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power module identification
Distinguish buck, boost, buck-boost, charger and protection records before selecting a pinout.
The catalog groups voltage conversion, battery charging, protection, UPS and fuel-gauge references under Power & charging. These serve different functions. A familiar charger chip does not tell you whether the complete board includes protection, regulated output or a power path for running a load.
Try buck, step-down, boost, step-up, buck-boost, TP4056 or TP4057. Match connector and terminal labels against the exact source drawing. A chip-package diagram identifies IC pins; it is not a physical terminal map for every inexpensive module using that chip.
- Exact PCB model or clear identification of the generic variant.
- Separate input, output and battery terminal labels, with polarity.
- Documented input range, configured output and load limits.
- Battery chemistry and charging requirements when applicable.
- Documented protection and power-path behavior for that board.
The app has sourced profiles, adapter comparisons, runtime estimates and power budgets. Published observations, manufacturer requirements and your own measurements remain distinct. A typical observed current is not a maximum rating. Estimates depend on your inputs and do not establish compatibility for an unidentified module.
First Edition / 2026 · Open the guide · Source collection
- HaleHound and Elechouse hardware references
- Datasheets, I/O boards and carrier revisions
- ARM, x86 and RISC-V computers
- Start at the workbench
- How to read a pinout reference
- GPIO, I²C, SPI and UART
- Identify displays and sensors
- Use the Power Desk carefully
- Find a power-module reference
- Search, themes and saved boards
- Coverage, sources and review status
- Help improve the maker reference