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  • How to Use Current-Mode Control in DC/DC Converters

    How to Use Current-Mode Control in DC/DC Converters

    Learn about current-mode control in DC/DC converters and view an example of a buck converter with current-mode control.

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  • How to Spot Voltage-Mode Control in DC/DC Converters

    How to Spot Voltage-Mode Control in DC/DC Converters

    Learn about voltage-mode control methods in DC/DC converters with and without isolation in the feedback loop.

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  • How to Prevent Floating SMD Components During

    How to Prevent Floating SMD Components During

    Prevent floating SMD components with these design and production measures in your PCB.

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  • Guide to Kitting Electronics for Assembly

    Guide to Kitting Electronics for Assembly

    Prepare your electronic components kits for assembly with these packaging materials and best practices.

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  • PCB Interface Control

    PCB Interface Control

    PCB interface control reduces the number of moving parts individual design teams have to account for in complex electronics.

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  • How Multi-Winding Transformers Are Used in Power Converters

    How Multi-Winding Transformers Are Used in Power Converters

    Learn how to use multi-winding transformers in power converters. These transformers offer great flexibility when designing multi-rail power regulators.

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  • ADC Sampling Rate

    ADC Sampling Rate

    If you are working with ADCs, you need to have a clear understanding of the ADC sampling rate. Learn more about the ADC sampling rate here.

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  • Metal Core PCB Design Guidelines

    Metal Core PCB Design Guidelines

    There are several metal core PCB design guidelines to follow when designing this type of PCB core. Learn more here.

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  • Pad Stacks

    Pad Stacks

    Supporting every plated through hole is the pad stack, which bolsters connectivity between mounted components and inner-layer traces.

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  • How to Design a Fly-Buck DC/DC Converter

    How to Design a Fly-Buck DC/DC Converter

    Learn how to design a fly-buck converter with multiple output rails and galvanic isolation.

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  •  Parts Attrition Requirements: How Many Extra Parts Should You Buy?

    Parts Attrition Requirements: How Many Extra Parts Should You Buy?

    Follow your assembler’s component attrition requirements with these tips and guidelines.

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  • How Much Inventory Should Electronics Manufacturers Hold in 2023?

    How Much Inventory Should Electronics Manufacturers Hold in 2023?

    Electronics manufacturing services, OEMs, and even small firms are holding inventory of electronic components.

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  • Flyback vs. Buck: Which to Use for DC/DC Conversion?

    Flyback vs. Buck: Which to Use for DC/DC Conversion?

    Buck converters and flyback converters are compared in this article. Both provide high power delivery but with different topologies.

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  • High-Density PCBs

    High-Density PCBs

    Designing modern electronic products requires expertise in high-density PCB design. Learn more about HDI PCBs here.

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  •  Quantization Errors

    Quantization Errors

    Learn about quantization, quantization errors, and quantization noise in this article.

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  •  Flex Circuit Design Rules

    Flex Circuit Design Rules

    Learn what the flex circuit design rules are and how to use them to ensure your next design is flawless.

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  • High-Speed PCBs

    High-Speed PCBs

    Learn how to identify when high-speed PCB design should be considered with our brief article.

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  • PCB Thickness

    PCB Thickness

    Learn how PCB thickness impacts electrical and mechanical board aspects as well as manufacturing ease.

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  • IPC Standard Tolerance Effects

    IPC Standard Tolerance Effects

    For DFM, IPC standard tolerances provide a template for testing and inspection that ensure devices meet minimum reliability requirements.

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  • Very-Large-Scale Integration

    Very-Large-Scale Integration

    Very-large-scale integration is the culmination of decades of IC manufacturing design techniques and technology that make modern devices realizable.

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