Comprehensive Test Plan for STM32 Project

flux

1:47

Chat History
Project

Considering project design elements.

Clarifying project details.

Managing component linking.

Maintaining generalization in planning.

Designing the schematic plan.

Establishing project context for planning.

You want me to design the schematic for an STM32H723GTx board with 16 DAC61408 on 4 SPI buses and one ADS1288, plus debugger, power, oscillators, and Nucleo‑like features.
Plan summary (ready to execute):
  1. Capture architecture and properties.
  2. Add STM32H723GTx, 16× DAC61408, 1× ADS1288, SWD (TC2050), USB‑C (TYPE-C-31-M-12).
  3. Add power tree, protection, decoupling, external oscillators.
  4. Assign pins, wire 5 SPI buses and CS lines, USB, LEDs/button, headers.
  5. ERC review and annotate.
Click Start to run this plan, or tell me what to change.
21 days
ppatra

ppatra

start the plan
21 days

flux

1:19

Chat History
Project

Designing a high-level plan.

Clarifying plan execution steps.

Planning component references.

Drafting high-level plan steps.

Structuring the proposed plan.

Goal: Design the schematic for an STM32H723GTx board with 16 DAC61408 across 4 SPI buses, one ADS1288 on its own SPI, plus SWD, USB‑C, oscillators, and Nucleo‑like I/O.
Plan to execute:
  1. Update project description and SPI/feature objectives.
  2. Add MCU STM32H723GTx, 16× DAC61408, 1× ADS1288, SWD, USB‑C, HSE/LSE, power blocks.
  3. Wire power, decoupling, resets/BOOT, oscillators, SWD, USB.
  4. Implement SPI: SPI1–SPI4 to DACs (unique CS nets), SPI5 to ADC; assign pins and nets.
  5. Add Nucleo‑like LED, button, UART/VCP, optional headers; run ERC and fix.
Click Start on the plan bar to begin. Let me know if you want any changes.
Keep USB-C power only
Pinmap SPI buses
Choose regulators
Check existing connectors
21 days
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please explain what U1 does.
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what does this board do?
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Se podria poner un limitador de voltaje
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how do I use Flux?
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explain U2
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create a detailed step by step plan table for J3 to verify its functionality.
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recommend a replacement for U2.
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, perform a BoM consolidation review to identify passive components that are mar...
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create a detailed step by step plan table for U1 to verify its functionality.
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Check that none of the unconnected pins require pull-up or pull-down resistors t...
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recommend a replacement for U1.
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create a detailed step by step plan table for U3 to verify its functionality.
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, perform a BoM consolidation review to identify passive components that are mar...
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how much memory this design has?
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STM32MP1 Linux Card

STM32MP1 Linux Card
Description

Created
Last updated by vasy_skral
2 Contributor(s)
vasy_skral
jharwinbarrozo

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