Used ROHDE & SCHWARZ FSP3 #115187 for sale

ROHDE & SCHWARZ FSP3 is a versatile electronic test equipment for the characterization of RF and microwave components. It is a fully automated microwave test equipment that performs high-end testing of a variety of components including low noise amplifiers (LNAs), distributed amplifiers, transistors, switches, couplers, filters, directional couplers, synthesizers and attenuators. The system also includes flexibility for performing RF and microwave measurements with a range of up to 300 MHz. FSP3 consists of a mainframe and seven RF measurement modules. The mainframe is designed to provide high residual test accuracy, dynamic range and fast measurement throughput. It operates over a fast Ethernet connection and supports Windows, Linux and MacOS. The modules are tested and calibrated so that no calibration is required before use. The seven modules include a basic module, a broadband transceiver, a frequency extender, a spectrum analyzer, a vector signal analyzer, a power amplifier tester, a modulator and a pulse generator. The basic module has a wide variety of test capabilities, while the other modules provide specific additional capabilities. Each module supports automated testing, data analysis, and remote control. ROHDE & SCHWARZ FSP3 provides a wide range of features for responding to various test needs. The unit includes a high-speed test control software (TestSEN), which is used for the rapid set-up of test parameters and data analysis. Additionally, the machine includes a regular data record setup for acquisition of test results and multiple output sites for export of results. FSP3 also provides automated testing functions such as series and parallel measurements, as well as scenario based tests. ROHDE & SCHWARZ FSP3 is a robust and reliable tool that provides fast and efficient test results. The wide variety of modules provides an easy solution for testing a range of components and systems, ensuring confidence in the results. The asset allows users to build customized test scenarios with multiple parameters and measurements. In addition, its intuitive graphical user interface provides a user-friendly environment.