Here’s the page we think you wanted. See search results instead:

 

Contact an Expert

Technical Support

Electronic Measurement

Support by Product Model Number:

Refine the List

remove all refinements

By Industry/Technology

By Type of Content

By Product Category

26-50 of 5736

Sort:
Optimize Power Distribution Networks for Flat Impedance
This application note shows how power integrity (PI) engineers can select decoupling capacitor values to avoid resonant impedance peaks in the power delivery. Simply leveraging capacitor values from past designs or data sheet examples is risky when design margins keep diminishing with lower power rail voltages, higher currents, and faster data rates. Modern simulation tools can provide a complete Power Integrity workflow to optimize the PI ecosystem and avoid failures like EMI/EMC late in the design cycle.

Application Note 2019-11-11

PDF PDF
Optimize Power Distribution Networks for Flat Impedance
This application note shows how power integrity (PI) engineers can select decoupling capacitor values to avoid resonant impedance peaks in the power delivery.

Application Note 2019-11-11

PDF PDF
Improving Analysis Accuracy in Power Circuit Simulation
Case Study TDK Corporation

Application Note 2019-11-11

High-Speed Digital Design Success Demands a Modern Workflow
A simulation and measurement-based workflow enables Power Integrity engineers to design resonant-free power delivery and avoid rogue voltage waves.

Application Note 2019-11-08

PDF PDF 4.69 MB
Best Practices for Using the CX3300A’s Data Logger Mode for Long Duration Measurement
The CX3300A’s data logger mode records the precise current and voltage waveform at high sampling rate and offers quick analysis functions. This application note shows how effectively you can use them.

Application Note 2019-11-07

PDF PDF
Make Accurate Radar Receiver Measurements - White Paper
In this paper you will review a typical test setup for a radar receiver under test, analyze drift of critical power level accuracy, model the results, and gain insights to reduce risk.

Application Note 2019-11-07

Effective Multi-tap Transformer Measurement using a Scanner and the 4263B LCR Meter  – Application Note
With the progress of recent electronics equipment and digital networks, production amounts are increasing of the transformers which contribute to equipment miniaturization, low power dissipation and higher quality. Therefore, improvement of select estimate efficiency is required at the production line or incoming inspection. Noticed recently, improvement of estimation efficiency is required for pulse transformer which are used in LAN or ISDN digital networks, and for multi-tap transformers with three or more pole taps, such as switching power transformers. This application note shows an effective multi-tap an effective multi-tap transformer measurement using a scanner and the Agilent 4263B LCR Meter.

Application Note 2019-11-06

PDF PDF
Investigate Interference Issues in the Field with RTSA - White Paper
Interference is everywhere — and traditional analysis isn’t reliable. This white paper discusses interference sources, the flaws of traditional analysis, and how RTSA aids interference detection.

Application Note 2019-11-06

PDF PDF 2.77 MB
Effective Multi-tap Transformer Measurement using a Scanner and the 4263B LCR Meter – App Note
This application note shows an effective multi-tap transformer measurement using a scanner and the 4263B LCR Meter.

Application Note 2019-11-05

Improve Electronic Product Quality and Performance with Precision LCR Meters
This note describes the general application of passivecomponent measurements in incoming inspection and R&D andshows the benefits of Keysight's Precision LCR Meter family;the 4284A and the 4285A 30 MHz LCR meter with digital Q capability.

Application Note 2019-11-04

PDF PDF
Keysight Pass/Fail Decision Rules
Learn how Keysight applies Pass/Fail decision rules to ensure you mitigate risk and select the right calibration service based on recent changes in ISO/IEC 17025 and ILAC-G8.

Application Note 2019-11-02

PDF PDF
Keysight Pass/Fail Decision Rules
A decision rule is a “rule that describes how measurement uncertainty is accounted for when stating conformity with a specified requirement.” When you perform a measurement and subsequently compare the result to a specification, making a statement of conformity (for example, in or out of tolerance, or pass / fail), you have two possible outcomes: You make a correct pass / fail decision or you make an incorrect pass / fail decision.

Application Note 2019-11-02

PDF PDF
Keysight Pass/Fail Decision Rules - Application Note
A decision rule is a “rule that describes how measurement uncertainty is accounted for when stating conformity with a specified requirement.” When you perform a measurement and subsequently compare the result to a specification, making a statement of conformity (for example, in or out of tolerance, or pass / fail), you have two possible outcomes: You make a correct pass / fail decision or you make an incorrect pass / fail decision.

Application Note 2019-11-02

PDF PDF 866 KB
Balanced Circuit Measurement with an Impedance Analyzer/LCR Meter/Network Analyzer
This application note describes the difference between a balanced circuit and an unbalanced circuit, and also explains how to make an unbalanced circuit measurement by the unbalanced instrument (impedance Analyzer, LCR meter, network analyzer) step by step. File Size: 500 KB.

Application Note 2019-11-01

PDF PDF
Overcome Forward Error Correction Challenges in 400G Device Designs - White Paper
Test standards for 400G and beyond require FEC in layer1 testing to characterize the system margin and to correct errors in data transmission that otherwise do not run error-free by design.

Application Note 2019-10-31

PDF PDF 2.68 MB
First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 1 - White Paper
5G NR introduces new challenges for device and component designers. This white paper series explores the lower layers of the communication stack and how to those challenges.

Application Note 2019-10-30

First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 3 - White Paper
MIMO (multi-input, multiple-output), beam steering, and beamforming are the most talked about technologies in 5G. They are essential to deliver 100x the data rates and 1000x the capacity goals specified in IMT-2020 vision. MIMO is one of the best ways to improve the capacity and efficiency of a network to meet these demands. For devices, multi-antenna technologies must be supported across multiple frequency bands – from sub-6 GHz to mmWave frequencies – and across many scenarios, including massive IoT connections and extreme data throughput.

Application Note 2019-10-30

PDF PDF 2.98 MB
How to Choose Spectrum Emission Mask (SEM) Measurement Settings Accurately
This is the application note for How to Choose Spectrum Emission Mask (SEM) Measurement Settings Accurately in N9085EM0E 5G NR X-Series Measurement Application

Application Note 2019-10-30

PDF PDF
First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 4 - White Paper
Over-the-air (OTA) testing is one of the most challenging aspects of 5G device development. In this series, we’ve looked at many aspects of 5G for device designers, including the new 5G NR standard, flexible numerology, millimeter-wave (mmWave) design considerations, MIMO, and beamforming challenges. The combination of these technologies introduces substantial new test challenges that can only be validated with OTA testing.

Application Note 2019-10-30

PDF PDF 2.47 MB
First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 2 - White Paper
5G New Radio: Overcoming New Radio Design Challenges - part 2 in this white paper series explores the issues designers face when working in the millimeter-wave spectrum. There are challenges in meeting signal quality requirements at mmWave frequencies.

Application Note 2019-10-30

Infiniium Oscilloscopes with 89600 VSA Software
This application note describes the characteristics, setup, and operation of an Infiniium Series oscilloscope with 89600B vector signal analysis software to provide broadband vector signal analysis.

Application Note 2019-10-28

PDF PDF
Infiniium Oscilloscopes with 89600 VSA Software - Application Note
This application note describes the characteristics, setup, and operation of an Infiniium Series oscilloscope with 89600B vector signal analysis software to provide broadband vector signal analysis.

Application Note 2019-10-28

PDF PDF 4.86 MB
Infiniium OscilloscopesWith 89600 VSA Software
This application note describes the characteristics, setup, and operation of an Infiniium Series oscilloscope with 89600B vector signal analysis software to provide broadband vector signal analysis.

Application Note 2019-10-28

PDF PDF
Discover the Best Oscilloscope - Keysight InfiniiVision vs Tektronix 4 Series - White paper
With so many high-quality oscilloscopes available today, determining which is the best for your testing needs can be difficult. Learn the key differences between the Keysight InfiniiVision oscilloscopes and the Tektronix 4 Series oscilloscopes to discover the right oscilloscope for your bench.

Application Note 2019-10-24

PDF PDF 4.30 MB
Signal Integrity Fundamentals - White Paper
Learn signal integrity fundamentals from simulation to measurement to help you design your high-speed digital devices with higher reliability and lower costs.

Application Note 2019-10-23

PDF PDF 3.28 MB

Previous 1 2 3 4 5 6 7 8 9 10 ... Next