Type-C 1S Charge & Boost Power Module, 5V 2.8A/3.6A Output, with Dual Overcharge and Over-Temperature Protection Zpaxo 3.6a

Type-C 1S Boost Power Module 5V 2.8A/3.6A Dual Output

3.6a
$5.54
Sale price  $5.54 Regular price  $6.83
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Type-C 1S Charge & Boost Power Module, 5V 2.8A/3.6A Output, with Dual Overcharge and Over-Temperature Protection Zpaxo 3.6a

Type-C 1S Boost Power Module 5V 2.8A/3.6A Dual Output

$5.54
Sale price  $5.54 Regular price  $6.83
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Type-C 1S Boost Power Module – 5V Dual Output (2.8A / 3.6A)

Power your DIY electronics projects with confidence using this compact Type-C 1S Boost Power Module. Designed for single-cell (1S) lithium battery applications, this SMD-based module steps up voltage to a stable 5V output with selectable current ratings of 2.8A or 3.6A — giving you the flexibility to match the demands of your circuit build.

Whether you're prototyping a portable device, building a custom power bank, or upgrading a small battery-powered system, this dual-output module delivers clean, reliable power through a modern USB Type-C input interface.

Key Features

  • USB Type-C Input: Compatible with modern charging cables and adapters
  • Boost Converter Design: Efficiently steps up 1S LiPo/Li-ion battery voltage to a steady 5V
  • Dual Output Options: Choose between 2.8A or 3.6A output to suit your project needs
  • Overcharge Protection: Built-in circuitry helps safeguard your battery from overcharging
  • Over-Temperature Protection: Thermal management built in for safer continuous operation
  • SMD Construction: Compact surface-mount design ideal for space-constrained builds
  • Customizable: Available in two configurations — 2.8A and 3.6A output variants

Specifications

Input Interface USB Type-C
Battery Compatibility 1S (Single-Cell) LiPo / Li-ion
Output Voltage 5V
Output Current 2.8A or 3.6A (choose variant)
Component Type SMD (Surface-Mount Device)
Protections Overcharge, Over-Temperature
Customization Yes

What's in the Box?

  • 1× Type-C 1S Boost Power Module (SMD, your chosen output variant)

Great for Projects Involving:

  • DIY portable power banks
  • Custom battery-powered electronics
  • Robotics and RC hobby builds
  • Arduino/ESP32 and microcontroller projects
  • Wearable electronics prototyping

Looking for more components and accessories for your builds? Check out our DIY crafting essentials and explore our full range of electronics accessories. You may also enjoy browsing our Round Aluminum Wire for DIY projects.

Learn more: EPA guidance on lithium-ion battery handling

Frequently Asked Questions

Q: What battery type is compatible with this Type-C Boost Power Module?

A: This module is designed for use with 1S (single-cell) lithium polymer (LiPo) or lithium-ion (Li-ion) batteries. It boosts the battery's nominal voltage up to a stable 5V output, making it ideal for powering USB-rated or 5V devices and microcontrollers.

Q: What is the difference between the 2.8A and 3.6A output variants?

A: The two variants differ in their maximum continuous output current. The 2.8A variant is suitable for lower-power devices and lighter loads, while the 3.6A variant supports higher-demand applications that require more current. Choose the option that best matches your project's power requirements.

Q: What protection features does this boost power module include?

A: This module features built-in overcharge protection to prevent battery damage during charging cycles, and over-temperature protection to automatically manage heat during sustained use — helping to keep your components and battery operating safely.

Q: Is this module suitable for beginners in electronics?

A: Yes! Thanks to its compact SMD design and straightforward Type-C input, this module integrates easily into DIY builds. Basic familiarity with lithium battery circuits is recommended, but the module is designed to be a ready-to-use component right out of the packaging.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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