Signal Integrity
Looking for Signal Integrity information? Read the latest from Altium experts here.
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Read ArticleDesigning a 6 Layer Stackup for Enhanced EMC
Designing the right stackup is all about ensuring signal integrity. Find out which 6 layer PCB stackup is right for your next board in this article.
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Read ArticleRemoving Noise From Analog Signals in Your PCB
Analog signals are especially sensitive to noise. Here are some techniques for low noise analog PCB design.
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Read ArticleWhat You Need to Know About Choosing Embedded Modems for IoT
Embedded modems can make or break IoT hardware because internet connectivity is a key aspect of IoT. Learn more in this article.
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Read ArticleBuild Your Own Patch Antenna for Your Next PCB
If you want to include a patch antenna on your PCB, you’ve got plenty of options. Learn more in this article.
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Read ArticleCarry 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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Read ArticlePCB Design Tips for SRAM Users: How to Prevent Data Loss
Learn about SRAM, how it works, and top considerations for designing with SRAM while preventing data loss.
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Read ArticleDesign Guidelines for Your Next Wireless PCB
If you’re jumping into PCB antenna design, here are some important design points to consider.
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Read ArticleHow Autorouters Help Expedite Design
If you’re tired of routing by hand, try using the only design package with the best PCB autorouter.
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Read ArticleAddressing Forward and Backward Crosstalk in PCB Design
Forward and backward crosstalk can ruin signal integrity. Learn more about suppressing crosstalk in this article.
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Read ArticleBreaking 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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Read ArticleLayout Guidelines for Embedded Power Supplies
Some simple layout guidelines can help you maintain power integrity and signal integrity in your next PCB.
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Read ArticleDifferential 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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Read ArticleHow to Expand Input and Output for a Microcontroller
Choosing a higher pin-count microcontroller can mean increased component costs. When your microcontroller reaches its I/O pin limit, you can expand its input and output with a few methods.
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Read ArticleTest Out and Validate High-Speed Designs with Signal Integrity Simulation
Simulate and tune signal integrity into your nodes with an easy-to-use high-speed simulator
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Read ArticleWhen to Prefer a Longer Trace Over an Additional Via
If you need to choose between a longer trace or additional vias in your PCB, here are some things to consider.
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Read ArticleAddressing Skew Sources in High Speed PCBs
Some simple component and material choices can help compensate skew in high speed PCBs.
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Read ArticleImpedance Management through PCB Stackup Design with Reference Planes
You can control impedance in your PCB by adjusting trace sizes or by adjusting the dielectric properties.
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Read ArticleChoosing Replacement Components With an Integrated Library
See how integrated component libraries can help you choose the right replacement parts for your PCB.
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Read ArticleConnectors, Tooling Holes, and Fiducial Markers for Component Placement and Orientation
See how strategically placed fiducial markers on your PCB gives your manufacturer a productivity boost.
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Read ArticleEliminate the Crosstalk: LVDS Routing and the Art of Differential Signaling
Incorrect signal return paths in LVDS circuits can cause noise coupling and EMI. Learn more about LVDS routing and differential signaling to minimize the noise.
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