Enhance your LED lighting projects with this reliable LED Driver, designed to provide a stable constant current output of 300mA at 6-12 VDC, making it ideal for DIY connections of 2 to 3 1W lamp beads in series. Engineered for superior performance, this LED driver delivers noise-free operation and effective heat dissipation, ensuring long-lasting and efficient illumination for various lighting applications. Key Features: · Wide Input Voltage Range: Supports AC input from 85V to 265V at 50/60Hz, making it compatible with most standard power sources. · Constant Current Output: Provides a steady 300mA output current with adjustable voltage between 6 and 12 VDC, perfect for powering 2-3 1W LED lamp beads in series. · High-Quality Cable Included: Equipped with durable, well-insulated cables on both input and output ends for secure connections without flicker or interruption. · Compact and Easy Installation: Small size (approx. 4 x 2.5 x 1.9 cm) makes it easy to conceal and integrate into lighting setups without compromising aesthetics. The cables are ready for direct connection to power supplies and LED lamps, eliminating the need for additional wiring. · Superior Performance: Designed for quiet operation with no noise and excellent heat dissipation, ensuring stable and reliable performance during extended use. · Versatile Application: Suitable for a wide range of lighting products, especially ideal for custom LED lighting projects requiring a compact and efficient driver solution. Specifications: · Material: ABS · Model: 2-3W · Input Voltage: AC 85-265V, 50/60 Hz · Output Current: 300mA (constant) · Output Voltage: 6-12 VDC · Size: Approx. 4 x 2.5 x 1.9 cm (1.6 x 1.0 x 0.7 inch) · Frequency: 50/60 Hz Package Includes: · 1 x LED Driver This LED Driver offers a dependable and easy-to-install power supply solution for your LED lighting needs. Its compact design and robust performance make it an excellent choice for enhancing DIY LED lamp bead boards and other lighting projects, delivering consistent brightness with stable current control.