USB Charger Module Garbot BN4950-CHARGER 5V DC 1A

Garbot BN4950-CHARGER is a compact USB charger module that provides a regulated 5 V DC output with a maximum current of 1 A. Designed for integration into electronic projects and small devices, the module delivers a stable USB power source suitable for charging small gadgets and powering low-current circuits. Its small footprint and straightforward input/output connections make it suitable for hobbyist builds, prototypes, and embedded applications where a reliable 5 V/1 A supply is required.

Advantages

The module offers a fixed 5 V output with up to 1 A current capability, ensuring consistent voltage for USB-powered components. Its compact design simplifies installation into enclosures or PCBs, and the regulated output reduces the need for additional voltage conditioning. Low-cost and easy to wire, the module is compatible with a wide range of USB devices and common electronic projects that require a standard USB voltage.

Suitable for

• Charging small USB gadgets such as Bluetooth headsets, fitness trackers, and small power banks (low-current models)
• Powering microcontroller boards and single-board computers that operate within a 5 V/1 A budget
• Prototyping and hobby electronics projects requiring a stable 5 V supply
• Embedded device integration where a compact USB power source is needed

Key specifications

• Output voltage: 5 V DC (regulated)
• Maximum output current: 1 A
• Form factor: compact module suitable for PCB or enclosure mounting
• Connection type: USB output with input power terminals for integration
• Typical use: charging USB devices and powering low-current electronics

How to use

Connect the module to a suitable DC input source within the recommended input voltage range for the module. Ensure correct polarity when wiring the input power terminals. Attach the USB output to the device to be powered or charged. Observe the 1 A maximum output rating to avoid overloading the module; for devices that draw higher current, use a power source with a higher rated output. Secure the module inside the project enclosure or to the PCB to prevent movement and to ensure stable connections during operation.

Usage recommendations

Use appropriate input wiring and fusing to protect against short circuits. Allow for adequate ventilation around the module in enclosed spaces to prevent thermal buildup. Verify the current requirements of connected devices before continuous use to ensure the module operates within its specified limits.