Signal Integrity

Looking for Signal Integrity information? Read the latest from Altium experts here.

  • Crosstalk in Mixed-Signal PCB Traces and Ground Planes

    Crosstalk in Mixed-Signal PCB Traces and Ground Planes

    How do split power and ground planes affect interference between analog and digital signals? Learn more in this article

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  • Controlling High Current LEDs with a TIP3055 Power Transistor

    Controlling High Current LEDs with a TIP3055 Power Transistor

    To simplify the process of turning on hundreds of LEDs, use a TIP3055 power transistor.

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  • PCB Design Guidelines for Using a TVS Diode for Transient Protection

    PCB Design Guidelines for Using a TVS Diode for Transient Protection

    Considering incorporating a TVS diode for your design’s voltage necessities? Make sure you refresh yourself on their parameters first.

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  • PCB Design Guidelines for Controlled Impedance Routing

    PCB Design Guidelines for Controlled Impedance Routing

    Controlled impedance routing can take some expertise in the area, but may help your designs’ signal integrity in the long run.

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  • Simulation Driven Design Can Solve Your PCB’s Signal Problems and More

    Simulation Driven Design Can Solve Your PCB’s Signal Problems and More

    Verify your designs and diagnose signal integrity issues with these PCB simulations. Simulation driven design smooths your design security process.

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  • Ground Plane Design and Arrangement in High Performance PCBs

    Ground Plane Design and Arrangement in High Performance PCBs

    Creative ground plane design in your multilayer PCB helps prevent signal integrity problems.

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  • Use Interactive Routing to Mitigate EMI Issues from High-Speed PCB Traces

    Use Interactive Routing to Mitigate EMI Issues from High-Speed PCB Traces

    Altium’s Interactive Router alleviates errors introduced by autorouters, giving PCB designers the right tools for routing a quality PCB the first time.

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  • Designing for Medical IoT Applications: Challenges and Considerations

    Designing for Medical IoT Applications: Challenges and Considerations

    If you’re looking to add IoT to your medical domain, consider the following applications and challenges when you design for medical IoT devices.

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  •  High-Speed PCB Design Analysis: Simulations and Signal Integrity Checks

    High-Speed PCB Design Analysis: Simulations and Signal Integrity Checks

    Signal integrity simulation tools include graphical waveform analysis and impedance calculators in both schematic capture and PCB layout to provide solutions.

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  • PCB Routing Guidelines for DDR4 Memory Devices

    PCB Routing Guidelines for DDR4 Memory Devices

    By ensuring you have proper PCB design guidelines in place, your DDR4 memory can be used most effectively in your circuit boards.

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  • Analog Meets Digital: How Converters Can Make or Break Signal Performance

    Analog Meets Digital: How Converters Can Make or Break Signal Performance

    Converters are used in most devices but what makes a good converter “good” to begin with?

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  • Build and Design an Inverted-F Antenna Directly on Your PCB

    Build and Design an Inverted-F Antenna Directly on Your PCB

    These inverted-F PCB antenna design rules will help you connect PC and cellular devices.

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  • EMI Reducing PCB Shielding Techniques to Incorporate in Your Designs

    EMI Reducing PCB Shielding Techniques to Incorporate in Your Designs

    PCB Shielding techniques will help to reduce your EMI as well as helping with any potential crosstalk. Learn how to implement enclosures in your designs.

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  • PCB Noise Reduction with Linear Devices in Electronics

    PCB Noise Reduction with Linear Devices in Electronics

    Creative filter design does not have to be complicated. Learn how linear electronic devices work and how they can be used to build interesting filters.

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  • Keep the Petals on: Optimizing Daisy Chain Wired Communication

    Keep the Petals on: Optimizing Daisy Chain Wired Communication

    By learning how to optimize your daisy chain wired communication set-up, you can be prepared for designs in any stage of development.

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  • Interface an LED With an 8051 Microcontroller: Processes and Applications

    Interface an LED With an 8051 Microcontroller: Processes and Applications

    Interfacing an LED microcontroller can be difficult to design for, however, can also be within your best interests as a designer for your electronics.

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  • Avoid Signal Integrity Loss While Using a Fanout Strategy in Your PCB

    Avoid Signal Integrity Loss While Using a Fanout Strategy in Your PCB

    You’ll want to maintain your signal integrity in any PCB design. Signal integrity can be kept high when using fanout BGA traces in your PCB.

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  • GPS Antennas in Your PCB Design: You Won’t Get Lost Again

    GPS Antennas in Your PCB Design: You Won’t Get Lost Again

    If you want functioning GPS, you can add it on your PCB through antenna design and other signal integrity tips to manage its functionality.

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  • Preventing Ground Loops in Your PCB Design

    Preventing Ground Loops in Your PCB Design

    Ground loops cause serious signal integrity issues in electronic devices. Learn how to prevent ground loops in your PCB design.

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  • With RF Circuit Impedance in Mind Your Designs Won't Look Bird-Brained

    With RF Circuit Impedance in Mind Your Designs Won't Look Bird-Brained

    For RF circuits, impedance can be a real hassle to work through. With this understanding of the causes of impedance in mind, you’ll be able to clear it up.

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