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94 Resources

March 2024

  • PCB Length Tuning Rules
    Relative Length Tuning With xSignals
    High-speed interfaces are commonly constructed as serial buses routed as differential pairs, or as parallel buses that operate at high clock rates. These buses require the traces in the be bus have matched lengths so that the group of signals can arrive at a receiving component within a required clocking window.
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    High-speed interfaces are commonly constructed as serial buses routed as differential pairs, or as parallel buses that operate at high clock rates. These buses require the traces in the be bus have matched lengths so that the group of signals can arrive at a receiving component within a required clocking window.
  • High-Speed PCB Design Tips and Guidelines
    In this article, we’ll examine a few tips and guidelines for high-speed printed circuit board designs
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    In this article, we’ll examine a few tips and guidelines for high-speed printed circuit board designs

January 2024

  • Antenna PCB ST Microelectronics
    How to solve antenna desense issues with ECMF
    ST whitepaper explains how differential lines can generate electromagnetic noise that can affect the receiver sensitivity, and how to maintain noise-free reception of RF signals.
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    ST whitepaper explains how differential lines can generate electromagnetic noise that can affect the receiver sensitivity, and how to maintain noise-free reception of RF signals.

November 2023

  • Samtec
    Sample-Size Lot Screen Testing Saves Time and Money
    Samtec now offers sample-size lot screening which tests a percentage of components, to confirm the performance of parts before lot acceptance.
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    Samtec now offers sample-size lot screening which tests a percentage of components, to confirm the performance of parts before lot acceptance.

October 2023

  • Samtec Firefly mid-board optical cable maximum signal density, Sourceman Resources
    An Optical Illusion? Samtec's Maximum Signal Density and Design Flexibility
    Samtec FireFly™ mid-board optical cable systems boast the industry’s leading miniature footprint, enabling maximum signal density, and of course signal integrity over longer distances.
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    Samtec FireFly™ mid-board optical cable systems boast the industry’s leading miniature footprint, enabling maximum signal density, and of course signal integrity over longer distances.
  • onsemi advanced image sensors for road safety, Sourceman Resources
    How onsemi’s Advanced Image Sensors Enhance Road Safety
    An insightful read discussing the importance of high performance automotive sensors and the key role they play in our road safety.
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    An insightful read discussing the importance of high performance automotive sensors and the key role they play in our road safety.

September 2023

  • onsemi using e-fuses to overcome limitations of legacy protection devices, Sourceman Resources
    Using e-Fuses to Overcome the Limitations of Legacy Protection Devices
    A useful article by onsemi, illustrating the limitations of standard circuit protection devices and how e-Fuses can be used to improve designs.
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    A useful article by onsemi, illustrating the limitations of standard circuit protection devices and how e-Fuses can be used to improve designs.

August 2023

  • Samtec
    RF Compression-Mount Connectors Enhance Millimeter Wave Designs
    An interesting article where Samtec explores the advantages of compression mount connectors for millimeter wave designs as well as the impact of misalignment and pin compression.
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    An interesting article where Samtec explores the advantages of compression mount connectors for millimeter wave designs as well as the impact of misalignment and pin compression.

July 2023

  • onsemi dispels myth about Silicon Carbide, Sourceman Resources
    Dispelling The Myths About Silicon Carbide (SiC)
    onsemi discusses the benefits of using Silicon carbide (SiC) in challenging applications; dispelling the myth surrounding the new wide-bandgap (WBG) material.
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    onsemi discusses the benefits of using Silicon carbide (SiC) in challenging applications; dispelling the myth surrounding the new wide-bandgap (WBG) material.