■ 1.3 ns fall time at 10 dBm to no RF input ■ 0.5 ns output propagation delay (rising edge) ■ 1.0 ns propagation delay at 10 dBm (falling edge) ► Adjustable common-mode output voltage ► Flat frequency response: <± 1 dB error up to 43.5 GHz ► Dynamic range: 40 dB at 43.5 GHz ► Adjustable supply voltage: 3.15 V to 5.25 V ► 10-lead, 3.0 mm × 2.0 mm LFCSP package Applications ► Wideband envelope tracking ► Electronic test and measurement ► Wideband PA linearization ► Pulsed radar and microwave communication systems Envelope Detector ADL6012 1 10 9 8 7 2 3 4 5 6 ENBL VPOS OCOM VOCMRFCM RFIN RFCM VENV– VENV+ DCPL 1 10 70 Differential VENV± Output Voltage (V) Input Frequency (GHz) 10 0.001 0.01 0.1 1 +15 dBm +10 dBm +5 dBm 0 dBm –5 dBm –10 dBm –15 dBm –20 dBm –25 dBm –30 dBm Vector Power Measurement Part Number Description Frequency (GHz) Power Range (dBm) Directivity @ 1 GHz (dB) Phase Range (°) Phase Sync VS (V) ISY (mA) Package (mm) ECCN Code Ordering Part Number AD8302 Gain and phase detector LF to 2.7 –60 to 0 — 0 to 180 No 3 to 5 19 5 × 6.4 TSSOP EAR99 AD8302ARUZ-RL7 ADL5920 Bidirectional rms and VSWR detector LF to 7 –20 to +30 20 — — 5 160 5 × 5 QFN EAR99 ADL5920ACPZ-R7 ADL5960 Upcoming Integrated vector network analyzer front end 0.01 to 20 –80 to +28 27 >360 Yes 5 200 3 × 4 QFN EAR99 ADL5960ACRZ-R7 78RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS SDLVAs Part Number Description Frequency (GHz) Rise/ Fall Time (ns) Input Range (dBm) Dynamic Range (dB) Prop Delay (ns) Threshold (dBm) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC1013 High range SDLVA 0.5 to 18.5 4/10 –57 to +10 67 10 –62 3.3 183 4 × 4 LFCSP EAR99 HMC1013LP4E HMC613 SDLVA 0.1 to 20 4/18 –54 to +5 59 14 –54 3.3 83 4 × 4 LFCSP EAR99 HMC613LC4B HMC913 SDLVA 0.6 to 20 5/10 –54 to +5 59 14 –54 3.3 80 Die EAR99 HMC913 HMC913 SDLVA 0.6 to 20 5/10 –54 to +5 59 14 –54 3.3 80 4 × 4 LFCSP EAR99 HMC913LC4B HMC813 SDLVA with limited output 1 to 26 4/10 –48 to +5 55 15 –53 3.3 150 Die EAR99 HMC813 HMC813 SDLVA with limited output 1 to 26 5/10 –41 to +10 55 15 –53 3.3 150 4 × 4 LFCSP EAR99 HMC813LC4B ADL5960: Integrated Vector Network Analyzer Front End Upcoming Key Features ► Integrated wideband bidirectional bridge: ► High directivity >15 dB up to 15 GHz ► IF signal path: ■ Wideband, high sensitivity mixers ■ IF amplifiers with individually programmable gain ► Multiconfiguration LO chain: ■ LO multipliers and dividers: to operate from 6 GHz LO ■ Optional built-in frequency offset mixer enables zero-offset frequency sweeps (RF = LO) ► Very small size: 3 mm × 4 mm, 26-lead QFN ► Low power shutdown ► SPI readable 5-bit temperature sensor Applications ► Automated test equipment (ATE) ► Portable equipment ► Industrial metering (electromagnetic spectroscopy) Bidirectional Bridge SPI 5 SPI SPI SPI SPI SPI SPI SPI Bias Temperature Sensor CAP AVCC IFRP IFRM VCM OVDD SDIO CS SCK EN LOP TEMP 24 22232526 AGND20 AGND18 OVCC 1 AGND 2 RFIN 3 AGND 4 5 ADL5960 9 LOM 10 OFP 12 SYNC 11 OFM 13 RFOUT19 IFFM 6 IFFP 7 OVCC 8 21 17 16 15 14 ÷2 ×1 ×2 ×4 ÷4 ÷2 ×1 79VISIT ANALOG.COM/RF RF Switches Massive MIMO RF Front Ends Part Number Device Configuration Description Frequency (GHz) Insertion Loss (dB) Continuous Input Power (dBm) Gain (dB) NF (dB) Package (mm) ECCN Code Ordering Part Number ADRF5549 Dual-channel bypassable LNA 2-stage LNA, high power SPDT 1.8 to 2.8 0.6 40 35 1.4 6 × 6 LFCSP EAR99 ADRF5549BCPZN ADRF5519 Dual channel 2-stage LNA, high power SPDT 2.3 to 2.8 0.5 43 35 1 6 × 6 LFCSP 5a991.b ADRF5519BCPZ ADRF5515 Dual-channel bypassable LNA 2-stage LNA, high power SPDT 3.3 to 4.0 0.45 43 33 1 6 × 6 LFCSP 5A991.b ADRF5515BCPZ ADRF5515A Dual channel 2-stage, LNA, high power SPDT 3.3 to 4.0 0.5 43 36 1.05 6 × 6 LFCSP 5A991.b ADRF5515ACBPZN ADRF5545A Dual-channel bypassable LNA 2-stage LNA, high power SPDT 2.4 to 4.2 0.65 40 32 1.45 6 × 6 LFCSP EAR99 ADRF5545ABCPZN ADRF5547 Dual-channel bypassable LNA 2-stage LNA, high power SPDT 3.7 to 5.3 0.5 40 33 1.6 6 × 6 LFCSP EAR99 ADRF5547BCPZN SPST Switches Part Number Description RF Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dB) Input P0.1dB (dB) Input IP3 (dBm) On/Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number ADG901* Absorptive 0 to 2.5 0.8 40 17 — 36 3.6/5.8 CMOS/LVTTL MSOP EAR99 ADG901BRMZ ADG902* Reflective 0 to 2.5 0.8 40 17 — 36 3.6/5.8 CMOS/LVTTL MSOP EAR99 ADG902BRMZ HMC1055 Nonreflective 0 to 3.5 0.6 36 32 28 63 50 0/3 SOT-26 EAR99 HMC1055LP2CE HMC550A Fail-safe 0 to 6 0.7 25 — 32 52 30/30 0/2.2 to 5 SOT-26 EAR99 HMC550AE SPDT Switches Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/ Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number ADG918* Absorptive 0 to 2 0.8 43 17 — 36 6.6/6.5 CMOS/LVTTL MSOP EAR99 ADG918BRMZ ADG919* Reflective 0 to 2 0.8 43 17 — 36 6.6/6.5 CMOS/LVTTL MSOP EAR99 ADG919BRMZ ADG936 Dual absorptive 0 to 2 0.9 36 16 — 32 11/10 CMOS/LVTTL TSSOP EAR99 ADG936BRUZ ADG936-R Dual reflective 0 to 2 0.9 36 16 — 32 11/10 CMOS/LVTTL TSSOP EAR99 ADG936BRUZ-R HMC646 40 W, T/R 0.1 to 2.1 0.7 32 — 46 74 320/320 0/3 to 8 2 × 2 LFCSP EAR99 HMC646LP2E HMC199A* Dual switch 0 to 2.5 0.4 25 28 27 55 40/40 0/5 MSOP EAR99 HMC199AMS8E HMC546* 10 W, fail-safe 0.2 to 2.7 0.3 27 — 21 45 102/36 0/3 to 8 2 × 2 DFN EAR99 HMC546LP2E HMC546* 10 W, fail-safe 0.2 to 2.7 0.4 22 — 41 64 102/36 0/3 to 8 MSOP EAR99 HMC546MS8GE HMC190B Reflective 0 to 3 0.4 30 30 27 55 10/10 0/3 8-lead MSOP EAR99 HMC190BMS8E HMC194A High isolation 0 to 3 0.5 55 30 28 53 20/20 0/5 8-lead MSOP EAR99 HMC194AMS8E HMC197B Reflective 0 to 3 0.4 28 30 28 45 10/10 0/3 SOT-26 EAR99 HMC197BE HMC221B Reflective 0 to 3 0.4 29 30 27 55 10/10 0/3 SOT-26 EAR99 HMC221BE HMC545A Reflective 0 to 3 0.27 31 30 27 46 90/90 0/3.3 to 5 QSOP EAR99 HMC545AE HMC574A 5 W, T/R 0 to 3 0.25 30 38 36 63 70/70 0/3 to 8 8-lead MSOP EAR99 HMC574AMS8E HMC595A 3 W, T/R 0 to 3 0.25 30 38 36 64 100/100 0/3 to 10 SOT-26 EAR99 HMC595AE HMC284A Nonreflective 0 to 3.5 0.5 45 29 27 50 5 0/5 8-lead MSOP EAR99 HMC284AMS8GE ADRF5130* 44 W, reflective 0.7 to 3.5 0.7 41 — 46 65 750/750 TTL/CMOS 3 × 3 LFCSP EAR99 ADRF5130BCPZ HMC349A High isolation 0.1 to 4 1.2 57 34 30 53 150/150 0/5 4 × 4 LFCSP EAR99 HMC349ALP4CE HMC349A High isolation 0.1 to 4 1.8 45 34 32 53 160/160 0/5 MSOP EAR99 HMC349AMS8GE HMC435A Nonreflective 0 to 4 1.2 40 30 27 51 60/60 0/5 MSOP EAR99 HMC435AMS8GE HMC544A T/R 0 to 4 0.25 23 39 37 55 50/50 0/3 to 5 SOT-26 EAR99 HMC544AE  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. 80RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range. ^ = Part supports single positive supply operation. SPDT Switches (Continued) Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC784A 10 W, T/R 0.1 to 4 0.4 28 38 36 62 112/112 0/3 to 8 MSOP EAR99 HMC784AMS8GE ADRF5160* 80 W, reflective 0.7 to 4 0.8 40 — 47 70 1.2/1.2 μs TTL/CMOS 5 × 5 LFCSP EAR99 ADRF5160BCPZ-R7 ADRF5132* 20 W, reflective 0.7 to 5 0.65 42 — 42.5 65 550/550 TTL/CMOS 3 × 3 LFCSP EAR99 ADRF5132BCPZN HMC536 T/R 0 to 6 0.7 30 — 34 52 70/70 0/3 to 5 2 × 2 DFN EAR99 HMC536LP2E HMC536 T/R 0 to 6 0.5 27 — 33 52 30/30 0/3 to 5 8-lead MSOP EAR99 HMC536MS8GE HMC849A Nonreflective 0 to 6 0.9 60 34 32 52 150/150 0/3 to 5 4 × 4 LFCSP EAR99 HMC849ALP4CE HMC8038* Nonreflective 0.1 to 6 0.8 60 36 35 60 150/150 5 V to 1.8 V logic 4 × 4 LFCSP EAR99 HMC8038LP4CE HMC270A Nonreflective 0 to 8 1 45 28 — 42 50/50 0/–5 MSOP EAR99 HMC270AMS8GE HMC232A* High isolation 0 to 12 1.5 57 30 27 47 25/25 0/–5 4 × 4 LFCSP EAR99 HMC232ALP4E ADRF5141 Upcoming High power T/R silicon switch with integrated Rx limiter 6 to 12 0.9 Tx/1.3 Rx 50 17 Rx 41 Tx — 50/50 CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5141BCCZN HMC1118*^ Nonreflective 9 kHz to 13 0.68 48 37 35 62 2.7/2.7 μs CMOS/LVTTL 3 × 3 LFCSP EAR99 HMC1118LP3DE ADRF5019*^ Nonreflective 0.1 to 13 0.8 45 39 38 60 150 CMOS/LVTTL 3 × 3 LFCSP EAR99 ADRF5019BCPZN HMC347A* Nonreflective 0.1 to 14 2.1 46 29 — 47 10/10 0/–5 3 × 3 LFCSP EAR99 HMC347ALP3E HMC547A* Nonreflective 0 to 20 2 45 23 — 47 10/10 0/–5 3 × 3 LFCSP EAR99 HMC547ALP3E HMC347A Nonreflective 0.1 to 20 1.7 45 29 — 45 10/10 0/–5 Die EAR99 HMC347A HMC347B* Nonreflective 0.1 to 20 1.7 45 25 — 41 10/10 — Die EAR99 HMC347B ADRF5144 Upcoming Broadband high power silicon switch 0.7 to 20 0.85 48 — 44 68 630/630 CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5144BCCZN HMC547A* Nonreflective 0 to 28 1.9 45 22 — 41 6/6 0/–5 3 × 3 LFCSP EAR99 HMC547ALC3 ADRF5021*^ Nonreflective 9 kHz to 30 2 60 — 27 52 1.1/1.1 μs CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5021BCCZN ADRF5020*^ Nonreflective 0.1 to 30 1.4 56 27 — 50 10/10 CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5020BCCZN ADRF5300^ SPDT with neg. supply 24 to 32 1.1 38 — 37 65 60/60 CMOS/LVTTL compatible 3 × 3 LGA EAR99 ADRF5300BCCZN ADRF5025* SPDT, reflective 9 kHz to 44 1.4 36 — 27 50 1.7/1.7 μs CMOS/LVTTL 2.25 × 2.25 LGA EAR99 ADRF5025BCCZN ADRF5027* SPDT, nonreflective 9 kHz to 44 2.2 48 — — 54 3.6/3.6 μs CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5027BCCZN ADRF5024*# SPDT, reflective 0.1 to 44 1.4 36 — 27 50 10/10 CMOS/LVTTL 2.25 × 2.25 LGA EAR99 ADRF5024BCCZN ADRF5026*# SPDT, nonreflective 0.1 to 44 2.4 50 26 — 53 14/14 CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5026BCCZN ADRF5301 Upcoming SPDT with neg. supply 35 to 44 1.8 28 — 37 52 35/35 CMOS/LVTTL compatible 3 × 3 LGA EAR99 ADRF5301BCCZN HMC986A Reflective 0.1 to 50 1.7 36 25 21 40 11/11 0/–3 Die EAR99 HMC986A ADRF5424 New Reflective 0.1 to 60 1.3 35 28 27 50 10/10 0/3.3 Die EAR99 ADRF5424BCZ 81VISIT ANALOG.COM/RF ADRF5424: Die on Carrier, Silicon SPDT Switch, 100 MHz to 60 GHz Key Features ► Die on carrier design enables wire bonding of silicon switch ► Ultrawideband RF bandwidth: 100 MHz to 60 GHz ► Reflective type switch design ► Very low insertion loss: 1.5 dB typical up to 55 GHz ► Isolation: 35 dB typical up to 55 GHz ► High linearity: 50 dBm typical IIP3 ► RF power handling: 27 dBm typical P0.1 dB ► Fast RF settling time: 17 ns typical (50% VCTL to 0.1 dB of final RF output) ► 14-pad, 2.471 mm × 2.571 die on carrier (CHIP) Applications ► Test and instrumentation ► Military radio and radar ► Military electronic warfare (EW) and signal intelligence (SIGINT) ► Microwave point to point radio and satcom RF2 RF1 RFC Driver ADRF5424 VSS VCTRL VDD ADRF5141: High Power 20 W Peak T/R Switch with Integrated Limiter, 6 GHz to 12 GHz Upcoming Key Features ► Unique high power T/R switch with integrated limiter on receiver ► RF bandwidth: 6 GHz to 12 GHz ► Reflective type switch design ► Transmit path insertion loss: 0.9 dB typical at 10 GHz ► Receive path insertion loss: 1.3 dB typical at 10 GHz ► Transmit to receive isolation: 50 dB typical (transmit selected) ► Transmit to antenna isolation: 28 dB typical (receive selected) ► Receive to antenna isolation: 52 dB typical (transmit selected) ► Transmit peak power handling: 43 dBm typical (2% duty cycle, 100 ns pulse) ► Antenna pulsed power handling: 40 dBm typical (15% duty cycle, 100 μs pulse) ► Receive output leakage power: 22 dBm typical (ANT input power = 40 dBm) ► RF TON/TOFF time: 50 ns typical (50% VCTL to 90% of RF) ► Power supply: VDD 3.3 V, VSS = –3.3 V ► 20-lead, 3 mm × 3 mm LGA Applications ► Test and instrumentation ► Military radio, satcom, and phased array radar ► Military electronic warfare (EW) and signal intelligence (SIGINT)2567810111214151618192014GNDGNDGNDGNDTXRXGNDGNDGNDGNDGNDGNDCTRLVSSVDDANTGNDGNDGNDGND13Driver93Limiter17 82RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. # = Offered in extended temperature range. SP3T, SP4T, SP6T, SP8T Switches Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC245A SP3T 0 to 2.5 0.5 44 26 24 48 150/150 TTL/CMOS TSSOP EAR99 HMC245AQS16E ADG904 SP4T, absorptive 0 to 2.5 0.4 37 16 — 31 8.5/13 CMOS/LVTTL TSSOP LFCSP EAR99 ADG904BCPZ ADG904BRUZ ADG904-R SP4T, reflective 0 to 2.5 0.4 37 16 — 31 8.5/13 CMOS/LVTTL TSSOP LFCSP EAR99 ADG904BCPZ-R-REEL ADG904BRUZ-R HMC252A SP6T 0 to 3 0.8 45 24 — 47 70 0/3.3 to 5 QSOP EAR99 HMC252AQS24E HMC253A SP8T 0 to 3.5 1.2 36 24 20 43 100/100 TTL/CMOS 4 × 4 LFCSP EAR99 HMC253ALC4 HMC253A SP8T 0 to 3.5 1.2 36 24 20 43 90/90 TTL/CMOS QSOP EAR99 HMC253AQS24E ADRF5345 New SP4T 1.8 to 3.8 0.35 32 — 50 (LTE 10 dB PAR) 84 140 μs 0/3.45 4 × 4 LGA EAR99 ADRF5345BCCZN HMC241A# SP4T 0 to 4 0.7 43 30 26 47 100/100 TTL/CMOS 3 × 3 LFCSP EAR99 HMC241ALP3E HMC241A SP4T 0 to 4 0.8 41 29 26 48 150/150 TTL/CMOS TSSOP EAR99 HMC241AQS16E ADRF5144: High Power 20 W Peak, 10 W Average, Wideband Switch, 0.7 GHz to 20 GHz Upcoming Key Features ► Unique broadband high power silicon switch ► RF bandwidth: 0.7 GHz to 20 GHz ► Reflective type switch design ► Low insertion loss: 0.85 dB typical at 20 GHz ► High isolation: 48 dB typical at 20 GHz ► High linearity: 68 dBm IIP3 ► Peak power handling: 43 dBm typical (2% duty cycle, 100 ns Pulse) ► Average power handling: 40 dBm ► RF TON/TOFF Time: 630 ns typical (50% VCTL to 90% of RF) ► Power supply: VDD = 3.3 V, VSS = –3.3 V ► 20-lead, 3 mm × 3 mm LGA Applications ► Test and instrumentation ► Cellular infrastructure ► Military radio, satcom, and phased array radar ► Military electronic warfare (EW) and signal intelligence (SIGINT)2567810111214151618192014GNDGNDGNDGNDRF1RF2GNDGNDGNDGNDGNDGNDCTRLVSSVDDRFCGNDGNDGNDGND13Driver9317 ADRF5300: 24 GHz to 32 GHz Silicon SPDT Switch Released ADRF5301: 35 GHz to 44 GHz Silicon SPDT Switch Upcoming Key Features ► Reflective design ► Very low insertion loss: ■ 1.1 dB at 30 GHz (ADRF5300) ■ 1.8 dB at 44 GHz (ADRF5301) ► Single supply (internal negative supply) ► High IP3: 52 dBm ► 28 dBm switch power handling ► <52 ns switch settling time ► 3 mm × 3 mm LGA package Applications ► Industrial scanners ► Test instrumentation ► Milimeter wave 5G network radios ► Military radios, radars, and ECM ► Microwave radios ► Satellite communications FUNCTIONAL BLOCK DIA GRAM RF2 RF1 RFC GND CTRL VDD Driver NVG 83VISIT ANALOG.COM/RF SP3T, SP4T, SP6T, SP8T Switches (Continued) Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1dB (dBm) Input IP3 (dBm) On/ Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC244A SP4T 0 to 4 0.7 40 26 22 47 150/150 TTL/CMOS Hermetic SMT EAR99 HMC244AG16 HMC7992 SP4T 0.1 to 6 0.7 45 35 33 58 150/150 5 V to 1.8 V logic 3 × 3 LFCSP EAR99 HMC7992LP3DE ADRF5250^ SP5T 0.1 to 6 1.5 50 — 34 57 150/150 1.8 V logic 4 × 4 LFCSP EAR99 ADRF5250BCPZ HMC322A SP8T 0 to 8 2.5 35 26 22 40 150/150 0/–5 4 × 4 LFCSP EAR99 HMC322ALP4E HMC345A SP4T 0 to 8 2.2 32 21 19 45 100/100 0/5 3 × 3 LFCSP EAR99 HMC345ALP3E HMC344A# SP4T 0.1 to 8 2.1 32 28 19 44 75/75 0/–5 3 × 3 LFCSP EAR99 HMC344ALP3E HMC321A SP8T 0.1 to 8 2.5 35 23 — 40 150/150 0/5 4 × 4 LFCSP EAR99 HMC321ALP4E ADRF5040 SP4T ~0 to 12 0.8 34 — 34 58 3.5/3.5 μs CMOS/LVTTL 4 × 4 LFCSP EAR99 ADRF5040 HMC641A SP4T 0.1 to 18 2.1 42 25 — 41 95/95 0/–5 Die EAR99 HMC641A HMC641A# SP4T 0 to 20 2.3 43 22 — 38 100/100 0/–5 4 × 4 LFCSP EAR99 HMC641ALC4 HMC641A SP4T 0 to 20 2.3 41 22 — 36 100/100 0/–5 4 × 4 LFCSP EAR99 HMC641ALP4E ADRF5045* SP4T ~0 to 30 2.9 45 28 26 50 4/4 μs CMOS/LVTTL 4 × 4 LGA EAR99 ADRF5045BCCZN ADRF5044 SP4T 0.1 to 30 2.9 43 28 26 50 19/19 CMOS/LVTTL 4 × 4 LGA EAR99 ADRF5044BCCZN HMC1084 SP4T 23 to 30 2.8 26 — — 47 53/53 0/–3 4 × 4 LFCSP EAR99 HMC1084LC4 ADRF5043 SP4T, nonreflective 9 kHz to 44 GHz 2.4 39 27 26 48 2.8 μs 0/3.3 3 × 3 LGA EAR99 ADRF5043BCCZN ADRF5047* SP4T, reflective 9 kHz to 44 GHz 2.7 31 — 26.5 50 3.4/3.4 μs CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5047BCCZN ADRF5042 SP4T, nonreflective 0.1 to 44 2.8 39 — 26 47 14 0/3.3 3 × 3 LGA EAR99 ADRF5042BCCZN ADRF5046* SP4T, reflective 0.1 to 44 2.5 33 — 27.5 50 16/16 CMOS/LVTTL 3 × 3 LGA EAR99 ADRF5046BCCZN ADRF5301 Upcoming SP4T, reflective 35 to 44 1.8 28 — 37 52 35/35 0/3.3 3 × 3 LGA EAR99 ADRF5301BCCZN ADRF5042 and ADRF5043: 9 kHz to 44 GHz Silicon Nonreflective SP4T Switch Key Features ► Ultrawide bandwidth ► Nonreflective 50 Ω designs ► Low insertion loss: ■ 1.9 dB to 18 GHz ■ 2.6 dB to 40 GHz ■ 3.0 dB to 44 GHz ► High isolation: 40 dB ► High IP3: 50 dBm ► P0. 1 dB: 26 dBm ► Fast switching and settling time: ► 25 ns to 0.1 dB (ADRF5042) ► 5.2 μs to 0.1 dB (ADRF5043) ► Positive logic control ► 3 mm × 3 mm LGA package Applications ► Industrial millimeter wave scanners ► Electronic test and measurement instrumentation ► Military radios, radars, and ECM equipment V2 GND GND GND GND GNDGND VSS LS RF3 RF2 RF1 GND EN RFC V1 GND GND GND RF4 GND VDD GND GND 5 19 17 16 15 14 13 23 21 20 9 11 12 3 450 Ω50 Ω50 Ω50 Ω 18 10 1 2 24Driver 6 7 8 22 ADRF5042 and ADRF5043 are pin-compatible.  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. # = Offered in extended temperature range. 84RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Bypass, Diversity, Matrix, and Transfer Part Number Description Frequency (GHz) Insertion Loss (dB) Isolation (dB) Input P1dB (dBm) Input P0.1 dB (dBm) Input IP3 (dBm) On/Off Time (ns) Control Input (VDC) Package (mm) ECCN Code Ordering Part Number HMC596 4 × 2 matrix 0.2 to 3 6.5 43 22 — 27 6.5/6.5 0/3 to 5 4 × 4 LFCSP EAR99 HMC596LP4E HMC427A Transfer 0.1 to 8 1.6 38 30 — 47 10/10 0/5 3 × 3 LFCSP EAR99 HMC427ALP3E MEMS Switches Part Number Device Configuration Switch RON Leakage Switch Off Frequency (GHz) Insertion Loss (dB) Off Isolation (dB) Input IP3 (dBm) Input Power (dBm) Specified @ Frequency (GHz) Package (mm) ECCN Code Ordering Part Number ADGM1004* (4:1) × 1 1.8 500 p 0 to 13 0.45 24 67 32 2.5 5 × 4 LFCSP EAR99 ADGM1004JCPZ-RL7 ADGM1304 * (4:1) × 1 1.6 500 p 0 to 14 0.26 24 69 36 2.5 5 × 4 LFCSP EAR99 ADGM1304JCPZ-RL7  = Simulation models available in ADI’s ADIsimRF and/or ADIsimPLL simulation tools. * = X-Microwave. 85VISIT ANALOG.COM/RF Beamformers, Phase Shifters, and Vector Modulators Beamformers Part Number Description Frequency (GHz) Phase Adj Range (°) Phase Adj Step (°) Ampl Adj Range (dB) Ampl Adj Step (dB) Package (mm) ECCN Code Ordering Part Number ADAR1000* 4-ch, X-/Ku-band with unswitched Tx/Rx FE 8 to 16 360 2.8 31 0.5 7 × 7 LGA EAR99 ADAR1000ACCZN ADAR3000 New 4-beam/16-channel Ka-band beamformer 17 to 22 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 5A991.b ADAR3000ABCZ ADMV4801 16T16R beamformer 24 to 29.5 360 5.625 33.4 Tx/17 Rx 0.5 10 × 10 LGA 5A991.b ADMV4801BCCZ ADMV4821 16T16R dual polarization beamformer 24 to 29.5 360 5.625 32.4 (Tx), 17.1 (Rx) 0.5 10 × 10 LGA 5A991.b ADMV4821BCCZ ADMV4828 16-ch, dual polarization beamformer 24 to 29.5 360 5.625 34.5 (Tx), 28 (Rx) 0.5 10 × 8.5 BGA 5A991.b ADMV4828BBCZ ADAR3001 New 4-beam/16-channel Ka-band beamformer 27.5 to 31 Contact ADI Contact ADI Contact ADI Contact ADI Contact ADI 5A991.b ADAR3001ABCZ ADMV4928 New Tx/Rx dual polarization beamformer 37 to 43.5 360 5.625 34 (Tx), 28 (Rx) 0.5 10 × 7 BGA 5A991.b ADMV4928BBCZ ADMV4728 Upcoming Tx/Rx dual polarization beamformer 47.2 to 48.2 360 5.625 Contact ADI Contact ADI Contact ADI 5A991.b ADMV4728BBCZ ADMV4828: 24 GHz to 29.5 GHz Tx/Rx Dual Polarization Beamformer Fully Released ADMV4928: 37 GHz to 43.5 GHz Tx/Rx Dual Polarization Beamformer Fully Released ADMV4728: 47.2 GHz to 48.2 GHz Tx/Rx Dual Polarization Beamformer Upcoming Key Features ► ADMV4828: RF frequency range: 24 GHz to 29.5 GHz, addressing n257, n258, and n261 bands in one footprint ► ADMV4928: RF frequency range: 37 GHz to 43.5 GHz, addressing n260 and future 40 GHz to 43.5 GHz bands in one footprint ► ADMV4728: RF frequency range: 47.2 GHz to 48.2 GHz ► CMOS beamformer with industry-leading efficiency and linear POUT with 5G NR ► No degradation in EVM at wide 5G NR channel bandwidths ► 16 configurable transmit and receive channels ► Dual polarization: eight horizontal and eight vertical channels ► Fast TDD switching time using external pins ► Integrated transmitter power detectors and temperature sensor ► Efficient heat transfer package ► Matched 50 Ω single-ended RF inputs and outputs ► Nonvolatile memory for full-array phase and gain calibration ► High resolution vector modulators for phase control ► High resolution DGAs for amplitude control ► Temperature compensation ► Memory for transmitter and receiver beam positions ► 3GPP specification compliant ► Common SPI register map across ADMV4828/ADMV4928/ADMV4728 Applications ► 5G mmW communications ► Satellite communications ► Phased array radar ► Test and measurement * = X-Microwave. 86RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADAR3000 and ADAR3001: Ka-/K-Band Beamformers Key Features ► ADAR3000: 17 GHz to 22 GHz frequency range ► ADAR3001: 27.5 GHz to 31 GHz frequency range ► >31 dB gain adjustment range ► <0.5 dB gain resolution ► Memory for 256 prestored beam positions ■ 64 beamstates/beam × 4 beams ► User-programmable sequencer for beamstate selection ► FIFO memory for 64 beam positions ■ 16 beamstates/beam × 4 beams ► Variable SPI length for flexible and efficient beam commands ■ Update, reset, and mute from 1 up to 16 beams ► Integrated temperature sensor ► Integrated 8-bit ADC for ■ Temperature sensor ■ General analog inputs ► Programmable bias modes ► 4-wire SPI interface ► Ball grid array package Applications ► GEO HTS ► LEO constellations ► Mobile terminals (land, air, sea) ► Terrestrial/airborne/sat 87VISIT ANALOG.COM/RF ADAR1000: 4-Channel X-/Ku-Band Beamformer Key Features ► 8 GHz to 16 GHz frequency range ► Half-duplex to transmit and receive ► Single pin transmit/receive control ► 360° phase control, <2.8° phase resolution ► 31 dB gain control, 0.5 dB resolution ► Single-ended RF pins ► Bias and contol for external transmit/ receive modules ► Memory for prestored beam positions ► ±2 dB power detector ► ±10° temperature sensor ► Auxiliary 8-bit ADC for power detectors and temperature sensors ► Supports low power modes ► 4-wire SPI interface LNA_BIAS PA_BIAS3 ADDR0 AVDD1 AVDD2 AVDD3 CREG1 CREG2 CREG3 CREG4 TR_SW_NEG TR_POL ADDR1 SCLK SDIO CSB SDO TR TX_LOAD RX_LOAD RF_IO DET3 TX3 RX3 DET4 TX4 RX4 PA_BIAS4 PA_BIAS2 PA_BIAS PA_BIAS PA_BIAS PA_BIAS SPI RX2 TX2 DET2 ADC ADC ADC ADC ADCSPI ADC Temp Sensor LNA Bias Regulators ∑ T/R Bias and Control RX1 TX1 DET1 PA_BIAS1 88RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS ADTR1107: 6 GHz to 18 GHz Transmit and Receiver Front-End IC VDD_LNA VGG_LNA VSS_SW VGG_PA VDD_PA CPLR_OUT ANT RX_OUT TX_IN CTRL_SW VDD_SW GND PA BIAS PA_BIAS3 RF_IO RX3 TX3 AVDD1 AVDD3 SPI SDO CSB SDIO SCLK ADDR1 ADDR0 RX_LOAD TX_LOAD TR To PA Bias PA_ON ADAR1000 DET3 ADC LNA BIAS Transmit/Receive Bias and Control +3.3 V–5 V +3.3 V+3.3 V –3.3 V TR_SW_POS +5 V LDO 1.8 V 100 kΩ LNA_BIAS1 ADTR1107 To Additional LNA Gates 1 LNA_BIAS is a single pin that can drive up to four gates and is an optional connection that can be used to vary the bias current of the ADTR1107. Key Features ► Front-end IC with integrated power amplifier, LNA, and SPDT ► Transceiver PSAT: 25 dBm ► Transceiver gain: 22 dB ► Receiver gain: 18 dBm ► Receiver output IP3: 26 dBm ► Receiver P1dB: 14 dBm ► Receiver noise figure: 2.5 dB ► Fast switching time: 10 ns TON/TOFF ► Amplifier supply: 5 V at 220 mA (PA), 3.3 V at 80 mA (LNA), ► Switch supply : –3.3 V/+3.3 V ► Ideal front-end IC for ADAR1000 beamformer ► 50 Ω matched input and output ► 24-terminal, 5 mm × 5 mm LGA package Applications ► Military and weather radar ► X-band and Ku-band phased array antennas ► Military EW and ECM equipment 89VISIT ANALOG.COM/RF Phased Array RF Front-End ICs Part Number Tx Gain (dB) Tx PSAT (dBm) Tx PAE (%) Rx Gain (dB) Rx P1dB (dBm) Rx NF (dB) Rx OIP3 (dBm) Package (mm) ECCN Code Ordering Part Number ADTR1107* 22 25 20 18 14 2.5 26 5 × 5 LGA EAR99 ADTR1107ACCZ Analog Phase Shifters Part Number Description Frequency (GHz) Loss (dB) Phase Range @ Min Frequency (°) Phase Range @ Max Frequency (°) 2nd Harmonic @ Lead = –10 dBm (dBc) Input IP3 (dBm) Control Voltage Range (V) Package (mm) ECCN Code Ordering Part Number HMC247* Analog phase shifter 5 to 18 4 400 120 –80 32 0 to –10 Die EAR99 HMC247 HMC877 Analog time delay/ phase shifter 8 to 23 — 504 485 –35 — 2.7 to 3.9 3 × 3 SMT EAR99 HMC877LC3 Digital Phase Shifters Part Number Description Frequency (GHz) Loss (dB) Phase Range Frequency (°) Phase Adjust Resolution RMS Phase Error (°) Input IP3 (dBm) Input P1dB (dBm) Package (mm) ECCN Code Ordering Part Number HMC936A* 6-bit digital phase shifter 1.2 to 1.4 5 360 6-bit, 5.625° 1.2 45 29 6 × 6 LFCSP EAR99 HMC936ALP6E HMC647A* 6-bit digital phase shifter 2.5 to 3.1 4 360 6-bit, 5.625° 1.5 50 31 6 × 6 LFCSP EAR99 HMC647ALP6E HMC648A* 6-bit digital phase shifter 2.9 to 3.9 5 360 6-bit, 5.625° 1.2 45 31 6 × 6 LFCSP EAR99 HMC648ALP6E HMC649A* 6-bit digital phase shifter 3 to 6 8 360 6-bit, 5.625° 4 40 31 6 × 6 LFCSP EAR99 HMC649ALP6E HMC1133* 6-bit digital phase shifter 5 to 6 5 360 6-bit, 5.625° 2.8 46 30 5 × 5 LFCSP EAR99 HMC1133LP5E HMC543A 4-bit digital phase shifter 8 to 12 6.5 360 4-bit, 22.5° 4 40 24.5 4 × 4 LFCSP EAR99 HMC543ALC4B HMC642A* 6-bit digital phase shifter 9 to 12.5 7 360 6-bit, 5.625° 4.5 35 30 5 × 5 LFCSP EAR99 HMC642ALC5 HMC644A 5-bit digital phase shifter 15 to 18.5 7.5 360 5-bit, 11.25° 3.5 40 23 5 × 5 LFCSP EAR99 HMC644ALC5 Vector Modulators Part Number Description Frequency (GHz) I/Q Bandwidth (MHz) Noise Floor (dBm/Hz) Gain Range (dB) Phase Range (°) Input IP3 (dBm) P1dB (dBm) VS (V) IS (mA) Package (mm) ECCN Code Ordering Part Number HMC630 Vector modulator 0.7 to 1 180 –162 40 360 34 17 8 92 3 × 3 LFCSP EAR99 HMC630LP3E AD8340 Vector modulator 0.7 to 1 230 –149 — 360 — 11 5 130 4 × 4 LFCSP 5A991.b AD8340ACPZ-WP HMC500 Vector modulator 1.8 to 2.2 150 –162 40 360 33 16 8 90 3 × 3 LFCSP EAR99 HMC500LP3E ADL5390 Vector modulator 0.02 to 2.4 230 –150 — 360 — 13 5 130 4 × 4 LFCSP 5A991.b ADL5390ACPZ-REEL7 AD8341 Vector modulator 1.5 to 2.4 230 –151 — 360 — 8.5 5 130 4 × 4 LFCSP 5A991.b AD8341ACPZ-WP HMC631 Vector modulator 1.8 to 2.7 160 –160 40 360 35 21 8 93 3 × 3 LFCSP EAR99 HMC631LP3E * = X-Microwave. 90RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS High Speed Data Converters High Speed Analog-to-Digital Converters >20 MSPS Part Number Channels Resolution (Bits) Max Sample Rate SFDR (dBc) SNR (dBFS) INL (LSB) Vin Range (V p-p) Data Output Interface Power (W) Package (mm) ECCN Code Ordering Part Number AD9694 4 14 500 MSPS 82 67.1 1 1.8 JESD204B 1.66 10 × 10 LFCSP 3A001.a.5.a.4 AD9694BCPZ-500 AD9690 1 14 1.0 GSPS 88 67.2 2.5 1.7 JESD204B 2 9 × 9 LFCSP 3A001.a.5.a.4 AD9690BCPZ-1000 AD9234 2 12 1.0 GSPS 88 64.2 35 1.34 JESD204B 3.3 9 × 9 LFCSP 3A001.a.5.a.3 AD9234BCPZ-1000 AD9680 2 14 1.0 GSPS 88 67.2 2.5 1.7 JESD204B 0.71 7 × 7 LFCSP 3A001.a.5.a.4 AD9680BCPZ-1000 AD9094 4 8 1.0 GSPS 71 49.2 0 1.44 JESD204B 1.6 9 × 9 LFCSP 3A991.c.2 AD9094BCPZ-1000 AD9691 2 14 1.25 GSPS 77 63.4 2.6 1.58 JESD204B 3.8 12 × 12 LFCSP 3A001.a.5.a.4 AD9691BCPZ-1250 AD9680 2 14 1.25 GSPS 84 63.6 3 1.58 JESD204B 3.7 9 × 9 LFCSP 3A001.a.5.a.4 AD9680BCPZ-1250 AD9695 2 14 1.3 GSPS 77 65.6 1 1.59 JESD204B 1.6 9 × 9 LFCSP 3A001.a.5.a.4 AD9695BCPZ-1300 AD9697 1 14 1.3 GSPS 80 65.6 1 1.59 JESD204B 1.01 9 × 9 LFCSP 3A001.a.5.a.4 AD9697BCPZ-1300 AD9083 16 12 2.0 GSPS 80 82 — 0.5 to 2.0 JESD204B 0.9 9 × 9 CSP_BGA 3A991.c.2 AD9083BBCZ AD9625 1 12 2.0 GSPS 80 59.5 0.9 1.1 JESD204B 3.48 12 × 12 BGA_ED 3A001.a.5.a.3 AD9625BBPZ-2.0 AD9689 2 14 2.0 GSPS 77 62.7 2 1.59 JESD204B 2.5 12 × 12 BGA_ED 3A001.a.5.a.4 AD9689BBPZ-2.0 AD9625 1 12 2.5 GSPS 77 58.3 1 1 JESD204B 3.9 12 × 12 BGA_ED 3A001.a.5.a.3 AD9625BBPZ-2.5 AD9625 1 12 2.6 GSPS 80.5 58.1 1 1 JESD204B 4 12 × 12 BGA_ED 3A001.a.5.a.3 AD9625BBPZ-2.6 AD9689 2 14 2.6 GSPS 76 61.3 6 1.59 JESD204B 3.1 12 × 12 BGA_ED 3A001.a.5.a.4 AD9689BBPZ-2.6 AD9699 New 1 14 3.0 GSPS 71 60.2 6 1.7 JESD204B 2 12 × 12 BGA_ED 3A001.a.5.a.4 AD9699BBPZ-3000 AD9208 2 14 3 GSPS 71 60.2 6 1.7 JESD204B 3.3 12 × 12 BGA_ED 3A001.a.5.a.4 AD9208BBPZ-3.0 AD9209 4 12 4.0 GSPS 80 59 7 1.5 JESD204B/ JESD204C 5 15 x 15 BGA_ED 3A001.a.5.a.3 AD9209BBPZ-4G AD9213 1 12 6.0 GSPS 78 58.2 2.4 1.4 JESD204B 5.1 12 × 12 BGA_ED 3A001.a.5.a.3 AD9213BBPZ-6G AD9217 1 12 6.0 GSPS 78 57 2.4 1.4 LVDS 4.2 12 × 12 BGA_ED 3A001.a.5.a.3 AD9217BBPZ-6G AD9207 2 12 6.0 GSPS 80 59 7 1.5 JESD204B/ JESD204C 5 15 x 15 BGA_ED 3A001.a.5.a.3 AD9207BBPZ-6G AD9213 1 12 10.25 GSPS 78 57.5 2.4 1.4 JESD204B 5.1 12 × 12 BGA_ED 3A001.a.5.a.3 AD9213BBPZ-10G AD9217 1 12 10.25 GSPS 78 57 2.4 1.4 LVDS 4.2 12 × 12 BGA_ED 3A001.a.5.a.3 AD9217BBPZ-10G High Speed Digital-to-Analog Converters ≥30 MSPS Part Number Device Primary Function Number of Channels Resolution (Bits) Update Rate (GSPS) Noise Spectral Density (dBm/Hz) SFDR (dB) IOUT FS (mA) Data Input Interface Power (W) Package (mm) ECCN Code Ordering Part Number AD9171 High speed DAC 2 16 6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball EAR99 AD9171BBPZ AD9161 High speed DAC 1 11 12 155 65 41.3 JESD204B, SPI 2.35 11 × 11 CSPBGA EAR99 AD9161BBCZ AD9162 High speed DAC 1 16 12 164 70 41.3 JESD204B, SPI 2.35 11 × 11 CSPBGA 3A001.a.5.b.2 AD9162BBCAZ AD9163 High speed DAC 1 16 12 164 70 41.3 JESD204B, SPI 2.65 11 × 11 CSPBGA EAR99 AD9163BBCZ AD9164 High speed DAC 1 16 12 164 70 41.3 JESD204B, SPI 2.35 11 × 11 CSPBGA 3A001.a.5.b.1 AD9164BBCAZ AD9166 High speed DAC + buffer 1 16 12 145 70 16.3 JESD204B, SPI 4.9 15 × 15 CSPBGA 3A001.a.5.b.1 AD9166BBPZ AD9177 High speed DAC 4 16 12 163 80 40 JESD204B/C, SPI 8.5 15 × 15 BGA_ED 3A001.a5b2a AD9177BBPZ AD9172 High speed DAC -2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball 3A001.a5b2a AD9172BBPZ AD9173 High speed DAC 2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball EAR99 AD9173BBPZ AD9174 High speed DAC 2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball 3A001.a.5.b.2 AD9174BBPZ AD9175 High speed DAC 2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball EAR99 AD9175BBPZ AD9176 High speed DAC 2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 ball 3A001.a5b2a AD9176BBPZ 91VISIT ANALOG.COM/RF Direct Digital Synthesis Part Number Description Number of Channels DAC Resolution (Bits) Clock Input (GHz) Tuning Word Width Power (mW) Package (mm) ECCN Code Ordering Part Number AD5933 DDS, impedence calculator: DDS core 1 12 0.016 27 33 6.20 × 5.30 SSOP EAR99 AD5933YRSZ AD5934 DDS, impedence calculator: DDS core 1 12 0.016 27 33 6.20 × 5.30 SSOP EAR99 AD5934YRSZ AD9837 DDS, waveform generator 1 10 0.016 28 12.21 3 × 3 LFCSP EAR99 AD9837ACPZ-RL7 AD9838 DDS, waveform generator 1 10 0.016 28 15.18 4 × 4 LFCSP EAR99 AD9838ACPZ-RL7 AD9831 DDS 1 10 0.025 32 40 7 × 7 TQFP EAR99 AD9831ASTZ AD9832 DDS 1 10 0.025 32 87.5 6.40 × 5 TSSOP EAR99 AD9832BRUZ AD9833 DDS, waveform generator 1 10 0.025 28 14.85 3 × 3 MSOP EAR99 AD9833BRMZ AD5930 DDS, waveform generator 1 10 0.05 24 20.26 6.50 × 4.40 TSSOP EAR99 AD5930YRUZ AD5932 DDS, waveform generator 1 10 0.05 24 20.26 5 × 4.40 TSSOP EAR99 AD5932YRUZ AD9830 DDS 1 10 0.05 32 250 7 × 7 LQFP EAR99 AD9830ASTZ AD9835 DDS 1 10 0.05 32 73.5 5 × 4.40 TSSOP EAR99 AD9835BRUZ AD9834 DDS, waveform generator 1 10 0.075 28 19.14 6.50 × 4.40 TSSOP EAR99 AD9834BRUZ AD9850 DDS 1 10 0.125 32 380 10.20 × 5.30 SSOP EAR99 AD9850BRSZ AD9851 DDS 1 10 0.18 32 555 10.20 × 5.30 SSOP EAR99 AD9851BRSZ AD9102 DDS, waveform generator 1 14 0.18 24 96 5 × 5 LFCSP EAR99 AD9102BCPZ AD9106 DDS, waveform generator 4 12 0.18 24 315 5 × 5 LFCSP EAR99 AD9106BCPZ AD9913 DDS 1 10 0.25 32 50 5 × 5 LFCSP EAR99 AD9913BCPZ AD9859 DDS 1 10 0.4 32 162 7 × 7 TQFP EAR99 AD9859YSVZ AD9951 DDS 1 14 0.4 32 162 7 × 7 TQFP EAR99 AD9951YSVZ AD9952 DDS 1 14 0.4 32 162 7 × 7 TQFP EAR99 AD9952YSVZ AD9953 DDS 1 14 0.4 32 162 7 × 7 TQFP EAR99 AD9953YSVZ AD9954 DDS 1 14 0.4 32 162 7 × 7 TQFP EAR99 AD9954YSVZ AD9956 DDS 1 14 0.4 48 400 7 × 7 LFCSP EAR99 AD9956YCPZ AD9911 DDS 1 10 0.5 32 241 8 × 8 LFCSP EAR99 AD9911BCPZ AD9958 DDS 2 10 0.5 32 350 8 × 8 LFCSP EAR99 AD9958BCPZ AD9959 DDS 4 10 0.5 32 580 8 × 8 LFCSP EAR99 AD9959BCPZ AD9858 DDS 1 10 1 32 2000 14 × 14 TQFP EAR99 AD9858BSVZ AD9910 DDS 1 14 1 32 715 14 × 14 TQFP EAR99 AD9910BSVZ AD9912 DDS 1 14 1 48 637 9 × 9 LFCSP EAR99 AD9912ABCPZ AD9915 DDS 1 12 2.5 32 2200 12 × 12 LFCSP 3A001.a.13.b AD9915BCPZ AD9914 DDS 1 12 3.5 32 2400 12 × 12 LFCSP 3A001.a.13.b AD9914BCPZ 92RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS High Speed RF DAC and Direct Digital Synthesis Part Number Device Primary Function Number of Channels Resolution (Bits) Update Rate (GSPS) Noise Spectral Density (dBm/Hz) SFDR (dBc) IOUT FS (mA) Data Input Interface Power (W) Package (mm) ECCN Code Ordering Part Number AD9164 High speed RF DAC and DDS 1 16 12 164 70 41.3 JESD204B, SPI 2.35 11 × 11 CSP_BGA 3A001.a.5.b.1 AD9164BBCAZ AD9166 Vector signal generator 1 16 12 154 46 41.3 JESD204B 4.88 15 × 15 BGA_ED 3A001.a.5.b.1 AD9166BBPZ AD9174 High speed RF DAC and DDS 2 16 12.6 165 72 26 JESD204B, SPI 2.55 10 × 10 BGA_ED 3A001.a.5.b.2 AD9174BBPZ Mixed-Signal Front Ends Part Number Device Configuration DAC/ADC Resolution (Bits) DAC/ADC Sample Rate (GSPS) ADC Analog BW (GHz) ADC Aperture Jitter (fS rms) Product Description Data Output Interface Package (mm) ECCN Code Ordering Part Number AD9081 4 × ch IF/IF-to-bits Tx/Rx subsystem 16/12 12/4 0 to 7.5 65 MxFE quad, 16-bit, 12 GSPS RF DAC, and quad 12-bit, 4 GSPS RF ADC JESD204B, JESD204C 15 × 15 BGA_ED 3A001.a.5.a.3 AD9081BBPZ-4D4AC AD9082 4 × ch IF/IF-to-bits Tx/Rx subsystem 16/12 12/6 0 to 8 65 MxFE quad, 16-bit, 12 GSPS RF DAC and dual, 12-bit, 6 GSPS RF ADC JESD204B, JESD204C 15 × 15 BGA_ED 3A001.a.5.a.3 AD9082BBPZ-4D2AC AD9166: Wideband DC to 9 GHz, Vector Signal Generator Key Features ► DC-coupled, 50 Ω matched output ► Up to 4 dBm output power, with a −3 dB bandwidth of >6 GHz ► Instantaneous (complex) signal bandwidth ■ 1.8 GHz in NRZ mode ■ 1.5 GHz in mix mode ► DAC core update rate up to 12 GSPS (minimum) ■ DC to 2.5 GHz in baseband mode ■ DC to 9 GHz in 2× NRZ mode ■ 1 GHz to 9 GHz in mix mode ► Bypassable data path interpolation ■ 2×, 3×, 4×, 6×, 8×, 12×, 16×, 24× ► Fast frequency hopping ► Integrated B iCMOS buffer amplifier ► 324-ball, 15 mm × 15 mm, 0.8 mm pitch CSP_BGA package Applications ► High speed instrumentation and automated test equipment ► Broadband communications systems ► EW, ECM, and radar jamming equipment ► Local oscillator driver To JESD To Datapath HB 2 × HB 3 × HB 2 ×, 4 ×, 8 × INV SINC Data Latch SDO SDIO SCLK CS_AMP/CS_DAC SPI DAC Core SERDIN0± SERDIN7± SYSREF± SYNCOUT± Matching Network Wideband Amp CLK± AD9166 TX_ENABLE RFOUT RESET IRQ VREF DAC_ISET DAC_VREF NCOHB 2 × FIR85 NRZ RZ FSC ICM MIX Notes 1. FSC is full-scale current. 2. ICM is the input common-mode current of the buffer amplifier. JESD Clock Distribution 93VISIT ANALOG.COM/RF MxFE AD9081 and AD9082: Software-Defined Radio Platform Low Power, Wide Bandwidth RF ADCs Provide the High Dynamic Range Across Multiband Signal Capture Key Features ► AD9081: four 12-bit, 4 GSPS RF ADCs ■ Core power: 800 mW ■ NSD of –151 dBFs/Hz up to 2.7 GHz AIN ■ SFDR < –70 dBc at 2.7 GHz at –7 dBFs ■ SFDR (excl. H2, H3, I/L) < –90 dBc ► AD9082: two 12-bit, 6 GSPS RF ADCs ► RF input range up to 7.2 GHz ■ On-chip input programmable input buffer ■ 100 Ω termination ■ 1 V common mode; 1.4 V p-p full scale ► Voltage supplies: 2 V and 1 V ► GPIO voltage of 1.8 V to 2 V ► ADC to ADC isolation > 75 dBc ► ADC to DAC isolation > 75 dBc ■ Channel BW table and isolation DAC0 Data Router Mux Data Router Mux DAC1 Ramp Up/Down Ramp Up/Down DAC BIAS PA Protect PA Protect Coarse Digital Upconversion Coarse Digital Upconversion DAC2 Data Router Mux DAC3 DAC Clock ADC0 Ramp Up/Down Ramp Up/Down Loopback Mux Fast Detect Signal Monitor ÷1, ÷2, ÷3, or ÷4 Delay Adjust Delay Adjust Align Detect Clock Distribution and Control Logic Syncronization Logic SPIGPIO MuxMicroprocessor Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion SERDIN0± DAC0P DAC0N DAC1P DAC1N ISET DAC2P DAC2N DAC3P DAC3N ADC0P ADC0N ADC1P ADC1N ADCx_FD1 ADCx_SMON0 ADCx_SMON1 ADCx_FD2 VCM0 SERDIN7± SYNCOUTB0± SYNCOUTB1± SYNCINB0± SYNCINB1± RXEN0 RXEN1 TXEN0 TXEN1 RESETB IRQB_1 SDIO SCLK SYSREFP SYSREFN CLKINP CLKINN ADCDRVP ADCDRVN CSB SDO GPIO0 TO GPIO10 IRQB_0 SERDIN6± SERDIN5± SERDIN4± SERDIN3± SERDIN2± SERDIN1± SERDOUT0± SERDOUT7± SERDOUT6± SERDOUT5± SERDOUT4± SERDOUT3± SERDOUT2± SERDOUT1± PA Protect PA Protect Coarse Digital Upconversion Coarse Digital Upconversion Coarse Digital Upconversion Coarse Digital Upconversion Coarse Digital Downconversion Coarse Digital Downconversion Peak Value Data Router Mux Data Router Mux Data Router Mux Data Router Mux Programmable FIR Filter PLL Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion Delay Adjust Fine Digital Upconversion VCM1 VDD1_NVG BVDD3 BVNN2 BVNN1 VNN1 NVG1_OUT ADC1 To DAC Clock AD9082 GND AVDD2_PLL AVDD2 BVDD2 RVDD2 AVDD1 AVDD1_ADC FVDD1 CLKVDD1 PLLCLKVDD1 DAVDD1 AVDD1 DVDD1_RT DCLKVDD1 DVDD1 DVDD1P8 SVDD1 SVDD1_PLL SVDD2_PLL JESD204B/JESD204C Link Rx Data Router Mux Clock Receiver Clock Driver Sysref Clock Receiver JESD204B/JESD204C Link Rx 94RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Timing ICs and Clocks Clock Distribution Part Number Clock Function Configuration/ Programming Interface Number of Outputs Output Frequency (MHz) Output Logic Power Dissipation (W) Input Frequency (MHz) Package (mm) ECCN Code Ordering Part Number AD9513 Distribution Pin select 3 250 CMOS, LVDS 0.46 0 to 1600 5 × 5 LFCSP EAR99 AD9513BCPZ-REEL7 ADN4670 Distribution Serial 10 1100 LVDS 0.350 1 to 1100 5 × 5 LFCSP_WQ EAR99 ADN4670BCPZ LTC6954-1 Distribution SPI 3 1400 LVPECL 1 1 to 1400 4 × 7 LFCSP EAR99 LTC6954IUFF-1#TRPBF LTC6954-2 Distribution SPI 3 1400 CMOS, LVDS, LVPECL 0.94 1 to 1400 4 × 7 LFCSP EAR99 LTC6954IUFF-2#TRPBF LTC6954-3 Distribution SPI 3 1400 CMOS, LVDS, LVPECL 0.9 1 to 1400 4 × 7 LFCSP EAR99 LTC6954IUFF-3#TRPBF LTC6954-4 Distribution SPI 3 1400 CMOS, LVDS 0.9 1 to 1400 4 × 7 LFCSP EAR99 LTC6954IUFF-4#TRPBF AD9515 Distribution Pin select 2 1600 CMOS, LVDS, LVPECL 0.37 0 to 1600 5 × 5 LFCSP EAR99 AD9515BCPZ-REEL7 AD9514 Distribution Pin select 3 1600 CMOS, LVDS, LVPECL 0.525 0 to 1600 5 × 5 LFCSP_VQ EAR99 AD9514BCPZ AD9508 Distribution SPI, pin select, I2C 4 1650 LVDS, HSTL, CMOS 0.5 0 to 1650 4 × 4 LFCSP EAR99 AD9508BCPZ HMC7043 Distribution SPI 14 3200 CMOS, LVDS, LVPECL, CML 1.5 200 to 6000 7 × 7 LFCSP EAR99 HMC7043LP7FE LTC6953 Clock distribution with sync SPI 11 4500 CML 1.8 LF to 4500 7 × 8 LFCSP EAR99 LTC6953IUKG#TRPBF ADCLK948 Distribution Pin select, serial 8 4800 LVPECL 1.2 4500 to 4800 5 × 5 LFCSP EAR99 ADCLK948BCPZ ADCLK950 Distribution Pin select, serial 10 4800 LVPECL 1.4 4500 to 4800 6 × 6 LFCSP EAR99 ADCLK950BCPZ ADCLK944 Distribution Serial 4 7000 LVPECL 0.5 6200 to 7000 3 × 3 LFCSP_WQ EAR99 ADCLK944BCPZ-R7 Multioutput Clock Generators Part Number Supply Voltage (V) Number of Ref Inputs Number of Outputs Number of Dividers Number of Delay Lines On-Chip VCO or DCO Max Output Frequency (MHz) Output Logic Wideband Random Jitter (ps rms) I/O Interface Package (mm) ECCN Code Ordering Part Number AD9522-0 3.3 2 24/12 4 0 Yes 800 LVDS, CMOS <0.4 Serial with EEPROM 64-lead LFCSP EAR99 AD9522-0BCPZ-REEL7 AD9510 3.3 1 8 8 2 No 1200 CMOS, LVDS, LVPECL 0.225 Serial 64-lead LFCSP EAR99 AD9510BCPZ-REEL7 AD9511 3.3 1 5 5 1 No 1200 CMOS, LVDS, LVPECL 0.225 Serial 48-lead LFCSP EAR99 AD9511BCPZ-REEL7 AD9528 3.3 2 14 14 14 Yes 1250 HSTL, LVDS 0.160 I2C, serial, SPI 72-lead LFCSP EAR99 AD9528BCPZ AD9576 3.3 3 11 5 11 Yes 1250 CMOS, HCSL, HSTL, LVDS <0.3 I2C, pin select, serial, SPI 9 × 9 LFCSP EAR99 AD9576BCPZ LTC6950 3.3 1 5 5 0 No 1400 CMOS, LVDS, LVPECL 0.115 Serial 48-lead LFCSP EAR99 LTC6950IUHH#TRPBF AD9516-4 3.3 2 14 5 4 Yes 1800 CMOS, LVDS, LVPECL <0.4 Serial 64-lead LFCSP EAR99 AD9516-4BCPZ-REEL7 AD9517-4 3.3 2 12 6 4 Yes 1800 CMOS, LVDS, LVPECL 0.275 Serial 48-lead LFCSP EAR99 AD9517-4ABCPZ-RL7 AD9518-4 3.3 2 6 3 0 Yes 1800 LVPECL 0.225 Serial 48-lead LFCSP EAR99 AD9518-4ABCPZ-RL7 AD9522-4 3.3 1 12/24 4 4 Yes 1800 LVPECL, CMOS 0.242 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9522-4BCPZ-REEL7 AD9520-3 3.3 2 12/24 4 0 Yes 1800, 2250 CMOS, LVPECL 0.225 Serial 64-lead LFCSP EAR99 AD9520-3BCPZ-REEL7 AD9516-3 3.3 2 14 5 4 Yes 2250 CMOS, LVDS, LVPECL <0.4 Serial 64-lead LFCSP EAR99 AD9516-3BCPZ-REEL7 95VISIT ANALOG.COM/RF Multioutput Clock Generators (Continued) Part Number Supply Voltage (V) Number of Ref Inputs Number of Outputs Number of Dividers Number of Delay Lines On-Chip VCO or DCO Max Output Frequency (MHz) Output Logic Wideband Random Jitter (ps rms) I/O Interface Package (mm) ECCN Code Ordering Part Number AD9517-3 3.3 2 12 6 4 Yes 2250 CMOS, LVDS, LVPECL 0.275 Serial 48-lead LFCSP EAR99 AD9517-3ABCPZ-RL7 AD9518-3 3.3 2 6 3 0 Yes 2250 LVPECL 0.225 Serial 48-lead LFCSP EAR99 AD9518-3ABCPZ-RL7 AD9522-3 3.3 1 12/24 4 4 Yes 2250 LVPECL, CMOS 0.242 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9522-3BCPZ-REEL7 AD9516-2 3.3 2 14 5 4 Yes 2335 CMOS, LVDS, LVPECL <0.4 Serial 64-lead LFCSP EAR99 AD9516-2BCPZ-REEL7 AD9517-2 3.3 2 12 6 4 Yes 2335 CMOS, LVDS, LVPECL 0.275 Serial 48-lead LFCSP EAR99 AD9517-2ABCPZ-RL7 AD9518-2 3.3 2 6 3 0 Yes 2335 LVPECL 0.225 Serial 48-lead LFCSP EAR99 AD9518-2ABCPZ-RL7 AD9520-2 3.3 2 12/24 4 0 Yes 2335 CMOS, LVPECL 0.225 Serial 64-lead LFCSP EAR99 AD9520-2BCPZ-REEL7 AD9516-5 3.3 2 14 5 4 No 2400 CMOS, LVDS, LVPECL <0.4 Serial 64-lead LFCSP EAR99 AD9516-5BCPZ-REEL7 AD9520-5 3.3 2 12/24 4 0 No 2400 CMOS, LVPECL 0.225 Serial 64-lead LFCSP EAR99 AD9520-5BCPZ-REEL7 AD9522-2 3.3 1 12/24 4 4 Yes 2400 LVPECL, CMOS 0.242 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9522-2BCPZ-REEL7 AD9522-5 3.3 1 12/24 4 4 No 2400 LVPECL, CMOS 0.242 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9522-5BCPZ-REEL7 LTC6951 3.3/5 1 5 5 0 Yes 2500 LVDS, CML 0.105 Serial 40-lead LFCSP EAR99 LTC6951IUHF#TRPBF AD9517-1 3.3 2 12 6 4 Yes 2650 CMOS, LVDS, LVPECL 0.275 Serial 48-lead LFCSP EAR99 AD9517-1ABCPZ-RL7 AD9516-1 3.3 2 14 5 4 Yes 2650 CMOS, LVDS, LVPECL <0.4 Serial 64-lead LFCSP EAR99 AD9516-1BCPZ-REEL7 AD9518-1 3.3 2 6 3 0 Yes 2650 LVPECL 0.225 Serial 48-lead LFCSP EAR99 AD9518-1ABCPZ-RL7 AD9520-1 3.3 1 12 4 4 Yes 2650 LVPECL, CMOS 0.33 Serial 9 × 9 LFCSP EAR99 AD9520-1BCPZ-REEL7 AD9522-1 3.3 1 12/24 4 4 Yes 2650 LVPECL, CMOS 0.08 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9522-1BCPZ-REEL7 LTC6951-1 3.3/5 1 5 5 5 Yes 2700 LVDS, CML 0.115 Serial 5 × 7 LFCSP EAR99 LTC6951IUHF-1#TRPBF AD9516-0 3.3 1 14 5 5 No 2950 CMOS, LVDS, LVPECL <0.4 Serial 9 × 9 LFCSP EAR99 AD9516-0BCPZ-REEL7 AD9517-0 3.3 1 12 4 4 Yes 2950 CMOS, LVDS, LVPECL 0.275 Serial 7 × 7 LFCSP EAR99 AD9517-0ABCPZ-RL7 AD9518-0 3.3 1 3 3 3 Yes 2950 LVPECL 0.225 Serial 7 × 7 LFCSP EAR99 AD9518-0ABCPZ-RL7 AD9520-0 3.3 1 12/24 4 4 Yes 2950 LVPECL, CMOS 0.225 Serial with EEPROM 9 × 9 LFCSP EAR99 AD9520-0BCPZ-REEL7 AD9523-1 3.3 2 14/29 14 14 Yes 3100 LVPECL, LVCMOS 0.124 Serial with EEPROM 10 × 10 LFCSP EAR99 AD9523-1BCPZ-REEL7 HMC7044 3.3 4 14 14 14 Yes 3200 CMOS, LVDS, LVPECL 0.044 Serial 10 × 10 LFCSP EAR99 HMC7044LP10BETR AD9525 3.3 3 9 0 0 No 3600 LVPECL, CMOS 0.08 Serial 7 × 7 LFCSP EAR99 AD9525BCPZ-REEL7 LTC6952 3.3/5 1 11 11 11 No 4500 CML 0.065 Serial with sync 7 × 8 LFCSP EAR99 LTC6952IUKG#PBF ADF4377 New 3.3/5 1 2 1 1 Yes 12,800 Programmable CML 0.018 SPI 7 × 7 LGA EAR99 ADF4377BCCZ 96RF, MICROWAVE, AND MILLIMETER W AVE P RODUCTS Clock Generators and Synchronizers Part Number Supply Voltage (V) Number of Reference Inputs Number of Outputs Number of Dividers Number of Delay Lines On-Chip VCO or DCO Max Output Frequency (MHz) Output Logic Wideband Random Jitter (ps rms) I/O Interface Package (mm) ECCN Code Ordering Part Number AD9547 1.8, 3.3 2 2 2 1 Yes 450 LVDS, LVPE 0.7 Serial 64-lead LFCSP EAR99 AD9547BCPZ-REEL7 AD9548 1.8, 3.3 8 8 4 1 Yes 450 LVDS, LVPECL, CMOS 0.7 Serial 88-lead LFCSP EAR99 AD9548BCPZ-REEL7 AD9545 1.8 4 5 5 5 Yes 500 CML, HCSL, LVDS 0.220 I2C, Serial, SPI 7 × 7 LFCSP EAR99 AD9545BCPZ AD9546 New 1.8 2 diff or 8 single-end 10 2 0 Yes 2415 CML, HCSL, LVDS, or sing. See data sheet I2C, serial, SPI 48-lead LFCSP EAR99 AD9546BCPZ AD9549 1.8, 3.3 2 2 1 0 Yes 750 CMOS, HSTL 0.6 Serial 64-lead LFCSP EAR99 AD9549ABCPZ-REEL7 AD9550 1.8, 3.3 1 2 2 0 Yes 810 LVPECL, LV 0.5 — 32-lead LFCSP EAR99 AD9550BCPZ-REEL7 AD9553 1.8, 3.3 3 2 2 0 Yes 810 LVDS, LVPE 0.5 Serial 32-lead LFCSP EAR99 AD9553BCPZ-REEL7 AD9552 1.8, 3.3 2 2 2 0 Yes 900 LVDS, LVPE 0.5 Serial 32-lead LFCSP EAR99 AD9552BCPZ-REEL7 AD9557 1.8, 3.3 2 2 2 0 Yes 1250 HSTL, LVDS 0.5 Serial 40-lead LFCSP EAR99 AD9557BCPZ-REEL7 AD9558 1.8, 3.3 4 6 4 0 Yes 1250 HSTL, LVDS 0.5 Serial 64-lead LFCSP EAR99 AD9558BCPZ-REEL7 AD9559 1.8, 3.3 4 4 4 0 Yes 1250 HSTL, LVDS 0.5 Serial 72-lead LFCSP EAR99 AD9559BCPZ-REEL7 Clock Buffers Part Number Supply Voltage (V) Number of Inputs Number of Outputs Max Output Frequency (MHz) Output Logic Wideband Random Jitter (ps rms) I/O Interface Package (mm) ECCN Code Ordering Part Number LTC6957-1 3.3 1 2 300 LVPECL 0.12 — 12-lead QFN, LFCSP EAR99 LTC6957IDD-1#TRPBF LTC6957-2 3.3 1 2 300 LVDS 0.12 — 12-lead QFN, LFCSP EAR99 LTC6957IDD-2#TRPBF LTC6957-3 3.3 1 2 300 CMOS 0.12 — 12-lead QFN, LFCSP EAR99 LTC6957IDD-3#TRPBF LTC6957-4 3.3 1 2 300 CMOS 0.12 — 12-lead QFN, LFCSP EAR99 LTC6957IDD-4#TRPBF ADCLK846 1.8 1 6 1200 LVDS, CMOS 0.15 — 24-lead LFCSP EAR99 ADCLK846BCPZ-REEL7 ADCLK854 1.8 2 12 1200 LVDS, CMOS 0.15 — 48-lead LFCSP EAR99 ADCLK854BCPZ-REEL7 ADCLK946 3.3 1 6 4800 LVPECL 0.075 — 24-lead LFCSP EAR99 ADCLK946BCPZ-REEL7 ADCLK954 3.3 2 12 4800 LVPECL 0.075 — 40-lead LFCSP EAR99 ADCLK954BCPZ-REEL7 ADCLK905 2.5 to 3.3 1 1 6000 ECL, PECL, LVPECL 0.06 — 16-lead LFCSP EAR99 ADCLK905BCPZ-WP ADCLK907 2.5 to 3.3 2 2 6000 ECL, PECL, LVPECL 0.06 — 16-lead LFCSP EAR99 ADCLK907BCPZ-WP ADCLK925 2.5 to 3.3 1 2 6000 ECL, PECL, LVPECL 0.06 — 16-lead LFCSP EAR99 ADCLK925BCPZ-WP ADCLK914 3.3 1 1 7500 HVDS, CML 0.11 — 16-lead LFCSP EAR99 ADCLK914BCPZ-WP LTC6955 3.3 1 11 7500 CML 0.045 Pin select 7 × 8 LFCSP EAR99 LTC6955IUKG#TRPBF LTC6955-1 3.3 1 10/1 7500 CML 0.045 Pin select 7 × 8 LFCSP EAR99 LTC6955IUKG-1#TRPBF Clock Dividers Part Number Description Data/ Clock Rate (Gbps/GHz) Rise/ Fall Time (ps) Deterministic Jitter (ps) Differential Output Swing (VPPD) DC Power Consumption (mW) DC Power Supply (VDC) Package (mm) ECCN Code Ordering Part Number HMC859 Clock divide by 8 —/26 19/17 2 0.8 to 1.8 520 –3.3 or +3.3 3 × 3 LFCSP EAR99 HMC859LC3 HMC959 Clock divide by 4 —/26 19/19 2 0.8 to 1.8 281 –3.3 or +3.3 3 × 3 LFCSP EAR99 HMC959LC3 RF Design Tools ADI supports its broad product portfolio with a comprehensive suite of design tools. 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