Agile vector adapter offers enhanced realism for EW threat simulation

Oct. 17, 2017

Santa Rosa, CA. Keysight Technologies has introduced an agile vector adapter that extends the capabilities of the UXG X-Series agile signal generators to generate complex pulsed signals and waveforms based on I/Q data for more realistic electronic-warfare threat simulations. The company said the N5194A UXG X-Series agile vector adapter enables the industry’s highest fidelity agile threat simulations when used with Keysight’s commercial off-the-shelf (COTS) UXG X-Series agile signal generators for aerospace and defense applications.

The N5194A UXG X-Series agile vector adapter operates throughout the 50-MHz to 20-GHz frequency range and includes a 2-GS/s digital baseband generation system capable of producing wideband signals with up to 1.6 GHz of bandwidth. This makes it possible to generate complex pulsed signals with variable rise and fall times, nonlinear chirps, and advanced modulation coding schemes with excellent signal purity, typically -70 dBc in the X-band. To mimic antenna scan patterns and angle-of-arrival (AoA) scenarios, the UXG vector adapter includes a built-in solid-state attenuator and provides 120 dB of agile amplitude range. Engineers can add commercial communications signals for even greater realism.

The N5194A vector adapter receives its local oscillator (LO) and reference signals from the N5193A UXG X-Series agile signal generator. This architecture provides agile switching and phase coherence as well as frequency, amplitude, and phase switching times of 170 ns with phase repeatability at all frequencies.

Easy multichannel and multiport configurations allow engineers to precisely control the amplitude, phase, and time delay of each UXG agile vector adapter output, thereby providing faster evaluation of multiport direction-finding receivers for accurately simulating the AoA of multiple threat signals. Engineers can easily scale simulation systems as needs change by adding additional UXG agile vector adapters. The system is compatible with the U.S. government’s next-generation EW environment generation (NEWEG) system architecture.

“Keysight is stepping forward as a commercial collaborator, creating and delivering the rapidly adaptable EW solutions our customers need to succeed far into the future,” said Greg Peters, vice president and general manager of Keysight’s Aerospace and Defense Industry Solutions Group. “We will work with our customers to ensure enhanced realism and greater confidence in test and evaluation to help them take their lab to the next level.”

Engineers can use the N5194A with Keysight’s N7660C Signal Studio software for multi-emitter scenario generation. With Signal Studio’s graphical user interface, engineers can easily set up radar parameters and perform AoA simulations and optimizations. Users can stream multi-emitter scenarios created in Signal Studio directly to the N5194A to reduce programming time. For system testing, users can create and store waveforms in the N5194A UXG’s baseband generator memory and then access them on a pulse-by-pulse basis as pulse descriptor words (PDWs) are streamed to the N5194A.

At two rack units (2U) high, the N5194A occupies minimal rack space, making it suitable for multichannel, multiport AoA threat simulation systems. AoA simulations require precisely calibrated amplitude, time, and phase across multiple RF ports. Keysight offers system-level multiport calibration to the measurement plane of the EW system under test (SUT). For applications that require fully calibrated threat simulation systems, Keysight’s Aerospace and Defense Custom Solutions group can configure and integrate a solution for specific requirements.

The N5194A UXG X-Series agile vector adapter is available now. Prices start at $140,000. The N5193A UXG X-Series agile signal generator is available now. Prices start at $90,000. N7660C Signal Studio for Multi-Emitter Scenario Generation will be available Dec 1. Prices start at $13,500.

www.keysight.com/find/EW

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RN (editor)

This post was selected and edited by Executive Editor Rick Nelson from a press release or other news source. Send relevant news to [email protected].

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