Enhance your FM broadcasting capabilities with this high-performance 50W FM Power Amplifier Module, designed to significantly boost your signal strength across the 87-108MHz frequency range. Perfect for expanding the coverage and clarity of your FM radio station or broadcasting equipment, this amplifier module delivers reliable and powerful transmission with outstanding precision. Key Features: · 50W High Output Power: Amplifies your RF signal from 0.5-2W up to 50W, delivering stronger signal strength and improved broadcast coverage for clear and uninterrupted sound. · Wide Frequency Range: Supports the full FM band from 87MHz to 108MHz, ensuring compatibility with standard FM broadcasting frequencies. · SWR and Temperature Detection: Integrated forward and reverse power standing wave ratio (SWR) detection alongside temperature monitoring guarantees optimal performance while protecting the module from overheating and signal distortion. · Easy Integration: Compact PCB module design allows for straightforward installation and connection to your existing FM transmitter setup. Operates efficiently with a DC input voltage of 13-16V and input current of 8A. · Durable Construction: Built with high-quality PCB materials, this amplifier module offers long-lasting reliability, high accuracy, and excellent sensitivity to maintain stable and consistent signal transmission. Specifications: · Material: PCB · Input Voltage: DC 13-16V · Input Current: 8A · Input RF Signal Power Range: 0.5-2W · Output Power: 50W · Frequency Range: 87-108MHz · Additional Features: Forward and reverse power SWR detection, temperature detection · Size: Approx. 145 x 80mm (5.7 x 3.1 inches) Package Includes: · 1 x FM Power Amplifier Module This FM Power Amplifier Module is ideal for enhancing your broadcasting quality with increased signal range, strong output power, and advanced protection features. Its durable PCB construction and easy-to-use design make it an essential upgrade for any FM transmission system seeking clearer sound and extended coverage.