Reduce Prototype Testing Cost with the Medalist i1000D

This paper discusses the requirements for a test strategy at the prototype production stage, and how to reduce prototype testing costs with the Medalist i1000D.

High-Power Test Applications for Green Energy Technology

What is a regenerative power supply? How can you reduce energy consumption? Why does it matter in the operation of a power supply? Get the answer to your questions!

Pick the Right Source: Reliable Network Analyzers Starts with a Clean Signal

This paper covers the upgraded DDS source and how it outclasses the previous PLL source in the PNA and PNA-X network analyzers.

Internet of Things (IoT) Equipment with ASK/FSK Modulation

Learn to use the Keysight N9310A and N9320B to characterize ASK / FSK devices for IoT in low power, low data rate RF communications.

Low Frequency RFID Tag Characterization

The application note describes the features of N9321/22C basic spectrum analyzer and how it helps with RFID tag characterization.

Improving Test Efficiency of MEMS Electrostatic Actuators

This application brief describes how the Keysight E4980A LCR meter can greatly improve the test efficiency of MEMS electrostatic actuators. Learn more!

Battery Life Optimization for Wireless Medical Devices

Learn how to optimize battery life. Using a blip WiFi Blood Pressure Monitor as an actual use case, we explain how to measure battery life on a wireless medical device.

Boundary Scan Test Development on i1000D In-Circuit Test System

Reduce your boundary scan engineering efforts by using Keysight’s i1000D In-Circuit Test System. Follow this implementation guide to meet the requirements.

Monitoring and Controlling Particle Collisions at Nanometer Scale

The Large Hadron Collider (LHC) at CERN is a powerful particle accelerator. See how Keysight digitizers are used for control and diagnostics sections of the LHC.

Evaluating Adaptive Fast USB Battery Charging

Adaptive fast USB charging manages battery charging to assure safety and reliability. Learn how to simplify fast-charging battery operation!

Speed Time to Market from R&D Through Manufacturing

Learn the benefits of measurement consistency and having a choice of benchtop or modular instruments that are supported by common software applications.

InfiniiVision Oscilloscopes with 89600 VSA Software

Characteristics, setup, & operation of InfiniiVision oscilloscopes when combined with the 89600 VSA software to provide broadband vector signal analysis.

Deploying Ideal Solution for Duplexer and Filter Tests

Learn why the E5080A Network Analyzer is the ideal solution for duplexer and handset filter test by enhancing yields with lower trace noise.

Automotive System Verification and Troubleshooting

Emerging technologies in the automotive industry are driving wide frequency applications. Find how to verify automotive system with FieldFox analyzers.

Next Generation Curve Tracer Revolutionizes Failure Analysis

This paper discusses power handling of the hot switching and cold switching of EM switches, and how to avoid catastrophic failure of the switches. Learn more.

High-Power Measurements Using the E5072A ENA Network Analyzer

Learn how to make high-power measurements and follow a simple procedure to measure a power amplifier with the E5072A ENA network analyzer.

Solutions for Emerging 4G and WLAN Communications Systems

This “Solutions for Emerging 4G and WLAN Communication Systems” application note explains how making Digital Pre-Distortion fast and practical for all engineers.

Pulse Signal Measurements the Easy Way

Using a Keysight N934xC and U2020 X-series peak power sensor in the field is a convenient way to test a pulsed signal, and obtain pulse parameters and peak power.

Rechargeable Battery Characterization

See how Keysight’s PA2200 Series Power Analyzers help you to simplify rechargeable batteries characterization for battery-powered products including battery life.

Designing LIDAR on a Chip

LIDAR on a chip offers a compact, robust, solid‑state alternative to mechanical LIDAR for autonomous systems. Achieving high performance requires optimizing insertion loss, output power, beam steering, and beam quality. Specialized photonic simulation tools accelerate development, reduce risk, and enable scalable, commercially viable integrated LIDAR designs.