Keysight NL3-Class ATE DC Electronic Load

The Keysight EL4900 Series regenerative DC electronic loads support power device testing from validation through transient analysis. This product fact sheet summarizes model ratings, operating modes, regulation, programming and readback accuracy, connectivity, accessories, and system integration features for laboratory and production use.

Keysight NL3-Class ATE DC Electronic Loads

Explore the Keysight DP5800 Series high-density programmable DC power supplies, delivering up to 12 kW, 1500 V, and 1020 A in a compact 2U form factor with flexible connectivity, built-in measurements, protection functions, and parallel operation for R&D and automated test applications.

DC Electronic Loads Catalog

Explore the comprehensive range of Keysight DC electronic loads across benchtop, ATE, and modular. They support reliable testing of power devices, regenerative capabilities that efficiently return up to 95% of absorbed energy back to the grid, and scalable solutions for testing a range of DC power sources using one mainframe.

N3300A Series DC Electronic Loads

This 13-page data sheet includes specifications, supplemental characteristics and option descriptions for Keysight DC Electronic Loads Models N3300A-N3307A.

Demonstrate DC Electronic Load Fundamentals

DC electronic loads characterize a power supply’s responses to various load conditions. The N6790 series load provides modes for current, voltage, resistant and power.

Keysight Benchtop DC Electronic Loads

Discover Keysight’s benchtop DC electronic loads, delivering precision power testing with multiple test modes, real-time waveform viewing, intuitive touchscreen control, and remote operation capabilities.

EL30000 Series DC Electronic Loads

The EL30000 Series bench DC electronic loads provide superior performance in compact bench form factor. A single and dual-channel model is available with up to 600 W – ideal for design verification of consumer power supplies, batteries, battery modules, solar panels, LED drivers, and power converters.

Bench DC Electronic Load with Scope Mode

A DC electronic load with two channels and a built-in scope can capture and analyze cross-regulation. Power supplies with multiple voltage rails will have cross-regulation. It is important to characterize the cross-regulation to ensure that it does not affect the device. In the past, this measurement required multiple instruments. Today, a single instrument, the EL34243A bench electronic load with a built-in scope mode, can generate a unique dynamic load and capture the effects on adjacent voltage rails.

EL4900 Series Regenerative DC Electronic Loads

Keysight EL4900 Series: regenerative DC electronic loads with up to 95% energy recovery. Achieve precise, efficient power testing with PathWave automation for faster validation and deeper insights.

Electronic Load Fundamentals | Keysight

Download this white paper to understand the fundamentals of an electronic load and how to select an electronic load that best fits your test requirements.

EL30000 Series Bench DC Electronic Loads

8 hints on how to strengthen your bench using an electronic load. The lesson covers how to use the built-in analysis capability of an electronic load to measure power dissipation, efficiency, noise, transient response, and simulate real-world conditions. It also covers how to use an electronic load to automate your testing and save time and money. The lesson includes a hands-on exercise in which you will use an electronic load to measure the power dissipation of a power amplifier.

Zero Volt Electronic Load

Most electronic loads have limited ability to support true zero-volt operation. Keysight electronic loads offer stable operation down to zero volts. Learn more.

N6705C DC Power Analyzer, N67XX DC Power Modules and Electronic Load

Keysight N6705C PFS/Product Fact Sheet includes a family of over 30 modules that can be installed.

BenchVue Electronic Load App

Provides BenchVue software application overview and system requirements.

E36731A Power Supply and Electronic Load

The E36731A Battery Emulator and Profiler is a versatile 2-in-1 instrument that functions both as a power supply and an electronic load. This advanced tool is designed to simulate and analyze battery performance with precision, making it ideal for research, development, and testing of battery-powered devices. Beyond characterizing batteries, the E36731A can also be used to validate regulators for CPUs, assess the behavior of car cranking, and analyze power consumption patterns of wireless devices. With its user-friendly interface and comprehensive features, the E36731A ensures accurate and reliable results for various applications.

DC Electronic Load With Scope Mode for the Bench EL34243A (Part 4/4)

A DC electronic load with two channels and a built-in scope can capture and analyze cross-regulation. Power supplies with multiple voltage rails will have cross-regulation. It is important to characterize the cross-regulation to ensure that it does not affect the device. In the past, this measurement required multiple instruments. Today, a single instrument the EL34243A bench electronic load with a built-in scope mode can generate a unique dynamic load and capture the effects on adjacent voltage rails.

Power Supply and Electronic Load Basics

Learn about power supplies, electronic load operation, and how to maximize their effectiveness.

Pulsed Characterization of Power Semiconductors Using Electronic Loads

An electronic load eliminates the self-heating problems associated with measuring the on-state voltage drop and transconductance of power semiconductors. Learn more.

Overcoming Electronic Load Low Voltage Limitations

This blog post describes how to use a boost power supply to overcome electronic load current sinking limitations and sink full current down to zero volts.

DC-DC Converter Load Regulation Test Demonstration

This video demonstrates how you can easily test the load regulation of a DC-DC converter. Load regulation test measures the ability of the DC-DC converter to sustain the specified voltage output when the load current varies at constant input voltage.