Signal Integrity

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

  • 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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  • Crystal Oscillators in Your PCB Layout Keep Frequencies Steady

    Crystal Oscillators in Your PCB Layout Keep Frequencies Steady

    Learn how to incorporate crystal oscillators in your PCB layout and maintain signal integrity. These tips will keep your circuit board ticking far into the future.

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  • Important Considerations for Low Energy Bluetooth Design

    Important Considerations for Low Energy Bluetooth Design

    Bluetooth can always be improved, and with bluetooth low energy designs your product may continue to be reliable and stable throughout use.

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  • High Currents and Higher Temperatures: PCB Design Tips for Heat Management

    High Currents and Higher Temperatures: PCB Design Tips for Heat Management

    High current PCB devices can generate significant heat. While this is unavoidable, there are some design tips you can use to avoid device failure.

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  • Composite Amplifiers and How They Give the Best of Both Worlds

    Composite Amplifiers and How They Give the Best of Both Worlds

    If you are concerned about achieving both high precision and high power within your PCB design, composite amplifiers may be the combination answer you’re need.

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  • PCB Floorplanning: The First Step to PCB Design Integrity

    PCB Floorplanning: The First Step to PCB Design Integrity

    PCB floorplanning makes layout for minimizing noise and other RF signal issues much simpler than remembering all of Maxwell’s equations.

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  • Build Your RF Circuit Design Away From a Catastrophic Crescendo

    Build Your RF Circuit Design Away From a Catastrophic Crescendo

    Through proper care of your RF circuit designs and a strong understanding of signal integrity, voltage concerns, and ground planes, your PCBs will be making music too.

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  • Aspect Ratios and Their Importance to Multi-Layered PCBs

    Aspect Ratios and Their Importance to Multi-Layered PCBs

    Aspect ratios, vias, and annular rings all affect one another your design. Learning how they interact and the rules they follow will be important for multilayer PCBs

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  • PCB Layout Tips for Hall Effect Applications Keep Your Designs Positive

    PCB Layout Tips for Hall Effect Applications Keep Your Designs Positive

    By enabling magnetism and the Hall Effect within your PCB designs, you can make better usage of voltage and current. You will need some PCB layout tips to help get you there, though.

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  • RF Signal Chain and Link Budget Basics for IoT

    RF Signal Chain and Link Budget Basics for IoT

    Your devices need to communicate, but depending on how, a signal chain might be right. Learn link budget basics for your IoT device and find out.

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  • PCB Chassis Might Keep Your PCB Design From Exhausting Itself

    PCB Chassis Might Keep Your PCB Design From Exhausting Itself

    PCB chassis can give your designs the necessary protection and utility that you want from them, as well as keeping them functional throughout their use-periods.

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  • Phalanx, not Failure: PCB Shielding to Protect Your Design

    Phalanx, not Failure: PCB Shielding to Protect Your Design

    The Greeks may not have had PCBs, but you can still learn from their PCB shielding techniques to keep your design protected from absorption and reflection loss.

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  • Raise the Volume: How To Design A Signal Amplification Device

    Raise the Volume: How To Design A Signal Amplification Device

    Learning how to design a signal amplification device can help your PCB design accomplish more within its parameters and design limitations.

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  • Practice Makes Perfect: How to Test Electronic Components during PCB Design

    Practice Makes Perfect: How to Test Electronic Components during PCB Design

    Don’t foul your design in its last minutes, practice during design by testing electronic components on your circuit board.

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  • Designing Operational Amplifiers: PCB Layout Tips to Reduce the Noise

    Designing Operational Amplifiers: PCB Layout Tips to Reduce the Noise

    Operational amplifiers are great tools for your PCB design; however, during PCB layout you’ll need some tips to keep your noise in check.

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  • Learning Current Density: Don’t Pop the Balloon

    Learning Current Density: Don’t Pop the Balloon

    Current density can be a daunting challenge to balance effectively within your PCB; however, using the right software will make it much easier.

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  • No More Wrong Ports: Implementing USB Devices In Your Hardware Design

    No More Wrong Ports: Implementing USB Devices In Your Hardware Design

    You won’t want to be stuck using unique ports for all of your electronics, so learn how to implement a USB device in your hardware designs.

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  • Don’t Just Resolve Your New Year, (PCB) Design It

    Don’t Just Resolve Your New Year, (PCB) Design It

    Keep your designs heading to the future with Altium’s PCB design resolutions for the new year.

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