How to Solve Signal Integrity Problems: The Basics

How to Solve Signal Integrity Problems: The Basics shows you how to use basic signal integrity (SI) analysis techniques such as eye diagrams, S-parameters, time-domain reflectometry (TDR) and single pulse response to solve signal integrity problems.

How to Accurately Measure Resistance Using a Digital Multimeter

Learn how to use the Kelvin measurement method or the 4-wire measurement setup using a digital multimeter to make accurate resistance measurements.

How to Control and Automate in Python Using the Digital Learning Suite

This video will show you steps to setup your software and hardware to control your instruments in Python using the Digital Learning Suite as the front user interface.

ANN_Part1

Part 1 in this video series details a process for extracting an Artificial Neural Network (ANN) model from a dataset using Python.

Measuring Inrush Current with an IntegraVision Power Analyzer

Quickly, visualize and measure inrush current with an IntegraVision Power Analyzer. Inrush currents are typically very large compared to the steady state current, but they don’t last long. The wide dynamic range of the IntegraVision power analyzer is ideal for visualizing and measuring transient events, such as the inrush current.

How to Test a Low Power Signal Using a Spectrum Analyzer

This video shows how to test a low power signal using a spectrum analyzer (BSA) family.

Quantum EDA Solutions

In this video, we explore how to navigate the design challenges of superconducting quantum chips using Keysight Quantum EDA solutions. We cover the integrated workflow for quantum chips and highlight our three unique solutions: Quantum Layout, QuantumPro, and Quantum Circuit Simulation.

Adapting an ANN Model to a RF Simulation

Part 2 in this video series details a process for implementing a Python-extracted Artificial Neural Network (ANN) model in Keysight's PathWave Advanced Design System (ADS).

DLS diode characterization

How-To Video to demonstrate characterizing an active electronic components using Digital Learning Suite and basic bench instruments.

How to Use Keysight B2900B/BL SMU with PW9251A PathWave IV Curve Measurement Software

This video explains how to use the B2900B/BL and with PW9251A PathWave IV Curve Measurement software. The easy-to-use PW9251A PathWave IV Curve Measurement software enhances the B2900B/BL SMU and helps easy test setup and to perform IV measurements without any programming.

How to Use the Optical Mode Solver from Keysight Photonic Designer

This video demonstrates how to use the new optical mode solver GUI in Keysight Photonic Designer (W3803B) for calculating waveguide modes and directional couplers. It also showcases the Python API, enabling automated simulations, parameter sweeps, and advanced photonic design workflows.

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.

Using the ANN model for Advanced Emulation

Part 3 in this video series details a process for creating an electrical model of an Artificial Neural Network (ANN) in Keysight's PathWave Advanced Design System (ADS).

100G electrical conformance test solution

Keysight’s new pre-conformance 100GAUI-1 compliance test solution simplifies the testing of 100Gbps electrical interfaces by automating over 120 transmitter measurements (Tx) and receiver test procedures (Rx) for chip-to-module (C2M) and chip-to-chip (C2C) interfaces. The move to 100Gb/s and 53Gbaud PAM4 enables new technology such as 800G optical transceivers, as well as 51.2 terabit switches. This optimizes bandwidth and switching capacity, whilst reducing the cost and power consumption for the user. Our 112G compliance test solution offers features such as the automated optimization of reference equalizer (CTLE+DFE) and transmitter de-emphasis settings. The solution also provides accurate and repeatable test results following the latest developments of the IEEE 802.3ck recommendations, this includes the latest IEEE 400G ethernet standard. This reduces the characterization time for R&D teams of data center chips, switches, and systems vendors, from hours to minutes. With the guided setup, turn-key automated stress signal calibration, and conformance measurement, this test application provides robust and repeatable test results and minimizes the need for user interaction. For more information on our optical portfolio and Keysight’s 800G solutions please visit: https://www.keysight.com/find/800G

Live example of Wireless Coexistence Test using Keysight

Watch this demonstration of the interference between wireless protocols common on the 2.4 GHz ISM band. With so many devices on the air using incompatible radio protocols, interference is inevitable, but using Coexistence test you can evaluate the wireless performance of any product trying to operate in the presence of dissimilar radio signals. The video shows a Bluetooth device (MP3 player) playing music to a wireless speaker, and what happens when a Wi-Fi signal begins operation on the same 2.4 GHz radio band. Using Wireless Coexistence testing based on ANSI Standard C63.27, devices can be evaluated, performance measurements can be made (and evaluate effects of product changes), and recommendations can be generated for device placements and recommended operating environments. These tests are expected for wireless Healthcare devices seeking FDA approval, and are also recommended for any device using one of the many wireless protocols available today, including Bluetooth, Zigbee, Wi-Fi, Thread, WiHART, etc. For more information please visit www.keysight.com/find/iot

Quantum Layout

The Keysight Quantum Layout solution simplifies quantum chip design with an extensive library of resonators and qubits. Our quantum technology jump-starts your development process, while automated airbridges eliminate the hassle of dealing with unwanted CPW line modes. Plus, our multilayer technology makes it easy to scale up the number of qubits.

How to Test MRI RF Coils

Optimizing RF coil performance requires proper design simulation and multi-channel testing to ensure high-quality MRI images and patient safety. Learn how to use modeling, simulations, and characterization tools from Keysight to test the RF coil for MRI machine.

Quantum Amplifiers Design

In this video, we showcase our market-leading nonlinear circuit design environment for the streamlined design of quantum amplifiers. Our robust harmonic balance solver is equipped to handle amplifiers based on a few Josephson junctions or thousands of them.

RF Explained Episode 5: VXG and UXA mmWave Setup

A hands-on mmWave setup with the VXG and UXA to generate a 60 GHz 5G NR FR2 signal.

Quantum EDA Examples

This video briefly introduces the new quantum design flow examples in ADS2023U2. Five different examples were added for both the design of superconducting qubits and quantum amplifiers.