Ultralow noise figure 0.4 dB at 1.95 GHz Benefit: improves receive sensitivity and signaltonoise ratio in RF frontends, enabling clearer weak signals at the target frequency. linearity 35 dBm output IP3 Benefit: minimizes intermodulation distortion in multitone or crowded spectral environments, helping maintain signal integrity. input power robustness 22 dBm CW Benefit: tolerates strong input signals without compression, increasing robustness in setups with peak power or strong interferers. gain 20 dB gain at 1.95 GHz Benefit: provides sufficient amplification at the target frequency to drive downstream stages while preserving linear performance. Key advantages Function: combines low noise, linearity, strong input power handling, and adequate gain at 1.95 GHz in a single device. Performance: designed to preserve signal quality in critical RF paths where sensitivity and dynamic range matter. Compatibility: optimized for use in 1.95 GHz RF systems requiring the specified noise figure, IP3, CW power handling, and gain. Practicality: suitable for integration into RF frontends, measurement benches, and link budgets that operate around 1.95 GHz. Use scenarios Wireless receiver frontend in 1.95 GHz bands where improved sensitivity and linearity enhance overall system performance. RF test and measurement setups validating intermodulation and IP3 with twotone or multitone signals at or near 1.95 GHz. Microwave link or satellite communication chains requiring clean gain, strong linearity, and robustness to input power at 1.95 GHz.