KEHIPI TP4057 1A Li-ion charger board Type-C USB 10PCS
Ten USB-C boards charge 3.7 V lithium cells at up to 1 A with over-voltage, over-discharge and over-current protection
- Product colorTP4057 Type-C USB 10PCS
- Charges 3.7 V lithium cells via USB-C
- 10 boards in one pack for multiple projects
- TP4057 controller stops at 100 mA tail current
- Built-in protection against over-voltage, over-discharge and over-current
- Pre-charge activates below 2.9 V for deep-discharged cells
10-piece TP4057 Type-C USB charger boards
This pack contains ten TP4057 modules that charge single-cell 3.7 V lithium-ion batteries from a USB Type-C source. Each board integrates over-voltage, over-discharge and over-current protection and terminates the cycle automatically when the current falls to 100 mA.
Makers adding USB-C charging to 3.7 V cells
Suits hobbyists building portable devices, repairing tablets or upgrading 18650 packs who want a protected, drop-in charging solution with Type-C input. Not for engineers who need adjustable charge currents, multi-cell balancing or higher than 1 A throughput.
1 A maximum charge current with 4 A protection trip
The TP4057 IC limits the charge current to 1 A and the onboard protection MOSFET disconnects the load at 4 A over-current. This single figure decides whether the board can power your target application safely.
How it compares
Measured against everything we stock in AC Adapters & Power Bricks, at today’s prices. Recalculated every night.
- Price $20.99
- Cheaper than about 56% of the 3,875 comparable items (median $23.99).
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Specifications
| Product | |
|---|---|
| Brand name | AITRIP |
| Model name | TP4057 |
| Product color | TP4057 Type-C USB 10PCS |
Questions about this item
What happens when the 1 A charging current drops to 100 mA?
The charging cycle terminates automatically once the current falls to 100 mA after the 4.2 V float voltage is reached.
How much heat or noise does the board produce during continuous charging?
The module has no fan or active cooling; it runs silently and warm only under the 1 A charge current.
Which battery cells must I already have to use these boards?
Any 3.7 V lithium cell such as an 18650 or composite pack that fits the 4.2 V charge profile.
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