Cadence PCB Solutions

Cadence PCB solutions is a complete front to back design tool to enable fast and efficient product creation. Cadence enables users accurately shorten design cycles to hand off to manufacturing through modern, IPC-2581 industry standard.

  • Tips on PCB Design for Noise Reduction

    Tips on PCB Design for Noise Reduction

    For success in your PCB design for noise reduction, you need the best PCB design CAD tools with advanced component placement and trace routing features.

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  • High Current DC Voltage Management in Power Systems with PSpice

    High Current DC Voltage Management in Power Systems with PSpice

    High current DC voltages can be dangerous in systems that are not designed properly. Here’s how you can keep your system safe and functional.

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  • Read This Before You Download PCB Layout Software

    Read This Before You Download PCB Layout Software

    Downloading PCB layout software can be a long-term commitment to your tool to use throughout a career. Understand more about the tools available.

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  • The Benefits of a Vast Footprint Library in Your PCB Design

    The Benefits of a Vast Footprint Library in Your PCB Design

    Not only will a footprint library in PCB design help your design workflow to be more organized, it can cut down on your design time and improve quality.

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  • Will Solder Mask Dielectric Constant Affect Circuit Performance?

    Will Solder Mask Dielectric Constant Affect Circuit Performance?

    Solder mask dielectric constant can affect circuit stability and performance, but under what conditions?

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  • PCB Design for Power Electronics Best Practices

    PCB Design for Power Electronics Best Practices

    There is a lot to consider when designing a PCB power supply, and to help you with your next project here are some ideas on PCB design for power electronics

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  • How to Effectively Use EMC Compliance Testing Standards

    How to Effectively Use EMC Compliance Testing Standards

    Navigating through EMC compliance testing standards can be complicated and inefficient unless you have a well-defined effective plan as presented in this blog.

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  • Electromigration (EM) Analysis in VLSI: May Your Chips Live Forever

    Electromigration (EM) Analysis in VLSI: May Your Chips Live Forever

    If you need to design IC interconnects, you need the right software tools for EM analysis in VLSI design.

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  • Incorporating Mechanical Size and Cost Into Your PCBA Design

    Incorporating Mechanical Size and Cost Into Your PCBA Design

    To accurately incorporate mechanical size and cost your PCBA process should be based on ECAD-MCAD co-design, as described in this blog.

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  • Understanding Flyback Power Supply Design and Simulation

    Understanding Flyback Power Supply Design and Simulation

    Flyback power supply design involves multiple variables that create significant problems for designers and end users.

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  • Using a Switching Regulator vs. Linear Regulator for DC-DC Conversion

    Using a Switching Regulator vs. Linear Regulator for DC-DC Conversion

    Do you need a switching regulator vs. linear regulator? Here’s how to bring each type of regulator into your power conversion strategy.

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  • What are the Maximum Power Output and Data Transfer Rates for the USB Standards?

    What are the Maximum Power Output and Data Transfer Rates for the USB Standards?

    The maximum power output of any USB port is dependent on the hardware’s generation standard.

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  • How to Plan for DDR Routing in PCB Layout

    How to Plan for DDR Routing in PCB Layout

    If you haven’t designed a printed circuit board with DDR memory routing before, here are some ideas on how to plan for DDR routing in your next PCB design.

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  • Why Solder Joint Inspection Is Important

    Why Solder Joint Inspection Is Important

    Solder joint inspection is a critical part of quality control, helping you detect joint problems as early as possible.

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  • Parametric Amplifier Circuit Simulation and Applications

    Parametric Amplifier Circuit Simulation and Applications

    A parametric amplifier circuit is an advanced low-noise amplifier. These circuits can be complex, but simulations are easier with the right design tools.

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  • Isotropic Etching to Anisotropic Etching and Semiconductor Manufacturing

    Isotropic Etching to Anisotropic Etching and Semiconductor Manufacturing

    Isotropic etching or wet etching is a process traditionally used in semiconductor manufacturing and silicon materials.

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  • Multi-Board ECAD Schematic for System Design

    Multi-Board ECAD Schematic for System Design

    To reduce time and expense from the traditional single board design process, take a look at how the multi-board ECAD schematic for system design can help.

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  • Tools for Simulation of Power Electronics

    Tools for Simulation of Power Electronics

    You can run a SPICE-based simulation of power electronics with the right design and analysis tools.

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  • CFD Modeling and Simulation in Electronics Design

    CFD Modeling and Simulation in Electronics Design

    CFD modeling and simulation ranges from the chip level to the room level. Here’s what you can learn about your design with CFD analysis.

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  • What is the Boundary Element Method in Acoustics, CFD, and EM?

    What is the Boundary Element Method in Acoustics, CFD, and EM?

    One important numerical method for 3D integral equations is the boundary element method in acoustics, CFD, and electromagnetics.

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