Used ROHDE & SCHWARZ NRP-Z91 #9174625 for sale

ROHDE & SCHWARZ NRP-Z91 is a high-performance power sensor designed for the accurate power measurements of broadband signals. This trend-setting device covers RF and microwave frequencies up to 110 GHz. With the real-time capabilities of the broadband power detector, it can accurately measure the magnitude and dynamics of a wide variety of signals, including linear, non-linear, fast, and low-level RF and microwave signals, with power levels ranging from -70 dBm to +43 dBm. NRP-Z91 uses a combination of True RMS and peak-detecting energy sensing technologies to deliver the highest accuracy possible. The advanced design allows users to switch back and forth between the two measurement modes while ensuring accurate results. This robust power sensor allows the user to monitor, analyze, and store data with speed and precision. The high-performance power sensor also features a wide viewing angle of 180 degrees, a fast response time of 0.04 ms, and a wide temperature range of -55°C to +85°C. It also incorporates an exceptionally fast frequency switching rate. All of these features make ROHDE & SCHWARZ NRP-Z91 an ideal choice for applications that require fast, cost-effective and accurate measurements for the characterization and analysis of broadband RF and microwave signals. NRP-Z91 offers excellent control and monitoring features to ensure accurate measurements and reliable operation. This includes on-screen display (OSD), real-time phase alignment, calibration verification, automatic fault detection, as well as an intuitive user interface. Overall, ROHDE & SCHWARZ NRP-Z91 is an ideal power sensing solution for all areas of RF and microwave testing. With its high-speed switching capabilities, wide temperature range, and accurate measurement performance, it makes a great addition to both older power sensors and brand new installations. With the ability to measure both linear and non-linear signals, it ensures precise and reliable measurements for a broad range of applications.