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    Debugging SENT Automotive Buses with an Oscilloscope

    Jan. 15, 2020
    The SENT bus is used in automotive sensors to transmit high-resolution measurements to electronic control units. Decoding the SENT bus by looking at the signals can be difficult, especially due to the pulse-width encoding scheme used in the standard.

    Sponsored by Tektronix

    SENT buses are well-defined and are designed to be robust and easy to integrate, but communications can be affected by noise, board layout, reset issues, and subtle differences in implementations. These can sometimes result in bus errors and system malfunctions. Learn how to set up decoding on an oscilloscope equipped with SENT decoding, as well as how to interpret fast and slow channel packet data. See what triggering and searching options are available on an oscilloscope equipped with SENT serial triggering and analysis.

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    Episode 1: Meet the Contestants & Judges - Circuit Showdown | Mouser Electronics

    Welcome to the first episode of Circuit Showdown! In this exciting new competition, three university engineering students—Charles from Texas State University...

    RECOM’s RMOD600-EW series high power density module for E-mobility and industry vehicles

    RECOM's RMOD families are extremely robust plug-and-play modules used to generate the low voltage network from a vehicle’s traction battery.

    Temperature Sensors: The Basics

    Get the basics on temperature sensors including thermocouples, thermistors, resistance temperature detectors (RTDs) and infrared sensors.

    RPL-3.0 Thermally-Enhanced Buck Converter

    RECOM's RPL-3.0 series is a DC/DC converter in a compact 3mm x 3mm x 1.45mm ten-pad LGA package. It has an input range of 3VDC to 18VDC and the output voltage can be set with ...