Circuit Design Blog

Best practices and Trends to Ensure a Reliable Circuit Design

  • Introduction to Non-parametric Analysis for Electronics

    Introduction to Non-parametric Analysis for Electronics

    Non-parametric analysis is best suited for the analyzing of functionality and performance when the aim is to quantify a comparison.

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  • Component Reliability Considerations with Circuit Simulation

    Component Reliability Considerations with Circuit Simulation

    A headache for PCB designers is having to locate and correct component reliability problems on a finished board. Here’s some ideas to help before you design.

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  • Applying TRL Calibration for Noncoaxial Measurements

    Applying TRL Calibration for Noncoaxial Measurements

    Utilizing TRL calibration to obtain noncoaxial measurements provides the easiest and most accurate readings.

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  • Resonant Frequency vs. Natural Frequency in Oscillator Circuits

    Resonant Frequency vs. Natural Frequency in Oscillator Circuits

    Some engineers still use resonant frequency and natural frequency interchangeably, but they are not always the same. Here’s why damping is important.

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  • Testability Analysis Framework for Non-functional Requirements

    Testability Analysis Framework for Non-functional Requirements

    Testability analysis is an integral part of all design practices. The need to assess a product’s capabilities and behavior in a real-world setting is paramount.

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  • Forward Converter Circuit Design and Analysis

    Forward Converter Circuit Design and Analysis

    Here’s what you need to know about a forward converter and how to model its behavior in a SPICE simulator.

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  • Understanding Link Budgets and Balancing SNR Ratios

    Understanding Link Budgets and Balancing SNR Ratios

    Your link budget indicates gain and losses throughout a system, but noise and other factors may affect the equation significantly.

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  • 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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  • Determining the Impedance of a Circuit and How It Affects Your PCB

    Determining the Impedance of a Circuit and How It Affects Your PCB

    The impedance of a circuit can be determined by hand or with Cadence’s precision simulation and analysis tools.

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  • Matched Terminations Help Avoid Impedance Issues

    Matched Terminations Help Avoid Impedance Issues

    Don’t overlook matched terminations when you’re considering noise, impedance, and other voltage concerns in your pcb design.

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  • EDA Tools for PCB Design: What You Should be Looking For

    EDA Tools for PCB Design: What You Should be Looking For

    PCB design tools have changed and grown a lot over the years, but you still need to make an informed choice when selecting EDA tools to work with.

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  • Multi Circuit Board Design Rules to Speed Up Design Time

    Multi Circuit Board Design Rules to Speed Up Design Time

    You can avoid a lot of design and manufacturing problems as well as saving time on your next PCB design by saving multi circuit board design rules for reuse.

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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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  • Analog Signal Transmission, Processing, and Modulation

    Analog Signal Transmission, Processing, and Modulation

    Analog signals can be tricky to navigate in your designs without strong simulation and analysis tools to model and predict anticipated interactions.

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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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  • Printed Circuit Board: An Introduction and the Basics of Printed Circuit Boards

    Printed Circuit Board: An Introduction and the Basics of Printed Circuit Boards

    There are a lot of steps involved in the design and manufacturing of a printed circuit board. Here we will describe these basic steps to outline the process.

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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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  • Analog Multipliers and RF Modulators: Introduction and Applications

    Analog Multipliers and RF Modulators: Introduction and Applications

    Analog multipliers and RF modulators aren’t the only applications available, but are some of the common uses for both multipliers and modulators.

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  • Envelope Circuit Design and Layout Tips

    Envelope Circuit Design and Layout Tips

    If your next PCB contains an envelope circuit, then you’ll need to follow some important layout guidelines for your board.

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