Used ANRITSU 37397C #9292664 for sale

ANRITSU 37397C is a high performance vector network analyzer designed for both frequency sweeps and vector analysis of microwave components. It offers a wide measurement range of up to 110 GHz with a up to a 40 GHz IF range and a 7.75 ps rise time. It is used for vector measurements in both field and laboratory applications, such as measuring components and testing systems at frequencies below 475 MHz. It uses a 2-port or 4-port design with multiple test, calibration, and parameter measurement capabilities. 37397C can perform a multitude of sweeping functions, allowing users to analyze components at different frequencies and sample points. It also has 4GHz end range and 14GHz IF bandwidth, plus optional capabilities such as pulse profiles, harmonic distortion, vector sampling, and dual receive channels. The main unit of ANRITSU 37397C includes a 19-inch rack mount, cooling fan, Ethernet connection, and power module. In addition, the system is equipped with a variety of software applications and can be expanded with external modules. These modules can provide additional options, enhanced accuracy, or function even as a stand-alone unit. This makes it possible to quickly customize the unit to meet the specific needs of the user. 37397C's parameters and measurements can be set to meet a variety of needs, such as power, phase, and matching networks. It can also measure S-parameters, noise and amplitude modulation or distortion measurements, and harmonic suppression measurements. Furthermore, it is capable of automatic self-calibration and data storage, making it easy to monitor and set the ultimate performance of components. Finally, ANRITSU 37397C has multiple interfaces for communicating with other units such as printers and computers. It can also be connected to GPS signals, allowing users to control the unit remotely. The unit also includes a range of convenient features such as auto-range, automated triggering, and internal memory for complex signal mapping. All these features make it an ideal solution for both laboratory and field applications, providing maximum flexibility and convenience.