CM5 Minimal Support Circuit Design
Add the minimum required set of components needed to run a simple project using the CM5. Keep the design as minimal and practical as possible while ensuring the module can boot and operate reliably.
Include only the essential supporting circuitry:
Power input and regulation
Decoupling capacitors
Required clocks or pull-ups/pull-downs
Power input and regulation
Decoupling capacitors
Required clocks or pull-ups/pull-downs
Avoid unnecessary features or complex expansion circuitry
Optimize for simplicity and fast prototyping
Keep the BOM as small as possible
Optimize for simplicity and fast prototyping
Keep the BOM as small as possible
Thought for 57 sec
I’ll build the smallest practical CM5 support schematic: inspect the existing module pins, verify CM5 power/boot requirements from documentation, add only power input/regulation, required passives, and decoupling, then run checks and fix issues.
Thought for 21 sec
I’m blocked because execution credits ran out before I could modify the schematic.
Completed:
- Set up the design plan for a minimal CM5 carrier/support circuit.
- Retrieved the required internal guidance for power budgeting, datasheet-based wiring, passive support components, generic component properties, component addition, schematic wiring, and project documentation.
Not yet completed:
- Inspecting the CM5 symbol pins.
- Verifying CM5 minimum boot/power requirements from authoritative docs.
- Selecting and adding the minimal power input/regulation components.
- Adding decoupling, required pull-ups/pull-downs, and any required boot/reset support.
- Wiring the schematic.
- Running review/ERC and fixing violations.
- Creating a persistent project file with assumptions and power budget.
The project schematic itself has not been changed yet.
Document assumptions first
Check CM5 requirements
Find required parts
Create power note
Run ERC after
