KC9607A Ultra Low Noise Module compatible with Signal Amplification 9kHz to 8GHz compatible with KC980ARBCS Antennas and Near Field Probes

*Ultra-Low Frequency Capability: The KC9607A Module is engineered to support ultra-low frequency signals starting from 1kHz, making it ideal compatible with applications that require amplification of low-frequency signals, enhancing the percompatible withmance of near-field probes and low-frequency antennas. *Broadband Percompatible withmance: With a typical gain range of 22dB to 10dB and a low noise figure of just 3.0dB, this Module provides exceptional noise percompatible withmance across a wide frequency spectrum, reliable signal amplification without introducing significant noise. *Full Frequency Compatibility: The Module is matched with KC980ARBCS series antennas and various near-field probes, guaranteeing comprehensive signal enhancement across the full operating frequency range from 1kHz to 8000MHz. *Robust Protection Features: Designed compatible with durability, the KC9607A includes built-in ESD protection and an input limiter, allowing it to function effectively in harsh environments with a wide operating temperature range of -40 ℃ to +60 ℃. *Versatile Application: This module is suitable compatible with various applications including electromagnetic compatibility testing, radio frequency detection, and signal analysis, making it a valuable tool compatible with researchers in both civilian and Module sectors. Features: Frequency range: 9kHz-8000MHz (guaranteed operation up to 5kHz, actual support up to 1kHz) Typical gain: 22dB~10dB (dynamically adjusted with frequency) Output power (P1dB): 10dBm (typical) Noise figure (NF): 3.0dB RF interface: SMA female connector Power supply voltage: 4-6V (USB interface) or 10-16V (power socket) Operating temperature: -40℃~+60℃ Color: As Shown Material: Metal Package Contents: 1*Low Noise Amplifiter Module 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.