SL1200A Regenerative AC Grid Emulator Series

The SL1200A series was designed to handle all of your 3-phase AC grid test needs up to 1200 VAC, from 30 kW / 42 kVA to 1.35 W / 2.0 MVA without the need for a transformer.

What is the difference between an AC Source and an AC Grid Emulator?

An introduction to Keysight's AC products

AC EVSE Manufacturing Made Easy with Scalable Solution

Keysight’s scalable AC EVSE test solution streamlines manufacturing with modular design, global standard support, and pre-built test libraries. It accelerates time to market, ensures safety and reliability, and supports future DC expansion for evolving EVSE production needs.

SL1470A EV - EVSE Smart Charging Emulation Software

The SL1470A EV‑EVSE Smart Charging Emulation Software enables functional testing of CCS charging communication by emulating EVs or EVSEs. It supports AC, DC, Plug & Charge, bidirectional charging, and megawatt charging use cases.

How to Test Grid-Connected DER with Keysight SL1200A

The Keysight SL1200A Series Scienlab Regenerative AC Emulator acts as a high-voltage bidirectional source for testing grid-connected devices in distributed energy resources (DER), such as emulating the AC power grid to test the effect of harmonics on the performance of PV inverters.

Fabric Emulator

The Fabric Emulator product brings the realism of customer networks into experimentation and test workflows, for developers of the next generation of system components.

AC Motor Tests

Solution brief on how to to accurately control the voltage waveform applied to the motor under test and analyze its response.

Emulating Multipath Effects with Radar Scene Emulators

This is the app note version of a scientific peer-review publication authored by Keysight Germany solution engineer Arvid Sims in collaboration with researchers Bernhard Holzinger and Tom Vandeplas from Keysight Germany, and Keysight Belgium, respectively. It has been presented at ICMIM 2024; 7th IEEE MTT Conference, in Boppard, Germany, in April 2024.

AC Power Supplies Catalog

Explore the range of Keysight AC power supplies engineered for efficiency, precision, and durability, whether you’re sourcing for industrial systems, laboratory equipment, or commercial devices. This catalog highlights single-phase and three-phase AC power supplies across Essential and Pro performance grades, supporting power measurements up to 5,000 Hz and 18,000 VA.

E36731A Battery Emulator

The E36731A is designed to operate with Keysight BV9211B Pathwave BenchVue advanced battery emulation software. This combination allows you to easily profile batteries and perform battery emulation, enabling you to perform battery drain analysis at different charge levels.

How to Use the Emulator Function in Keysight's Battery Emulator and Profiler

In this video, we will show you how to use the emulator function using the Keysight Battery Emulator and Profiler (E36731A) along with the PathWave Advanced Battery Test and Emulation (PW9253A).

Network Emulators Catalog

This catalog highlights Keysight’s Network Emulator 2 and Network Emulator 3 solutions, enabling precise replication of real‑world network impairments across 100 MbE to 100GE Ethernet. It provides performance details, use cases, architecture capabilities, and supporting tools for validating application robustness, interoperability, and network resilience before deployment.

Radar Scene Emulator

Develop robust autonomous driving radar-based functions with the Radar Scene Emulator. Learn more about the AD1011A and AD1012A.

Does the Battery Emulator Emulate Charging to a Charger/Adapter?

Our experts complied the top questions about battery emulator and answered them over the webinar. In this segment they covered the topic of emulating.

Channel Emulators Catalog

This catalog highlights Keysight’s channel emulators and OTA chambers that recreate real‑world RF conditions for validating wireless devices, base stations, satellite systems, and MANET networks across sub‑6 GHz and mmWave bands with precise fading, mobility, interference, and spatial modeling.

Keysight Battery Emulators

Discover Keysight Battery Emulators, delivering high‑accuracy profiling and emulation for IoT, mobile, and battery‑powered devices. With integrated electronic load, battery aging simulation, and advanced software, they enable safe, repeatable testing without physical batteries.

Keysight Channel Emulators

Discover Keysight Channel Emulation solutions, enabling end‑to‑end real‑world performance testing for wireless devices and network equipment. With scalable hardware, advanced toolsets, and MIMO‑OTA support, they emulate mobility, fading, interference, and complex RF scenarios in a controlled lab environment.

Satellite Link Emulation

Satellite links are casting another type of challenge for the simulating of radio link conditions, compared to the terrestrial and cellular communication links. The main differences in the NTN and satellite links are the much greater delay, bigger amount of frequency error, mainly in the form of a Doppler effect caused by the movement of the satellites, and the bigger path loss, when signal is propagating through the atmosphere long distances from ground to satellite and back. This application note showcases how the Keysight testing environment can be utilized to overcome these abovementioned challenges while developing and deploying the 5G NTN solutions. The Keysight portfolio is utilized, in the form of signal generators, network analyzers and PROPSIM channel emulation platform.

5G gNodeB Emulator

The 5G gNodeB (gNB) Emulator is an integrated element of the Keysight 8100 5G Mobile Device Test System.

The Power Battle: AC versus DC

What happened in the late 19th century that rocked the electric power industry? Who started it? and what can you achieve with Keysight's AC6900 series 3-phase AC sources? Keysight’s AC6900 series of 3-phase AC sources can produce full rated power in AC, DC and AC plus DC configurations, with 3 kVA, 6 kVA, 12 kVA and 18 kVA models available. They can also simulate power disturbances and have sequencer functions that make it easy to make AC+DC waveforms that can be used to simulate different power conditions.