Keysight’s solutions optimize networks and bring electronic products to market faster and at a lower cost with offerings from design simulation, to prototype validation, to manufacturing test, to optimization in networks and cloud environments.
1400 Fountaingrove Parkway Santa Rosa, CA 95403-1738
Keysight Technologies, Inc. is a leading technology company that helps its engineering, enterprise and service provider customers accelerate innovation to connect and secure the world. Keysight’s solutions optimize networks and bring electronic products to market faster and at a lower cost with offerings from design simulation, to prototype validation, to manufacturing test, to optimization in networks and cloud environments. Customers span the worldwide communications ecosystem, aerospace and defense, automotive, energy, semiconductor and general electronics end markets.
SANTA ROSA, CA—Keysight Technologies on Thursday introduced a new phase noise measurement system for "power users", which enables them to optimize and prove performance of new...
SANTA ROSA, CA—Keysight Technologies on Wednesday announced a radio frequency (RF) microwave circuit design, simulation, and measurement solution that provides students with engineering...
SANTA ROSA, CA—Keysight Technologies recently announced the addition of time domain scan (TDS) and real-time Scan (RTS) capabilities to the Keysight N9048B PXE Electromagnetic...
SANTA ROSA, CA—Keysight Technologies on Monday announced the addition of time domain scan (TDS) and real-time scan (RTS) capabilities to the Keysight N9048B PXE Electromagnetic...
Keysight Technologies and the National Central University Optical Sciences Center Establish Third-generation Semiconductor R&D and Test Open Laboratory
Keysight Solutions selected by TMYTEK to verify Antenna-in-Package designs to enable the Taiwan-based mmWave startup to accelerate development of radio units.
Dukosi will use Keysight's Scienlab SL1001A Battery Test System to help develop battery degradation tracking and prediction algorithms, among other things.
Keysight's solution measures wide-bandgap power semiconductor dynamic characteristics for discrete devices and power modules, including characteristics like turn-on, turn-off,...
Keysight's emulation and profiling solution identifies the impact of variables affecting the battery drain of IoT devices to enable designers to create better power systems.
Energy recovered from discharging cells in charging/discharging equipment—known as regeneration—can offset the energy costs needed to charge cells plus reduce waste heat. But ...
Half-bridge modules, power FETs, MHEV motor drivers, and “electric underdogs” are some of the latest power-related automotive newsmakers covered in this special edition of PowerBites...
Installing water and gas safety systems are common preventative measures in case of fire, but the best course of action is to take steps that will remove thermal runaway from ...
Digital multimeters are often the equipment of choice when measuring Li-ion cell voltage. However, DMMs draw current when connected to the electrode contacts and could negatively...
A HEMS is designed to intelligently coordinate energy from the grid, renewables, batteries, and EVs to improve resilience, reduce costs, and optimize electricity consumption.
Rising electricity demand from EVs and AI is stressing a grid built of centralized, rotating generators. Renewables can provide fill the rising demand, but are they “grid friendly...
Battery cell voltage is the most fundamental measurement made on the cell. While on the surface measuring voltage seems easy, challenges and accuracy considerations must be understood...
Self-discharge is an important parameter to measure in manufacturing. Finding the right method to make this measurement involves understanding the cause of self-discharge and ...
Upgrades to Keysight’s double-pulse test systems bring easier and even higher-accuracy measurement of dynamic characteristics of bare wide-bandgap power semiconductor dies.
Dreamstime_dudina5379_3224661451 and Keysight Technologies
Specification of lithium-ion battery testers must take into account that the actual power consumed varies with time, and that there will be losses. This article takes a deep dive...
Designed and built from the ground up with a custom ASIC and deep memory architecture, the HD3 Series enables engineers to quickly detect and fix signal issues in a variety of...
Determining the speed of a battery charger to change voltage requires careful consideration of many factors to ensure a safe and proper measurement. Using the right tools makes...
The article discusses the IEEE 802.3cz standard for high-speed automotive Ethernet over glass optical fiber, its benefits over electrical links, and crucial compliance tests, ...
In this article, you will learn how ranging improves battery tester accuracy, reduces error terms, and improves measurement precision, as well as gain insight on its limitations...
Learn why calibrating your battery tester is essential for maintaining accuracy and peak performance. What are the risks of neglecting calibration and how does it impact the test...
How has the measurement of transmitter dispersion and eye closure quaternary (TDECQ) evolved and improved, and what can be done to achieve accurate and reliable results in a variety...
When decisions were made to change from historical NRZ or simple on-off modulation to PAM4 in the development of advanced comms systems, methods to quantify transmitter performance...
From AI to cybersecurity to quantum computing, 2024 looks to be a watershed year for technology advances. Executives from across the many departments at Keysight Technologies ...
At productronica, visitors get to see a range of technologies and solutions for electronics production, with in-depth insights into the latest trends provided by practice-oriented...
Zeroing in on the right voltage measurement device is critical to achieving the accuracy and speed of measurement required for your voltage measurement task.