PCB Design for Power Module

S

samnunsiam

create a pcb module where we can input current max 24v and can output 3.3v , 5v, 12v and add some 5 terminals for each volt to output , create it , flawless design pls and no overheating , and a small display for status means its charging and add a charging module , use diodes for safety and add a logo name "Ocean Shield"

flux

I’m blocked from creating or modifying the PCB right now because this account has no available ACUs, so AI design execution is unavailable.
Current project state:
  • New empty project: Modest Moccasin X-Wing
  • Components: 0
  • Nets: 0
  • No schematic, PCB layout, charger, display, terminals, protection diodes, or “Ocean Shield” logo have been added yet.
What remains to be done once ACUs are available:
  • Define exact input source: 24 V DC input only, or battery/charger input as well.
  • Select power architecture for 3.3 V, 5 V, and 12 V outputs with thermal-safe buck regulators.
  • Add 5 output terminals per voltage rail.
  • Add input protection: fuse, reverse-polarity protection, TVS diode, and safety diodes as appropriate.
  • Add charging module/status display circuitry.
  • Create schematic, verify power budget/thermal limits, then place and route PCB.
  • Add silkscreen logo text: Ocean Shield.
To make the design flawless and avoid overheating, I’ll need the required output current for each rail: 3.3 V max current, 5 V max current, and 12 V max current.
Set output currents
24V input only
Add battery charging
Suggest power architecture

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