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  • Use Finite Element Vibration Analysis to Ensure Reliability

    Use Finite Element Vibration Analysis to Ensure Reliability

    Finite element vibration analysis is a common analysis technique used to predict a PCB’s response to vibrations. Learn more about this technique and its impact on reliability.

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  • Radiated Susceptibility Testing for Electronic Products

    Radiated Susceptibility Testing for Electronic Products

    Learn how the conducted and radiated susceptibility of electronic devices can be determined using EMC testing.

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  • The Relationship Between Grounding, EMI and Power Quality

    The Relationship Between Grounding, EMI and Power Quality

    Understanding the relationship between grounding, EMI, and power quality is key to learning how to improve power quality.

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  • All Systems Go! Bridging the Gap Between Design and Analysis

    All Systems Go! Bridging the Gap Between Design and Analysis

    Electronic designs are increasing in capacity, complexity, and performance. This is coupled with increasing pressure to get new products to market as quickly as possible while, at the same time...

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  • Accelerated Release to Manufacturing1:13

    Accelerated Release to Manufacturing

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  • Clear and Accurate Reporting1:02

    Clear and Accurate Reporting

    Accelerate the design process and efficiently communicate design requirements with clear and accurate reporting in OrCAD.

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  • Signal Integrity for High-Speed Design in PCB Layout

    Signal Integrity for High-Speed Design in PCB Layout

    With today’s signal speeds in printed circuit boards, signal integrity for high-speed design is a major concern.

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  • Comparing FHSS vs. DSSS

    Comparing FHSS vs. DSSS

    What is the difference between FHSS vs. DSSS? The DSSS method of modulation has a higher rate of transmission than the FHSS method.

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  • Preparing Printed Circuit Board For Assembly

    Preparing Printed Circuit Board For Assembly

    Some tips for getting your design ready for assembly

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  • PCB Surface Finishes: When to Change it Up

    PCB Surface Finishes: When to Change it Up

    Benefits of using the different surface finishes for your PCB.

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  • Data Center Electromagnetic Interference and Tier Standards

    Data Center Electromagnetic Interference and Tier Standards

    Data center electromagnetic interference can cause major issues during the storage, processing, and distribution of data. Learn more in our brief article.

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  • Reasons for Conducted Emissions Testing Failures

    Reasons for Conducted Emissions Testing Failures

    There are many reasons for conducted emissions testing failures, including a common issue: measurement uncertainty. Learn more in our brief article.

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  •  The ICRP Guidelines for Radiological Protection

    The ICRP Guidelines for Radiological Protection

    The ICRP is an independent, international organization that advises on standards to protect humans and animals from the harmful effects of radiation.

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  • What to Know About Conducted Emissions Limits

    What to Know About Conducted Emissions Limits

    To prevent maloperation from electromagnetic interference, international regulatory bodies set conducted emissions limits. Learn more in our brief article.

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  • Quick Tutorial: How to Ensure Approved Parts are Selected in a Design

    Quick Tutorial: How to Ensure Approved Parts are Selected in a Design

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  • Meet Power Delivery Requirements Upfront with Power-First PCB Implementation

    Meet Power Delivery Requirements Upfront with Power-First PCB Implementation

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  • The Concept of Turbulent Kinetic Energy Dissipation

    The Concept of Turbulent Kinetic Energy Dissipation

    Learn how you can use a CFD simulation application to calculate and measure turbulent kinetic energy dissipation.

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  • Quick Tutorial: How to Perform a Parametric Search in OrCAD Capture CIS

    Quick Tutorial: How to Perform a Parametric Search in OrCAD Capture CIS

    This tutorial will provide a step-by-step instruction on performing queries in OrCAD Capture Component Information System to efficiently find parts that meet the requirements.

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  • Quick Tutorial: How to Generate a Zero-Touch BOM with OrCAD Capture CIS

    Quick Tutorial: How to Generate a Zero-Touch BOM with OrCAD Capture CIS

    This tutorial will provide detailed instructions for generating a zero-touch Bill Of Materials as well as a template to accelerate future Bill Of Materials creation.

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  • Quick Tutorial: How to Efficiently Communicate Design Variants with OrCAD Capture CIS

    Quick Tutorial: How to Efficiently Communicate Design Variants with OrCAD Capture CIS

    This tutorial is a step-by-step instruction on how to display color-coded variant components on the schematic and create a variant report in OrCAD Capture Component Information System.

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