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  • An Overview of Euler's Equations in Fluid Dynamics

    An Overview of Euler's Equations in Fluid Dynamics

    In this article, we give an overview of Euler’s equations in fluid dynamics problems as well as some basic solution methods.

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  • And Then Some: Reasons To Go Beyond The PCB Constraints

    Reasons to design with buffers or constraints on your PCB

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  • The acceptable limits of RF immunity and conducted immunity differ, and EMC standards are specialized for each product class.

    The acceptable limits of RF immunity and conducted immunity differ, and EMC standards are specialized for each product class.

    The acceptable limits of RF immunity and conducted immunity differ, and EMC standards are specialized for each product class.

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  • PCB Design Guidelines for High-Speed Circuit Board Layout

    PCB Design Guidelines for High-Speed Circuit Board Layout

    To avoid signal integrity problems in their layouts, design engineers need to be familiar with PCB design guidelines for high speed.

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  • Methods for Electrostatic Discharge Prevention

    Methods for Electrostatic Discharge Prevention

    Sensitive electronic circuits can be damaged by electrostatic discharge. Use electrostatic discharge prevention methods to suppress this harmful discharge.

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  • Crosstalk Interference in Communication Channels

    Crosstalk Interference in Communication Channels

    Crosstalk interference is one type of noise commonly seen in electronic and communication circuits. Learn more about this—and other types of noise—in our brief article.

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  • CFD Vortex Shedding for Performance: Simulations and Analysis of Induced Vibrations

    CFD Vortex Shedding for Performance: Simulations and Analysis of Induced Vibrations

    CFD vortex shedding can lead to significant VIV problems if not accounted for during fluid flow system design

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  • EMI Reduction Techniques in PCBs

    EMI Reduction Techniques in PCBs

    Filtering, isolation, proper layouts, and shielding are just a few of the EMI reduction techniques in PCBs used to help mitigate interference issues.

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  • Common Mode and Differential Mode Filter Design for DC-DC Converters

    Common Mode and Differential Mode Filter Design for DC-DC Converters

    Common mode and differential mode filter designs are used to mitigate common mode and differential mode noise effects in DC-DC converters.

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  • PCB Design Layout Guidelines for Engineers

    PCB Design Layout Guidelines for Engineers

    For a successful PCB layout, it is important to work from a set of well-developed PCB design layout guidelines.

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  • TE Modes in Rectangular and Circular Waveguides

    TE Modes in Rectangular and Circular Waveguides

    Learn more about how the transverse electric mode (TE mode) of wave propagation works in rectangular and circular waveguides.

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  • Quick Tutorial: How to Redo Reference Designators on the PCB

    Quick Tutorial: How to Redo Reference Designators on the PCB

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  • How to Redo Reference Designators on the PCB3:03

    How to Redo Reference Designators on the PCB

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  • PCB Walk-through 10: 3D Modeling and Collision Detection

    PCB Walk-through 10: 3D Modeling and Collision Detection

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  • PCB Walk-through 9: Manufacturing Export

    PCB Walk-through 9: Manufacturing Export

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  • PCB Walk-through 8: Manufacturing Preparation

    PCB Walk-through 8: Manufacturing Preparation

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  • PCB Walk-through 7: DRC

    PCB Walk-through 7: DRC

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  • PCB Walk-through 6: Routing

    PCB Walk-through 6: Routing

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  • PCB Walk-through 5: Copper Pours

    PCB Walk-through 5: Copper Pours

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  • PCB Walk-through 4: Constraints

    PCB Walk-through 4: Constraints

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