Key benefits - High input power robustness: CW input up to +22 dBm allows reliable operation in high-signal environments without compression or damage. - Extremely low noise figure: 0.4 dB at 1.95 GHz to improve receiver sensitivity and overall link performance. - High linearity: +35 dBm output IP3 minimizes intermodulation distortion when multiple signals share the input. - High gain at 1.95 GHz: 20 dB gain provides strong amplification in a single stage, reducing the need for additional gain blocks. Performance and compatibility - Operates at 1.95 GHz for RF paths in wireless and measurement systems. - Optimized for strong conversion applications requiring reliable, clean amplification with wide dynamic range. - Designed to be integrated into 1.95 GHz RF chains and devices requiring compact, high-performance amplification. Applications - 1.95 GHz wireless transceivers, base stations, and backhaul links to improve sensitivity and signal integrity. - RF test benches and instrumentation where high input power handling and low distortion are essential. - Receiver front-end modules for 1.95 GHz systems needing low noise, high linearity, and substantial gain in a single stage.