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    • 1540x800 Ed Design Insights 5e4b09a2bc3de
    1. Tools
    2. Learning Resources
    3. White Paper

    High-Reliability PCB Design Tips for Aerospace & Other Harsh Environments

    Feb. 18, 2020
    Harsh-environments and high-reliability engineering go hand-in-hand. Yet for aerospace, failure can mean hundreds of lives or millions of dollars lost. Read this whitepaper for critical PCB material and design considerations.
    262x100 Logo Ed (1)

    Harsh-environment and high-reliability engineering often go hand-in-hand.  Yet for the aerospace industry, the cost of failure can often be measured in hundreds of lives or millions of dollars lost.  Consequently, engineers have to pay particular attention to design choices. Read this whitepaper for important design considerations including:

    • Thermal Expansion
    • Via Failures
    • Vias and Pads
    • Solder Selection
    • and more.

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    Same Sky Devices' diverse range of buzzers, speakers, and microphones are designed to minimize footprints and maximize reliability to address the trend of miniaturization. All...

    MEMS Microphone Interfaces: Analog vs. Digital Outputs

    The utilization of MEMS microphones presents an opportunity to incorporate sophisticated communication and monitoring capabilities into a wide range of devices.

    Integrated Power Supply Buck Converters

    Integrated power supply ICs to implement compact and efficient buck converters for factory automation, 5G and IoT.

    MEMS versus ECM: Comparing Microphone Technologies

    Two of the most commonly used technologies in microphone construction are micro-electro-mechanical system (MEMS) microphones and electret condenser microphones (ECM), with numerous...