What are you looking for?

The AC6800B’s simple user interface allows you to easily access and view setup and measurement information directly from the front panel or programmatically. And you won’t need to spend a lot of time learning to use the interface. If you’ve used an Keysight DC power supply, you’ll feel right at home with the AC6800B Series basic sources.

For Bench and Production Line Testing

A 750 W to 5200 W single output system power supply.

System and test engineers needing a DC power supply.

Aerospace, defense, manufacturers of electronics.

Automotive, renewable energy, and medical.

Advanced DC power supplies deliver 30 W to 400 W of power to your device under test. The autoranging feature produces more current at all voltage levels. Auto-series and auto-parallel options internally combine the outputs when a single, higher power output source is needed, enabling flexible output utilization for a wide variety of applications.

Engineers and technicians who require a performance bench to build simple automation system and doing evaluation, circuit and component qualification.

R&D engineers designing electronics, industries include: automotive, medical, education, A&D, telecommunications and electronics.

Customers currently using low cost bench power supplies with a need for automation will appreciate the updated interface, USB, LAN, and low output noise. Automotive Standards Testing - new upgrade option E36150ATMU elevates your E36150 Series to a whole new level for automotive applications.

A 2000 W to 12000 W single-output regenerative electronic load. 

R&D, test design validation and manufacturing engineers. 

Aerospace/defense, automotive, power electronics. 

Aerospace electrification, data infrastructure, e-Mobility, sustainable test solutions. 

An integrated electronic load and power supply developed to use with Keysight PW9253A PathWave Advanced Battery Test and Emulation software. An emulated battery gives you a known good reference for testing at any charge level. Quickly assess the effect of design or software changes on battery life by emulating any battery charge state. Leverage emulation and precise current drain analysis to achieve longer battery life or to reduce the size of your device.

They are designed for fast, accurate, and reliable testing of power devices. With a compact design and intuitive display, they offer precise control of voltage, current, and power to simulate real-world conditions. Built-in features, multiple test modes, and an oscilloscope-like view — plus high-accuracy measurements (±0.04%) — enable detailed analysis of device performance.

The N3300 Series supports up to six channels, each with a unique maximum voltage and current. They allow the design of a flexible automated test equipment (ATE) system to verify many types of power supplies, DC-to-DC converters, and batteries. Add additional modules to test multiple power sources simultaneously. Each module includes a 16-bit voltage, current, and power measurement system.

The N3300 Series supports up to six channels, each with a unique maximum voltage and current. They allow the design of a flexible automated test equipment (ATE) system to verify many types of power supplies, DC-to-DC converters, and batteries. Add additional modules to test multiple power sources simultaneously. Each module includes a 16-bit voltage, current, and power measurement system.

The Keysight N6790 Series electronic load modules can perform a static or dynamic test. A 16-bit, 200 kHz high-speed measurement system captures these fast-dynamic events. Simultaneous voltage and current measurements allow accurate energy calculations.

They are highly integrated instruments that provide valuable power insights in minutes by combining up to four high-level DC power supplies or electronic loads plus a digital multimeter (DMM), oscilloscope, arbitrary waveform generator (AWG), and data logger into a single instrument. Perform sourcing and measurement functions right from the front panel with a large, easy-to-use interface. Our DC power analyzers are ideal for evaluating battery performance and lifespan, testing LED lighting efficiency, characterizing the output of DC power supplies for stability and ripple, optimizing DC-DC converter designs, and even ensuring the reliability and performance of DC power systems in critical aerospace and defense systems.

A triple-output power supply with a compact design. You can control and view its three independent outputs simultaneously with its 7-inch color display, which is ideal for teaching labs. With Keysight power supply control and automation software, you can easily connect, control, and capture measurements remotely. 

R&D hardware designers, and educators.

1 or 2 channel bench top SMU with precision source and measurement capabilities that are tightly synchronized.

Researchers, designers and test engineers that need to source and measure voltage and current precisely to evaluate the DUT.

Semiconductors, optical devices, resistor, sensors, ICs, photovoltaic cells, Medical instrument, etc.

Semiconductors, sensor devices, education.

They deliver the precision, speed, and enhanced programmability required to safely test complex systems. The Expert Series architecture delivers fast dynamic response, precise control, and efficient energy recovery, optimized for demanding ATE environments that require dynamic load testing. 

Design validation and manufacturing engineers. 

Aerospace & defence, automotive, component, communications. 

Industrial automation, power device testing

They provide precise voltage and current control with a maximum output up to 800 W. Our highest power Expert model provides autoranging capabilities up to 800 W, ideal for testing motor drivers, power inverters, and DC to DC converters that require high voltage or current underload. Keysight Expert DC power supplies include all the capabilities in our Advanced models with additional features like enhanced programming speed, automotive ISO preset library, playback simulation, and e-logging features. 

Engineers and technicians doing prototype evaluation, circuit and component qualification.

R&D engineers designing electronics, industries include: automotive, medical, education, A&D, telecommunications, aerospace and defense.

Customers currently using the E3631A will appreciate the updated interface, USB, LAN, and higher current capability.

1 or 2 channel bench top SMU with precision source and measurement capabilities that are tightly synchronized.

Researchers, designers and test engineers that need to source and measure voltage and current precisely to evaluate the DUT.

Semiconductors, optical devices, resistor, sensors, ICs, photovoltaic cells, Medical instrument, etc.

Semiconductors, sensor devices, education.

High channel density pression SMU up to 20 channels with a small 1 U rack footprint.

R&D, design verification, and manufacturing engineers who need multiple SMUs or power supplies.

– Optical devices (laser diodes, photodiodes, LEDs, etc.)
– Optoelectronic components (ITLA, CDM, ICR, IC-TROSA, etc.)
– Vertical cavity surface emitting laser (VCSEL) sensors/modules
– Silicon photonics
– Integrated circuit (IC) design verification tests/function tests (RF PA/FEM, analog ICs, RFICs, MMICs, etc.)
– Quantum computing (superconducting, trapped ions, silicon-based, etc.)
– Semiconductor devices (FETs, diodes, transistors, etc.)
– Passive component devices (resistors, varistors, capacitors, etc.)

VCSEL, Datacenter, Silicon photonics, RF PA/FEM, Superconducting

A low-profile modular system power supply or electronic load and a modular DC power analyzer for the bench.

System and test engineers use the low-profile modular power supply. Design engineers use the power analyzer.

The low-profile modular power supply or electronic load are our most popular system used in all industries. The DC Power Analyzer: product development, and often to measure current consumption of battery power devices (IoT, Mobile Phones).

Testing IoT (Internet of Things) devices such as; security and alarm systems, smart watches and wearable health monitors, portable medical devices and Power Management (PM) chips and circuits.

Keysight high-performance modules increase test flexibility with autoranging outputs, providing higher current at more voltages. Autoranging outputs provide the greatest flexibility to keep up with changes to test requirements. Lower noise and higher accuracy are ideal for precise testing. Eliminate the need for an external multimeter with an accuracy of 0.06%. Fast up and down programming allows for quick testing, up to 50 times faster than a conventional power supply.

They deliver the precision, speed, and enhanced programmability required to safely test complex systems. The Expert Series architecture delivers fast dynamic response, precise control, and efficient energy recovery, optimized for demanding ATE environments that require dynamic load testing. 

Design validation and manufacturing engineers. 

Aerospace & defence, automotive, component, communications. 

Industrial automation, power device testing

1 or 2 channel low noise power source with bipolar 4 quadrant output.

Researchers, designers and test engineers specializing in noise-sensitive devices.

AD/DA converter, VCO/oscillators, sensors, transducers, analog IC, etc.

Integrated circuits, sensor devices, education.

1 or 2 channel bench top SMU with precision source and measurement capabilities that are tightly synchronized.

Researchers, designers and test engineers that need to source and measure voltage and current precisely to evaluate the DUT.

Semiconductors, optical devices, resistor, sensors, ICs, photovoltaic cells, Medical instrument, etc.

Semiconductors, sensor devices, education.