TP4056 Type-C Charging Module: Charge 3.7V Li-Ion Batteries Safely

Description

TP4056 Type-C Charging Module: Looking for a reliable and efficient solution for charging a 3.7 V lithium ion battery? The  10PCS TP4056 charging module type c offers a robust and user-friendly platform for managing your battery charging needs. Designed for seamless integration into various electronic projects, this module provides essential protection and clear indicators to ensure safe and optimal charging performance for single-cell or parallel lithium battery configurations.

Key Features & Benefits of TP4056 Type-C Charging Module

• Safe & Efficient Li-Ion Charging: Specifically engineered for 3.7V lithium-ion batteries, ensuring optimal charging cycles with current protection.
• Modern Type-C USB Input: Utilize the widely adopted Type-C interface for convenient power input from standard USB ports.
• Integrated Current Protection: Protects your batteries from over current, enhancing their lifespan and safety.
• Clear Visual Charging Indicators: Red LED signifies charging in progress, while Green/Blue indicates a full charge, providing immediate status feedback.
• Versatile DIY Integration: Ideal for custom power solutions, portable devices, and educational projects, offering both USB port input and solder pads for flexible wiring.
• Economical 10-Piece Pack: Get great value with a bulk pack, ensuring you have modules for multiple projects or replacements.

Product Specifications of TP4056 Type-C Charging Module

• Model Name: PO10-RW-161
• Input Voltage: 5V
• Max Output Current: 1A
• Charging Cut-off Voltage: 4.2V ± 1%
• Input Interface: Type-C USB
• Power Indicator: Red (Charging), Green (Fully Charged)
• Compatible Devices: Smartphone, Tablet, Portable Electronic Devices
• Output Wattage: 5 Watts
• Package Includes: 10*TP4056 Type-C USB Charging Module

Warranty & Support

This  TP4056 charging module is eligible for a 10-day replacement policy from Amazon for any physical damage, defective, wrong, or missing items. Please note that a specific manufacturer’s warranty for this electronic component is not explicitly detailed in the product information. For installation or initial setup, especially if you are new to such modules, it is highly recommended to consult related video tutorials available on platforms like YouTube to ensure correct connections and operation.

Buyer Feedback & Insights

Customers consistently rate the  TP4056 Type-C charging module highly, achieving 4.2 out of 5 stars based on 75 ratings. It has been designated as ‘Amazon’s Choice,’ indicating a well-priced, highly-rated product readily available. Furthermore, the product boasts ‘fewer returns than average’ compared to similar items, suggesting high buyer satisfaction and reliability. While explicit textual reviews are not provided, these metrics underscore its popularity and performance as a dependable solution for charging a 3.7 V lithium ion battery in DIY projects and portable devices. The primary consideration for new users is the lack of included installation instructions, making external video guides helpful.

Frequently Asked Questions (FAQ)

• Q: Can this module charge multiple 3.7V Li-Ion batteries in series?
• A: No, this TP4056 module is designed for charging single-cell lithium-ion batteries or multi-section paralleled lithium batteries. Do not connect batteries in series.
• Q: Does it have overcharge protection?
• A: Yes, the TP4056 chip typically includes overcharge protection with a charging cut-off voltage of 4.2V ± 1% to prevent battery damage.
• Q: What type of USB cable do I need to power this module?
• A: You will need a standard USB Type-C cable to provide 5V input power to the module.
• Q: Are installation instructions provided with the package?
• A: No, explicit installation instructions are not included. If you’re new to using such electronic components, it’s recommended to watch related video tutorials on YouTube.
• Q: Can I use this module to charge a smartphone battery directly?
• A: While it can charge a 3.7V lithium-ion battery, direct integration into a smartphone might require advanced knowledge. It’s primarily intended for DIY projects where you’re building or integrating custom power solutions for single-cell lithium batteries.