Designed for precise RF measurements, this instrument delivers reliable power level readings, high sensitivity, bandwidth aware frequency accuracy, and low phase noise. It supports standard calibration workflows and is suitable for bench and field use. Key specifications and customer benefits - Absolute power level accuracy after power level calibration: +/- 1 dB - Benefit: ensures consistent and reliable power readings after performing the recommended power level calibration, reducing re-measurement and rework. - Lowest detectable signal at a resolution bandwidth of 30 kHz: -102 dBm - Benefit: enables detection of very weak signals within a 30 kHz RBW, expanding measurement range and improving sensitivity for weak transmitters, beacons, or leakage pathways. - Frequency accuracy equal to the selected resolution bandwidth - Benefit: measurement accuracy scales with the chosen RBW, maintaining alignment between bandwidth choice and frequency reading for straightforward analysis and interpretation. - Phase noise: -90 dB/Hz at 100 kHz offset and -115 dB/Hz at 1 MHz offset - Benefit: low phase noise delivers cleaner signal representation, reducing measurement uncertainty in close-in spectral content and improving assessment of signal purity and interference. Compatibility, function and performance notes - Function: RF power level measurement with calibrated accuracy, sensitivity to low power signals, bandwidth-driven frequency accuracy, and low phase noise to preserve signal integrity. - Performance: calibrated power level accuracy, high sensitivity, RBW-dependent frequency accuracy, and low phase noise across specified offsets. - Operational context: suitable for laboratory bench use and on-site field measurements where calibration procedures are standard and repeatable. - Size and materials: not specified in the available data; design focuses on measurement accuracy and sensitivity within standard RF test instrument workflows. - Integration: designed to work with standard calibration routines and resolution bandwidth settings used in RF measurement environments. Practical use scenarios - Laboratory transmitter verification - Use the calibrated power level accuracy to verify transmitter output against known references. After performing the recommended power level calibration, you can rely on +/- 1 dB precision to assess linearity, compression, and overall transmitter performance across tests. - Field maintenance of RF links - Leverage the -102 dBm sensitivity at 30 kHz RBW to detect weak signals, confirm link presence, or identify leakage paths in outdoor or installed RF systems. The combination of sensitivity and RBW-adapted frequency accuracy helps you locate issues without returning to the lab. - Product development and spectrum analysis - Use the phase noise characteristics to evaluate spectral purity during design and testing. The phase noise values at 100 kHz and 1 MHz offsets help you assess potential interference, adjacent-channel leakage, and overall signal quality in development and compliance workflows. Notes - Specifications provided are as stated: power level accuracy after calibration is +/- 1 dB; lowest detectable signal at RBW 30 kHz is -102 dBm; frequency accuracy is tied to the selected RBW; phase noise is -90 dB/Hz at 100 kHz offset and -115 dB/Hz at 1 MHz offset. - No additional size, material, or model details are included beyond the listed specifications. The description stays aligned with the original performance characteristics and intended measurement use.