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5 Things the E5080B Can Do (That the E5071C Can't)
Much has changed since Keysight introduced the E5071C in 2006. This document covers five workflow benefits E5080B offers over the E5071C.

Case Study 2019-12-03

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Mix Up Your RF Test Tools
The UXR-Series provide up to four phase-coherent channels, hardware-accelerated digital down-conversion capabilities, sliding bandwidth windows, which are ideal for addressing mmWave based applications.

Case Study 2019-11-21

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Four Tips Protect Against Power -Related Damage
High power devices that store energy or contain reactive components are notorious for damaging themselves and the surrounding equipment. Get four tips to help protect your devices and equipment. The first tip provides a way to not only protect against over-power, and not just overvoltage or overcurrent. The second tip helps protect your supply when working with more than one power source. To reduce inrush current, tip 3 provides a method to slow the rate of output voltage change. Lastly, some devices can handle a tremendous surge of current and tip four addresses how to keep the power supply active during a surge.

eBook 2019-11-20

PDF PDF 5.11 MB
Ditch the Switch for Multiport Measurements
This white paper covers the four ways a modular multiport vector network analyzer (VNA) helps you address modern measurement challenges.

Case Study 2019-11-19

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Using a Waveform Generator to Create a Pseudorandom Binary Sequence Signal
TBD

Case Study 2019-11-19

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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.

Case Study 2019-11-08

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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.

Case Study 2019-11-08

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Make Accurate Radar Receiver Measurements
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.

Case Study 2019-11-07

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Investigate Interference Issues in the Field with RTSA
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.

Case Study 2019-11-06

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GISTDA National Space Agency Captures CubeSat Opportunity
By setting up an RF satellite lab that leveraged a handheld spectrum analyzer, Thailand’s space agency overcame the testing challenges facing its new SmallSat program.

Case Study 2019-11-04

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GISTDA National Space Agency Captures CubeSat Opportunity - Case Study
By setting up an RF satellite lab that leveraged a handheld spectrum analyzer, Thailand’s space agency overcame the testing challenges facing its new SmallSat program.

Case Study 2019-11-04

PDF PDF 3.49 MB
GISTDA National Space Agency Captures CubeSat Opportunity
By setting up an RF satellite lab that leveraged a handheld spectrum analyzer, Thailand’s space agency overcame the testing challenges facing its new SmallSat program.

Case Study 2019-11-04

PDF PDF
Production Throughput Doubles with Keysight i3070 Advanced Throughput Multiplier

Case Study 2019-11-01

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Production Throughput Doubles with Keysight i3070 Advanced Throughput Multiplier - Case Study

Case Study 2019-11-01

PDF PDF 1.48 MB
The Blueprint to a Successful Industrial Internet of Things (IIoT)
This white paper will address each of the individual components within a device, as well as the finished product, and offer guidance for creating an effective test matrix outline. Developers can use these concepts as a foundation on which to build a complete test plan to deploy industrial IoT devices with a greater degree of confidence.

Case Study 2019-11-01

PDF PDF
The Blueprint to a Successful Industrial Internet of Things
TBD

Case Study 2019-11-01

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First Steps in 5G: Overcoming New Radio Device Design Challenges - Part 4
This white paper explains the need for over-the-air (OTA) testing and the related challenges.

Case Study 2019-10-30

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First Steps in 5G: Overcoming New Radio Device Design Challenges - Part 3
This white paper provide an overview of MIMO and beamforming and related challenges.

Case Study 2019-10-30

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First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 2
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.

Case Study 2019-10-30

PDF PDF
First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 3
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. Implementing MIMO on 5G devices brings several new challenges that designers must overcome, including 3D antenna beam pattern verification, mmWave link integrity, and optimization of device performance under real-world conditions.

Case Study 2019-10-30

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First Steps in 5G: Overcoming New Radio Device Design Challenges - Part 1
This white paper provides an overview of the 5G New Radio standard.

Case Study 2019-10-30

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First Steps in 5G: Overcoming New Radio Device Design Challenges – Part 2
This white paper series explores the issues designers face when working in the millimeter-wave spectrum.

Case Study 2019-10-30

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First Steps in 5G: Overcoming New Radio Device Design Challenges Series - Part 4
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.

Case Study 2019-10-30

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

Case Study 2019-10-30

PDF PDF
Four Tips for Powering and Testing Higher Current Devices
High current systems share several challenges for a dc power supply. The first challenge is to measure not only the large active current but also the small standby currents used by the control logic. A second challenge is to mimic a battery and supply large amounts of current when the voltage or load suddenly changes. The third challenge is to speed device characterization by changing output voltages quickly. Finally, understanding the effect that wiring has on power supplies ability to react to a change in voltage or the load.

eBook 2019-10-27

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