Key benefits - Accurate and reliable measurements: absolute power level accuracy after power level calibration is +/- 1 dB, ensuring consistent results across tests and production runs. - High sensitivity for weak signals: lowest detectable signal with a 30 kHz resolution bandwidth is -102 dBm, enabling reliable analysis of faint RF signals. - Frequency performance that tracks your setup: frequency accuracy is equal to the chosen resolution bandwidth, simplifying test setup and improving measurement integrity. - Low phase noise for clean measurements: phase noise of -90 dB/Hz at 100 kHz offset and -115 dB/Hz at 1 MHz offset minimizes measurement uncertainty and spurious effects. What makes it stand out - Combines calibrated power accuracy with high sensitivity and precise frequency performance in a compact package. - Phase noise specifications support accurate characterization of modulated signals and tight spurious-free measurements. - Simple to integrate with standard RF test benches using typical resolution bandwidths, improving repeatability and confidence in results. Core specifications at a glance - Absolute power level accuracy after calibration: +/- 1 dB - Lowest detectable signal with RBW 30 kHz: -102 dBm - Frequency accuracy: equal to the selected resolution bandwidth - Phase noise: -90 dB/Hz at 100 kHz offset; -115 dB/Hz at 1 MHz offset Use scenarios - Scenario 1: RF receiver or front-end component QA in manufacturing - Use calibrated power accuracy to verify gain and compression points. - Use the high sensitivity to test weak input signals from antennas or channel simulators. - Rely on the RBW-dependent frequency accuracy for repeatable test setups across production lines. - Scenario 2: Telecom lab spectrum analysis and signal characterization - Assess transmitter emissions and modulation quality with low phase noise measurements. - Detect and quantify weak signals in crowded spectra using the -102 dBm sensitivity with typical 30 kHz RBW. - Scenario 3: Transmitter testing and system integration - Validate frequency stability and accuracy when integrating RF modules with different resolution bandwidth settings. - Use phase noise performance to evaluate signal integrity in high-speed communications environments. This description preserves the original product functions and specifications, presenting them in clear, customer-friendly language to support informed purchasing decisions.