Design Reliability

Design Boards That Work and Won't Fail

  • What Is EMC Testing and Why You Should Do It

    What Is EMC Testing and Why You Should Do It

    Are you truly clear on what EMC testing is and why it is done? In this blog, we make this crystal clear and also give you design tips to aid the process.

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  • Conducted Susceptibility Testing: Electronic Reliability in DFM Procedures

    Conducted Susceptibility Testing: Electronic Reliability in DFM Procedures

    Conducted susceptibility testing works through what might happen in a circuit if preset conditions for electrical noise are injected into the circuit.

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  • Common Types of FEA Analysis for PCB Development

    Common Types of FEA Analysis for PCB Development

    Knowing and applying the types of FEA analysis discussed in this blog will improve your design’s manufacturability and reliability.

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  • PCB Design as Related to Defense Contractors

    PCB Design as Related to Defense Contractors

    The Department of Defense is one of the biggest technology customers in the world. Landing a contract can make a company. It can also be a yoke around their neck.

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  • Using Supply Chain FMEA to Improve PCBA Reliability

    Using Supply Chain FMEA to Improve PCBA Reliability

    Supply chain FMEA is an effective means of ensuring your boards are reliable. In this blog, we show you how to make the best use of this important process.

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  • Design for Disassembly, Circular Design, and Product Lifecycle Management

    Design for Disassembly, Circular Design, and Product Lifecycle Management

    With design for disassembly, you can ensure that your electronic hardware never outstayed its welcome and can adequately be re-used or incorporated again in the future.

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  • Frontend Electronics Manufacturing: Processes, Challenges, and Improvements

    Frontend Electronics Manufacturing: Processes, Challenges, and Improvements

    rontend electronics manufacturing works toward the wafer fabrication of a semiconductor. This process has various workflows and necessities associated with the creation of semiconductors.

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  • An Introduction to Stereolithographic Apparatus for Electronic Manufacturing

    An Introduction to Stereolithographic Apparatus for Electronic Manufacturing

    Stereolithographic apparatus are used still in electronic manufacturing for the printing of circuit boards and are improved with the rapid development of 3D printing.

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  • Passive Pi Filter Design and Simulation

    Passive Pi Filter Design and Simulation

    Your next power supply design or impedance matching network might be a pi filter. Here’s how these work and how to simulate them.

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  • Applications of Cathodic Current Measurements in Corrosion Protection

    Applications of Cathodic Current Measurements in Corrosion Protection

    If you’re designing corrosion protection systems, you’ll need to gather cathodic current measurements in controlled experiments.

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  • Selective Laser Sintering (SLS) and How It Works in Electronics Manufacturing

    Selective Laser Sintering (SLS) and How It Works in Electronics Manufacturing

    Selective laser sintering is a process used in PCB manufacturing to try and speed up and add cost efficiency to an additive manufacturing workflow.

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  • PCB Design for Laser Flash Analysis in Manufacturing

    PCB Design for Laser Flash Analysis in Manufacturing

    By understanding Laser Flash Analysis in manufacturing you can design for optimized board build. In this blog, we show you how.

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  • Best Tips for Routing With Vias in PCB Design

    Best Tips for Routing With Vias in PCB Design

    Routing with vias in PCBs can be tricky for managing signal integrity needs, temperature needs, and still maintaining current and voltage necessities.

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  • Circuit Board Conformal Coating 101

    Circuit Board Conformal Coating 101

    To protect your circuit boards in their operating environment, you should consider circuit board conformal coating. Here is more information about that.

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  • Understanding Component Model Parameters for Electronic Circuit Design

    Understanding Component Model Parameters for Electronic Circuit Design

    Component model parameters are important to ensure for circuit design integrity and reliability.

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  • The Basics of Power Integrity in PCB Design

    The Basics of Power Integrity in PCB Design

    One of the keys to a successful PCB design is the careful creation of the power delivery network. Here are some basics of power integrity that you should know.

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  • Environmental IoT Electronics: Keeping Consumers Sustainable

    Environmental IoT Electronics: Keeping Consumers Sustainable

    Environmental IoT electronics will be responsible for ensuring consumer electronics maintain some degree of recyclability, ease of disassembly, or sustainability

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  • Prototype Boards: PCB Layout Preparation Tips

    Prototype Boards: PCB Layout Preparation Tips

    Cutting corners on building a prototype board can save you time, but is it the best way to prepare for a good design. Here are some tips that can help.

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  • Selecting Ferrite Chokes and Clamps to Minimize RFI and Resistance

    Selecting Ferrite Chokes and Clamps to Minimize RFI and Resistance

    Selecting ferrite chokes and clamps to minimize RFI in your design is an important part of any fabrication process.

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  • Steady State vs. Transient State in System Design and Stability Analysis

    Steady State vs. Transient State in System Design and Stability Analysis

    The importance of determining the steady state and the transient state is critical to proper circuit design and system stability.

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