High Speed Design

Looking for High Speed Design information? Find expert articles, news and research here.

  • Delay Tuning for High Speed Signals: What You Need to Know

    Delay Tuning for High Speed Signals: What You Need to Know

    Here’s what you need to know about delay tuning in your next high data rate PCB.

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  • Radiated EMI Sources in High Speed/High Frequency PCBs

    Radiated EMI Sources in High Speed/High Frequency PCBs

    Here’s how radiated EMI can arise in your PCB, and how you can take some simple design steps to control and suppress radiated EMI.

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  • Follow Your Multilayer Ground Return Path to Prevent EMI

    Follow Your Multilayer Ground Return Path to Prevent EMI

    Here’s how you can check the ground return path for single-ended signals.

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  • Signal Distortion in Your PCB: Sources and Solutions

    Signal Distortion in Your PCB: Sources and Solutions

    Everything from nonlinear active components to your PCB substrate can cause signal distortion. Here are the primary sources and solutions.

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  • Why is There a Transmission Line Critical Length?

    Why is There a Transmission Line Critical Length?

    Let’s look at the transmission line critical length and when you should obey this rule of thumb.

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  • Length Matching for High-speed Signals: Trombone, Accordion, and Sawtooth Tuning

    Length Matching for High-speed Signals: Trombone, Accordion, and Sawtooth Tuning

    You can use length matching for high-speed signals with trombone, accordion, and sawtooth tuning.

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  • Never Cross a Ground Plane Gap in High Speed PCB Design

    Never Cross a Ground Plane Gap in High Speed PCB Design

    Here’s why you shouldn’t cross a ground plane gap in high speed PCB design.

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  • Tools for Transient Signal Analysis in Circuit Design

    Tools for Transient Signal Analysis in Circuit Design

    Here’s what you need to know about transient signal analysis in circuits and PCB interconnects.

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  • What is the Return Current Path in a PCB?

    What is the Return Current Path in a PCB?

    There are some simple rules you can use to determine the return current path in a PCB.

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  • Automotive Telematics System Design

    Automotive Telematics System Design

    Telematics systems play an important role in gathering data from your vehicle. Here’s what you need to know to create telematics systems for vehicles.

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  • Damping and Reflection Transfer with a Series Termination Resistor

    Damping and Reflection Transfer with a Series Termination Resistor

    Choosing the right series termination resistance value is just one way to terminate transmission lines and differential pairs.

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  • Pole-Zero Analysis and Transient Analysis in High Speed Design

    Pole-Zero Analysis and Transient Analysis in High Speed Design

    A lot is made of impedance mismatch without considering transient analysis. Here’s how to address both effects in high speed design.

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  • PCIe BGA Fanouts and Escape Routing

    PCIe BGA Fanouts and Escape Routing

    One important aspect in PCIe design is BGA escape routing. Here are some strategies for designing PCIe BGA fanouts.

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  • Calculating Series Termination Resistance Values in Altium Designer

    Calculating Series Termination Resistance Values in Altium Designer

    Choosing the right series termination resistance value is just one way to terminate transmission lines and differential pairs.

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  • All About CMOS, ECL, and TTL Propagation Delay in High Speed PCBs

    All About CMOS, ECL, and TTL Propagation Delay in High Speed PCBs

    Although it may not seem obvious, logic signals will have some delay due to switching. Let’s take a look at the causes of TTL propagation delay.

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  • Design Tips for High Frequency PCBs and Embedded Systems

    Design Tips for High Frequency PCBs and Embedded Systems

    You can ensure your signals remain clean with these high frequency PCB design tips.

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  • Carry Propagation Delay in High Speed Data Processing

    Carry Propagation Delay in High Speed Data Processing

    Learn how to compensate and account for carry propagation delay in high speed PCBs and ICs.

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  • Breaking Down High Speed Design: Switching Speed, Rise Time, and EMI Coupling

    Breaking Down High Speed Design: Switching Speed, Rise Time, and EMI Coupling

    Your next PCB could be running at high speed and you wouldn’t realize it. Learn more about what is considered a high speed PCB.

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  • When Should You Use an Online Circuit Calculator?

    When Should You Use an Online Circuit Calculator?

    Online circuit calculators can be a major time saver and can help you design a great electronic device, even if you aren’t an experienced engineer.

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  • Differential Pair Impedance: Using a Calculator to Design Your PCB

    Differential Pair Impedance: Using a Calculator to Design Your PCB

    Learn about the best uses and drawbacks of differential pair impedance calculators in this article.

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