Design reliability

Design Reliable and Robust PCBs

  • ESD Protection Design for Integrated Circuits in CMOS Technology

    ESD Protection Design for Integrated Circuits in CMOS Technology

    Proper ESD protection design is your first and last defense against IC failure in the world of CMOS technology.

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  • The Four Most Common Causes of Failure of Electronic Circuits

    The Four Most Common Causes of Failure of Electronic Circuits

    Failure of electronic circuits can occur from a number of factors. Learn about them and how to prevent failures in the future.

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  • Using the Expectation Maximization Algorithm in Circuit Analysis

    Using the Expectation Maximization Algorithm in Circuit Analysis

    As an important machine learning technique, you can apply expectation maximization to analyzing your circuits.

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  • Reliability-Based Design Optimization in SPICE Circuit Analysis

    Reliability-Based Design Optimization in SPICE Circuit Analysis

    Here’s how you can use reliability-based design optimization to improve your circuit designs and ensure they operate as intended.

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  • Monte Carlo Analysis and Simulation for Electronic Circuits

    Monte Carlo Analysis and Simulation for Electronic Circuits

    Monte Carlo analysis and simulation for electronics design is a function determining probabilities of risk associated with manufacturing processes.

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  • Check for Hardware Errors in Microcontrollers for Stable PCB Design

    Check for Hardware Errors in Microcontrollers for Stable PCB Design

    Hardware errors in microcontrollers are easy to avoid should you pay attention to errata in PCB design.

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  • Design Reliable and Robust PCBs

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  • What do Reliability Engineers do and Why is it Important for PCB Design?

    What do Reliability Engineers do and Why is it Important for PCB Design?

    Ever wonder what do reliability engineers do? In this blog, we explain exactly what they do and why should be glad that they do it.

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  • How the Thermal Conductivity of Your PCB Substrate Affects Performance

    How the Thermal Conductivity of Your PCB Substrate Affects Performance

    Here’s what you need to know about the thermal conductivity of your PCB substrate, how it affects your board’s operation, and thermal management techniques.

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  • Useful Tips In Functional Design of Circuits

    Useful Tips In Functional Design of Circuits

    To improve functional design of circuits, ensure your fundamentals of circuit design are solid. Then work on refining the more nuanced processes.

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  • USB PCB Routing Tips for Peak Reliability and Performance

    USB PCB Routing Tips for Peak Reliability and Performance

    USB routing tips will consider many traditional routing methods with a tighter focus on power supply and EMI in your USB.

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  • Thermal Vias for Circuit Board Heat Management: Techniques and Tips

    Thermal Vias for Circuit Board Heat Management: Techniques and Tips

    Examine the use of thermal via arrays for dissipating heat and improving circuit performance.

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  • Building and Running a Simulation of a Circuit Design

    Building and Running a Simulation of a Circuit Design

    Whether working through high speed designs or high-power systems, simulation can be done to understand the behavior of an electronic circuit due to accurate models.

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  •  CPLD vs. FPGA: Which Do You Need For Your Digital System?

    CPLD vs. FPGA: Which Do You Need For Your Digital System?

    With the popularity of NAND and NOR gates, it can be easy to overlook the capabilities of CPLD vs FPGA when looking to satisfy the needs of your digital system.

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  • Tips for Reducing PCB Handling Issues

    Tips for Reducing PCB Handling Issues

    PCB handling, when performed improperly, can result in damaged boards upon delivery.

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  • Effective Integrated Circuit Simulation Within Multi-board PCB Systems

    Effective Integrated Circuit Simulation Within Multi-board PCB Systems

    Performing integrated circuit simulation not only verifies your circuit’s functionality, but also aids in the manufacturing of your board or multi-board system.

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  • How Current Density In PCB Trace Can Affect Functionality

    How Current Density In PCB Trace Can Affect Functionality

    Current density PCB traces can accumulate can affect the overall health of your design as well as subject your device to errors like overcooking and shortages.

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  • Incorporating SPICE Initial Conditions and Interpreting the Results

    Incorporating SPICE Initial Conditions and Interpreting the Results

    Any dynamic system includes initial conditions. In SPICE, initial conditions produce specific behavior that you can examine with the right simulation package.

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  • High Power PCBs and Thermal Conductivity: Keeping Your Boards on Ice

    High Power PCBs and Thermal Conductivity: Keeping Your Boards on Ice

    High power PCB thermal conductivity is important for determining the temperature of your board. Here’s how you can keep temperatures low.

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  • PDN: Gives Your Board Life

    PDN: Gives Your Board Life

    See how you can design with confidence knowing your PDN is up to the task and keep your products humming smoothly.

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  • Five Tell-Tale Signs of a Bad Power Distribution Network

    Five Tell-Tale Signs of a Bad Power Distribution Network

    A power distribution network has a single goal: to make sure that the right current and voltage is delivered to...

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