IP5306 Type-C USB 5V 2A Lithium Battery Boost Module

IP5306 Type-C USB 5V 2A Lithium Battery Charging & Boost Converter Module

The IP5306 Type-C USB 5V 2A Lithium Battery Charging & Boost Converter Module is a compact, high-efficiency power management board designed for single-cell lithium battery applications. It combines battery charging, battery protection, and 5V boost conversion into a single module, making it an excellent solution for portable electronic devices, DIY power banks, IoT projects, embedded systems, robotics, and battery-powered circuits.

Powered by the reliable IP5306 power management IC, this module accepts a Type-C USB 5V input to safely charge a 3.7V lithium battery while simultaneously providing a regulated 5V output up to 2A. It supports charging and discharging at the same time, allowing connected devices to remain powered while the battery is being charged.

With conversion efficiency reaching up to 92.5%, the module minimizes energy loss and extends battery runtime. Built-in safety features such as overcharge protection, over-discharge protection, automatic recharge, low battery pre-charge, and intelligent power management help improve battery lifespan and system reliability.

Whether you are building a portable power bank, Arduino project, ESP32 project, Raspberry Pi backup power solution, DIY electronics kit, or an educational Biggan Project, this module offers dependable performance in a compact size. It is also widely used by students, makers, hobbyists, and electronics professionals throughout Bangladesh and BD for various battery-powered applications.

Product Specifications

Features

• High-performance IP5306 power management IC.
• Integrated battery charging, protection, and boost converter.
• Stable 5V output with up to 2A current.
• Supports simultaneous charging and discharging.
• High conversion efficiency up to 92.5%.
• Type-C USB input for convenient charging.
• Automatic charging termination for battery safety.
• Automatic recharge when battery voltage decreases.
• Low battery pre-charge function.
• Very low standby current for longer battery life.
• External power button control support.
• Compact PCB suitable for portable electronics.
• USB-A connector soldering position provided.
• Reliable protection against battery overcharge and over-discharge.

Applications / Use Cases

• DIY Power Bank projects.
• Arduino development boards.
• ESP32 and ESP8266 portable devices.
• Raspberry Pi backup power systems.
• Battery-powered IoT devices.
• Portable USB gadgets.
• Rechargeable LED lighting.
• Educational electronics training.
• Biggan Project demonstrations.
• STEM learning projects.
• Embedded electronics development.
• Electronics repair and prototyping.
• Portable measurement instruments.
• Battery-powered robotics.

User Guide / How to Use

• Connect a compatible single-cell lithium battery to the battery terminals.
• Supply 5V through the Type-C USB connector.
• Allow the module to charge the battery automatically.
• Connect your 5V load to the output terminals.
• Use the external key pads if remote power control is required.
• Ensure correct battery polarity before connecting.
• Avoid exceeding the maximum 2A output current.
• Install the module in a properly ventilated enclosure if used continuously.

Frequently Asked Questions (FAQs)

• Q: What battery does this module support?
  A: It is designed for a single-cell 3.7V lithium battery.
• Q: Does it support Type-C charging?
  A: Yes, the module uses a Type-C USB input.
• Q: Can charging and output work simultaneously?
  A: Yes, it supports charging while powering the connected load.
• Q: What is the maximum output current?
  A: Up to 2A under suitable operating conditions.
• Q: Does it include battery protection?
  A: Yes, it includes charging management and multiple battery protection functions.
• Q: Is this suitable for DIY power banks?
  A: Yes, it is one of the most popular solutions for DIY power bank projects in Bangladesh.

Challenges and Considerations

• Use only compatible single-cell lithium batteries.
• Observe correct battery polarity during installation.
• Provide adequate cooling under continuous high-current operation.
• Avoid short-circuiting the output.
• Do not exceed the specified input voltage range.
• Select a battery with sufficient discharge capability for heavy loads.

Compatibility

• 3.7V Li-ion batteries.
• 3.7V LiPo batteries.
• DIY Power Bank enclosures.
• Arduino Uno.
• Arduino Nano.
• ESP32 development boards.
• ESP8266 boards.
• Raspberry Pi power projects.
• USB-powered electronic devices.
• Portable electronics.

Future Enhancement Options

• Add a battery capacity indicator.
• Integrate with solar charging systems.
• Build custom portable UPS systems.
• Create rechargeable DIY electronic products.
• Combine with wireless charging modules.
• Develop compact battery management solutions.

Benefits

• Combines multiple power functions on one PCB.
• Reduces component count in electronic projects.
• Improves battery charging safety.
• Provides stable USB 5V output.
• Excellent efficiency for longer battery runtime.
• Compact and lightweight design.
• Easy integration into DIY electronics.
• Suitable for educational and professional applications.
• Popular among makers and Biggan Project builders in BD.
• Reliable solution for portable power applications in Bangladesh.

Conclusion

The IP5306 Type-C USB 5V 2A Lithium Battery Charging & Boost Converter Module is an all-in-one power management solution that combines efficient charging, intelligent battery protection, and stable 5V boost conversion in a compact board. Its high efficiency, integrated safety features, and support for simultaneous charging and discharging make it an excellent choice for DIY electronics, portable devices, educational Biggan Project applications, and professional battery-powered systems throughout Bangladesh and beyond.

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