Used NARDA 792FM #9178266 for sale

NARDA 792FM is an electronic test equipment that is designed for use in production test lines and troubleshooting operations. It is specifically designed to measure and compare frequencies and field strengths of various radio or electromagnetic signals. The device is equipped with a full measurement range of 0.1 MHz to 3GHz and has the capability of evaluating signal paths of any type. 792FM is a frequency meter that is extremely accurate, providing fast responses times and providing a high degree of precision to cover most testing scenarios. NARDA 792FM is a multi-functional device with an intuitive menu-driven interface that is easy to use. It has two distinct modes, the frequency domain (FM) or field strength domain (FS), allowing operators to quickly switch between the two modes for analyzing signals or identifying errors. It is capable of measuring and comparing both frequency and field strengths of signals from various sources. This includes measuring peak values of individual signals, evaluating the signal path, and detecting sources of interference. The device has a wide measurement range and can be used to measure narrow-band signals, frequency modulated signals, pulse signals, and digital signals. It is also capable of measuring signal strengths down to 30dBuV, meeting the minimum requirements for a number of industries. 792FM includes various adjustments and waveforms that can be used to ensure accuracy and optimal tests results. In addition to these features, NARDA 792FM is also capable of producing both amplitude and phase displays, allowing users to analyze phase shifts between two signals more easily. Furthermore, the device includes a minimum frequency spread measurement function, allowing users to quickly detect and identify frequency selectivity issues. Overall, 792FM is an excellent choice for production test lines and troubleshooting operations. Its accuracy and intuitive menu-driven interface make the device easy to use and suitable for a wide range of testing scenarios. In addition, its wide measurement range and various adjustment options ensure accuracy and highly reliable testing results.