Enhance your electronic projects with the XH-M197 Voltage Regulator Plate, designed with a robust 1.6mm thick double-layer PCB for exceptional durability and long-lasting performance. This voltage regulator board features a large heat dissipation area to ensure stable operation during extended use, making it an ideal choice for various voltage regulation needs. Key Features: · Durable Double-Layer PCB: Constructed with a 1.6mm thick double panel, providing sturdiness and reliability for long-term use. · Wide Adjustable Output Voltage: Supports a flexible output range from DC 1.25V to 33V, allowing precise voltage regulation tailored to your project requirements. · High Input Voltage Compatibility: Accepts AC input up to 20V and DC input up to 35V, offering versatility for different power sources. · Stable Output Current: Provides a maximum output current of 1.2A (recommended long-term current below 0.8A), suitable for low to medium power applications. · Efficient Heat Dissipation: Large heat dissipation area ensures the regulator operates smoothly and maintains optimal temperature during prolonged use. · Compact and Portable Design: Small size and lightweight build make it easy to carry, store, and integrate into various electronic setups. · Shutdown Functionality: Includes an output shutdown feature for added control and safety during operation. Specifications: · Material: PCB · Model: XH-M197 Voltage Regulator Plate · Input Voltage: AC maximum 20V, DC maximum 35V · Output Voltage: DC 1.25V–33V Adjustable, with shutdown capability · Output Current: Maximum 1.2A (long-term use below 0.8A recommended) · Output Power: 1W–30W Package Includes: · 1 x XH-M197 Voltage Regulator Plate This XH-M197 Voltage Regulator Plate combines durable construction, wide voltage adjustment, and reliable performance, making it an essential component for hobbyists and professionals seeking precise voltage control in their electronic projects. Its efficient heat dissipation and compact design ensure stable operation and easy integration across various applications.