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App Notes

  1. Getting Started with Vector Network Analyzers (VNAs)

    Getting Started with Vector Network Analyzers (VNAs)

    This primer describes the fundamentals of vector network analysis, as well as practical instructions for improving accuracy, performing calibration, and making typical linear and time-domain measurements.

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  2. Tektronix Detecting Drones Using a Real-Time Spectrum Analyzer

    Tektronix Detecting Drones Using a Real-Time Spectrum Analyzer

    In situations where a drone is operating where it shouldn't, the potential ramifications can be catastrophic. As a result, organizations need real-time, accurate, simple to operate and cost-effective solutions for detecting drones flying in or near restricted airspace. In this application note, we'll discuss considerations when looking for a drone detection solution.

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  3. Automation Guide for CMT VNAs

    Automation Guide for CMT VNAs

    CMT VNAs are USB-based and do not have built-in computers. There are a few benefits to having the VNA measurement module separate from the processing module. When they are separated, the user isn’t stuck with an obsolete built-in PC in a few years. It also means that the VNA can be smaller in size, making it more lightweight and portable.

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  4. Tektronix Automotive Ethernet App Note

    Tektronix Automotive Ethernet App Note

    This application note provides information on Automotive Ethernet, full-duplex communication, the need to separate master and slave signals, signal separation testing methodologies, and a comparison of the current directional coupler insertion method and the Tektronix new signal separation method.

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  5. Spectrum Analyzer Fundamentals – Theory and Operation of Modern Spectrum Analyzers

    Spectrum Analyzer Fundamentals – Theory and Operation of Modern Spectrum Analyzers

    This app note examines the theory of state-of-the-art spectrum analysis and describes how modern spectrum analyzers are designed and how they work. That is followed by a brief characterization of today's signal generators, which are needed as a stimulus when performing amplifier measurements.

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  6. Five Reasons to Switch Keithley SMU’s

    Five Reasons to Switch Keithley SMU’s

    Looking to upgrade your Keithley SMU and have Keithley 2420 or a 2440 High Current SourceMeter SMU? Download the technical brief for 5 reasons you should switch to the 2460 or 2461. What if you have a 2410 SMU for High Voltage I-V Characterization download the technical brief for 5 reason you should switch to the 2470 SMU.

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  7. Fundamentals of DC power supplies

    Fundamentals of DC power supplies

    Take a look at this app note that covers the Fundamentals of DC Power Supplies with focus on output characteristics.

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  8. Working Remotely with Oscilloscopes

    Working Remotely with Oscilloscopes

    This guide is designed to help you interface with your oscilloscope without needing to physically interact with the instrument after the initial setup. This document applies to most Tektronix oscilloscopes that do not have a PC operating system installed.

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  9. 5G TDD Network Solutions - Precision Timing

    5G TDD Network Solutions - Precision Timing

    Learn how to strengthen the performance of switching devices in TDD systems as well as aids in the process of selecting the best high-speed switch for each TDD network application.

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  10. Anritsu: Multi-Channel Radio Frequency Mapping Solutions

    Anritsu: Multi-Channel Radio Frequency Mapping Solutions

    This application note shows how a Remote Spectrum Monitor (MS2710xA) bundled with affordable add-ons, (Vision MX280001A software and/or TRX NEON Signal Mapper MS8100A) can provide modular, multi-channel radio frequency indoor/outdoor mapping solutions.

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