Benefits and key capabilities - Protects signal integrity by clearly defining usable input range: -110 dBm up to +10 dBm. Signals above +10 dBm will cause output distortion, ensuring you know the operating limits. - High gain with RF compatibility: typical gain of 18 dB at 0.9 GHz input, designed for a 50 ohm system, suitable for standard RF interfaces. - Strong output capability at RF frequency: maximum output power is P1dB +22 dBm at 2 GHz, supporting robust link performance at microwave frequencies. - Efficient and simple power needs: typical supply of +5 V with about 90 mA current, enabling straightforward integration in compact systems. Specifications (customer-focused) - Input signal range: -110 dBm to +10 dBm. Distortion will occur if input exceeds +10 dBm. - Maximum output power: P1dB +22 dBm at 2 GHz. - Supply voltage: +5 V typical. - Supply current: about 90 mA typical. - Gain: typical 18 dB at 0.9 GHz input. - Output impedance: 50 ohms. Use scenarios - RF front-end in wireless transceivers: Use where a stable 18 dB gain and 50 ohm impedance are needed, with input signals kept below +10 dBm to avoid distortion and ensure clean amplification up to 2 GHz performance. - Lab test and measurement setups: Ideal for boosting weak signals in the -110 dBm to +10 dBm range during RF experiment and characterization, while maintaining predictable distortion limits. - 2 GHz link components: Suitable as a gain element in receivers or transmitters operating near 2 GHz, providing P1dB +22 dBm maximum output at 2 GHz for robust short- to mid-range microwave links. Notes - Designed for 50 ohm systems and typical +5 V supply environments. - No additional features or specifications beyond those listed are included.