Category: Videos
DFM for Flex and Rigid-Flex PCBs Utilizing SMT

DFM for Flex and Rigid-Flex PCBs Utilizing SMT

Design for manufacturing (DFM) guidelines resolves potential issues that can occur during the manufacturing and assembly of circuit boards. DFM for flex and rigid-flex PCBs with SMT involves selecting application-specific circuit construction types, laminates, coating...

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Handle Crosstalk in High-Speed PCB Design

Handle Crosstalk in High-Speed PCB Design

Signal integrity measurements have become a critical step in the process of developing digital systems. Signal integrity problems such as crosstalk, signal attenuation, ground bounce, etc., increase at higher frequencies where transmission line effects are also...

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Flex PCB Design Guidelines for Manufacturing

Flex PCB Design Guidelines for Manufacturing

In this webinar, we discuss flex PCB design guidelines for manufacturing. The flex PCBs offer many advantages for both the physical designer and the manufacturer. The ability of the flex PCB to be molded and bent without breakage can lead to smaller designs that are...

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Why We Perform PCB Ionic Contamination Analysis

Why We Perform PCB Ionic Contamination Analysis

What can be more problematic than seeing your expensive PCB not performing as intended? What would you do if your expensive circuit board failed in the production line even after accurate prototyping and thorough testing? One of the common reasons for PCB failure is...

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How to Control your Controlled Impedance

How to Control your Controlled Impedance

While manufacturing a PCB, controlled impedance can be achieved through specific dielectric thickness and by providing the target ohms on each layer. The factors that influence impedance are the PCB materials’ dielectric, the trace thickness, width, and height from...

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