IP5306 Type C USB 5V 2A Boost Converter Power Bank Module Lithium Battery Charging Board
৳ 90.00
In stock
The IP5306 Type-C USB 5V 2A Boost Converter Power Bank Module Lithium Battery Charging Board is a compact and versatile power management module designed to charge a single-cell 3.7V lithium battery and provide a stable 5V output, similar to a real power bank circuit. It is based on the IP5306 power management IC, which integrates battery charging, boost conversion, and power control functions into a single chip.
This module is also known as: IP5306 Power Bank Module, Type-C Lithium Charger Board, 5V Boost Converter Module, USB Power Bank Circuit Board, IP5306 Charging Boost Module.
Although it does not look like a traditional power bank PCB, it can function exactly like one. The board includes a USB Type-C input for charging and supports adding a standard USB-A output port (usually provided separately and needs simple soldering). Once the USB port is soldered, the module can deliver 5V output like a regular power bank.
In addition to the USB output, the module also provides direct 5V output pads, allowing easy integration into custom projects without needing a USB connector. This makes it ideal for portable electronics, ESP32/Arduino projects, IoT devices, DIY power banks, and battery-powered systems. For example, you can charge a 3.7V lithium battery via Type-C and simultaneously use the same module to supply 5V power to an ESP32 project, making it a highly practical all-in-one solution.
If you are searching for an IP5306 power bank module price in Bangladesh, this board offers excellent functionality, flexibility, and value for portable power applications.
- Chipset: IP5306
- Input Type: USB Type-C (5V charging input)
- Battery Type: 3.7V Lithium-ion / LiPo (single cell)
- Output Voltage: 5V
- Output Current: Up to 2A
- Function: Battery charging + boost conversion + power output
- USB Output: External USB-A port (requires soldering)
- Additional Output: Direct 5V output pads available
- Protection Features: Overcharge, over-discharge, short-circuit protection
- Application: DIY power banks, portable devices, ESP32/Arduino projects, battery-powered electronics
