USB Boost Converter DC 5V to 9V/12V
ð Elevate your power supply options with the USB Boost Converter, engineered to efficiently transform a standard DC 5V input into a versatile 9V or 12V output. This handy device features a robust 3.5x1.35mm connector, ensuring compatibility with a variety of gadgets and devices that require a higher voltage for optimal performance.
ð§ Key Features:
- Flexible Voltage Output: The converter allows you to switch between 9V and 12V output, catering to different power requirements. With a maximum output current of 1A (for 9V) and 0.8A (for 12V), it provides reliable power distribution.
- Diverse Applications: This USB boost converter is perfect for powering essential devices during emergencies. Whether it's maintaining your internet connection by powering a router, or supplying energy to small appliances like desk lamps, fans, solar panels, or Bluetooth speakers, this cable covers all your needs.
- Convenient Switch & LED Display: Equipped with an intuitive switch, you can easily select between 9V and 12V outputs. The built-in LED display provides a real-time voltage readout, ensuring you have access to accurate power usage metrics.
- User-Friendly Design: Designed for effortless use, simply plug in to start powering your devices. The compact size makes it portable, so you can conveniently carry the converter wherever you go. Additionally, with a 1 to 2 adapter, you can power two routers simultaneously, making it an excellent solution for shared spaces or during emergencies.
ðŠķ Packing Includes: The package comes complete with one USB boost converter and one 3.5 * 1.35mm DC connector, giving you everything you need to get started right away.
Specifications:
- Origin: Mainland China
- Model Number: USB Step-up Converter
- Color: Black
- Input Voltage: 5V
- Output Voltage: 9V/12V
- Maximum Output Current: 9V 1A, 12V 0.8A
- Connection Type: USB to DC round hole
- Usage: Ideal for routers, optical modems, charging lamps, and fans
- Accessories: Includes a 3.5-1.35mm adapter
ð§Đ Note: Ensure that the input current exceeds the output current by a minimum of 1A to maintain efficiency and safety.