Used ROHDE & SCHWARZ FSU43 #9075827 for sale

ROHDE & SCHWARZ FSU43 is an electronic testing device specifically designed to make precise measurements across multiple communication standards and network configurations. The device is capable of testing modulated signals from low frequency to 30 GHz, ranging from narrowband to wideband signals, with excellent noise and interference measurements. FSU43 features direct connectivity to a computer to facilitate real-time data and waveform analysis for an accurate and efficient measurement. The Test & Measurement capabilities of ROHDE & SCHWARZ FSU43 make it ideal for development, troubleshooting, validation and regulatory compliance for a variety of wireless communication systems such as cellular, satellite, medical, transport, broadcast/microwave, navigation, and emergency communication networks. The main body of FSU43 consists of an integrated wide band spectrum analyzer and high-resolution signal source. The integrated signal source can be used to generate various signals such as AM/FM modulated signals, pulse modulation signals, CDMA signals, and GSM signaling. The spectrum analyzer is capable of measuring the amplitude and frequency of signals, while the signal source is able to analyze frequency and amplitude modulation, pulse modulation, and pulse pattern interference. With the included eye diagram measurement software, ROHDE & SCHWARZ FSU43 is also suitable for measuring high-resolution signal integrity, jitter, and harmonic distortion. FSU43's main highlights include a large frequency coverage from 9 kHz to 30 GHz and high-accuracy measurements. The device also features advanced measurement functions for the characterization and validation of multiple communications networks. Additionally, ROHDE & SCHWARZ FSU43 is securely connected and flexible, allowing users to remotely control the instrument and its measurements to analyze plotted data. Overall, FSU43 is a versatile electronic testing device that provides accurate and reliable measurements across multiple communication standards and networks. It is suitable for a variety of applications from development and troubleshooting to validation and regulatory compliance. Its features of high-resolution signal analysis, direct connectivity, and advanced measurement functions make it an effective instrument for the study of various wireless communication systems.