Ultra-wideband coverage (50MHz-10GHz): covers 50MHz to 10GHz ultra-wide spectrum, supports advanced applications such as 5G/satellite communication/millimeter wave experiments Three high performances in one: 21dB high gain (typical value) amplifies weak signals, 1.5dB ultra-low noise factor (typical value) improves signal-to-noise ratio, 20dBm high linear output (Po1dB guaranteed value) suppresses signal distortion Revolutionary power supply design: supports 4-6V Type-C USB power supply (convenient experiment) or 7-24V DC power supply (system integration), one-line connection and immediate work Laboratory artifact positioning: specially optimized for experiments, prototype development, scientific research testing, cost-effective debugging-free solution Industrial-grade basic protection: -40C ~ +60C wide temperature operation to meet the needs of laboratories and indoor industrial environments Model: KC9601C Type: Experimental ultra-wideband low noise amplifier Frequency range: 50MHz - 10,000MHz (10GHz) Typical gain: 21dB Minimum gain: 17dB (guaranteed value) Output power @1dB compression point: 20dBm (guaranteed value) Noise figure (): 1.5dB (typical value) interface: SMA female (female) Power supply: Type-C USB interface: 4-6V DC (mainstream notebook/power bank power supply) DC power socket: 7-24V DC (system integrated power supply) Operating temperature: -40C ~ +60C Precision positioning scenario Ideal application: 5G/6G communication prototype test Satellite signal reception experiment Millimeter wave research laboratory teaching Spectrum analyzer front-end enhancement Radar system verification IoT Gateway Development High-precision Signal Acquisition System (The product printed words depending on the batch, but this does not affect use) Color: As Shown Material: Metal Package Contents: 1 x Low Noise Amplifier Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.