impedance discontinuity

Impedance discontinuities in PCBs lead to signal reflections.

This article emphasizes that for optimal signal integrity in PCB design, it’s crucial to maintain uniform characteristic impedance and minimize impedance discontinuities to prevent signal reflection and distortion, especially for high-frequency signals.

Impedance discontinuities in PCBs lead to signal reflections. Read More »

Attention needed for high-speed circuit layout and wiring issues.

The design and wiring of power PCB layouts are crucial for minimizing high-frequency noise, potential disability for circuits, and impedance discontinuity, and for avoiding hot spot generation. It is also important to consider equal length and spacing to achieve specific differential impedance values and to minimize the use of through-holes, while staying informed on the latest developments in PCB technology to ensure high-quality production.

Attention needed for high-speed circuit layout and wiring issues. Read More »

Summary of PCB Routing Techniques Experience

Layout is essential in PCB design, with wiring quality directly affecting system performance, especially in high-speed design where right-angle wiring should be avoided due to impedance discontinuity, and where differential routing offers advantages in immunity to interference and accurate timing positioning.

Summary of PCB Routing Techniques Experience Read More »

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