Insights

News and technical content

Only articles published in the content system with content for the current language appear here.

  1. 01

    Information to Prepare for a Circuit Board Project

    A practical information checklist for the initial project discussion.

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  2. 02

    Organising Project Information for Assembly Production Handoff

    Keeping confirmed project information organised supports consistent collaboration.

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  3. 03

    Using PCB Outline, Stackup and Rules as Project Inputs

    A practical starting point for the outline, stackup and design constraints that need to be aligned before fabrication work.

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  4. 04

    PCB Fabrication Package: Gerber, Drill, BOM and Assembly Data

    How fabrication outputs and assembly information fit together in a versioned PCB release package.

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  5. 05

    Power-Loop Layout: Input Capacitors, Ground Return and Placement

    A TI-source-based checklist for the power-loop information to align before a switching-power layout review.

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  6. 06

    PMIC Passive Placement: Start from the Input Pins

    Using TI placement guidance to organise the relationship among PMIC capacitors, inductors and output rails.

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  7. 07

    RS-485 Interfaces: What to Confirm for Termination and Biasing

    ADI-source-based inputs that affect termination and fail-safe decisions in an RS-485 interface plan.

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  8. 08

    USB Type-C Interface Planning: Connector, Cable and Functional Role

    Organise Type-C project inputs around the connector ecosystem, mating orientation and intended functional role.

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  9. 09

    ADC Input and Anti-Aliasing: Inputs to Organise Before Sampling

    ADI-source-based relationships among input band, sample rate, filtering and ADC drive.

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  10. 10

    Design Data Versioning and Release: Align Schematic, PCB and Outputs

    Use revision relationships and a release checklist to prevent design files, fabrication outputs and change records from being mixed.

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  11. 11

    BOM, AVL and Substitutions: Expressing Material Boundaries

    Organise engineering material information around part number, package, approved sources and substitution boundaries.

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  12. 12

    Functional Test and Test-Point Planning: Make Conditions Executable

    Organise functions, test access and expected results as repeatable engineering information.

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