Embedded & Mixed Signal Audio Hardware Design (XMOS/SHARC/+)

    by blockie710

    1

    Expert guidance for high-fidelity audio PCB layout, TDM/I2S timing, and XMOS/SHARC/STM32 firmware architecture.

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    Works with the AI tools you already use

    CClaude CodeCCursorCCodex CLIGGitHub CopilotGGemini CLIVVS CodeWWindsurfMManus+14 more

    See it in action

    You say

    Calculate the BCLK for a 24-bit, 192kHz, 8-channel TDM stream and give me the series termination recommendation for the clock line.

    Your agent does

    BCLK = 192,000 * 32 * 8 = 49.152 MHz. Note: 32 bits per slot is standard for 24-bit TDM data alignment. Use 50 Ohm series termination resistors on BCLK and MCLK lines to prevent high-frequency ringing and EMI at these speeds.

    What you get

    Calculate precise BCLK/MCLK frequencies for multi-channel TDM streams.Define PCB ground isolation zones for mixed-signal audio converters.Implement DMA ping-pong buffers for glitch-free I2S audio transfer.Design USB Audio Class 2.0 clocking schemes to minimize jitter.

    About this skill

    Design audio PCBs, firmware, and clocking that actually sound clean. Use for I2S/TDM timing, XMOS/SHARC/STM32 firmware, or USB Audio Class 2.0 endpoints.

    How to install

    Drop the file into your AI Agent. Works with Claude, Cursor, ChatGPT, and 20+ more.

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    Creator

    blockie710
    blockie710

    3 skills on Agensi

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