- Absolute power level accuracy after power level calibration: +/- 1 dB Gives reliable, calibrated power measurements with tight drift control, simplifying test repeatability and comparison across setups. - Lowest detectable signal at a resolution bandwidth of 30 kHz: -102 dBm Enables sensitive measurement of weak signals within a 30 kHz RBW, improving detection in noisy environments and during EMI/EMC tests. - Frequency accuracy equal to the selected resolution bandwidth Ensures consistent frequency readings when switching RBW settings, supporting accurate spectrum analysis across common configurations. - Phase noise: -90 dB/Hz at 100 kHz offset and -115 dB/Hz at 1 MHz offset Provides low phase noise for clean spectral measurements and precise oscillator/LO characterization. Use scenarios - Transmitter power verification in R&D labs: rely on +/- 1 dB accuracy after calibration for repeatable power checks. - Weak-signal detection and interference analysis: leverage -102 dBm detectable signal in 30 kHz RBW to identify low-level signals in challenging environments. - Oscillator and RF component testing: utilize the phase noise specifications to assess spectral purity and stability over key offsets. - General spectrum analysis in standard test setups: frequency accuracy tied to the chosen RBW ensures reliable measurements across common configurations.