Used ROHDE & SCHWARZ UAF #77877 for sale

ROHDE & SCHWARZ UAF is an electronic test equipment series intended for complex lab applications and performance testing of RF, microwave and digital or analog modules. It is suitable for a variety of industries such as automotive, aerospace, and defense. The fully integrated system includes a wide range of test and measurement instruments, allowing engineers to perform both high-precision and high-performance tests, especially when used as part of an automated system. UAF series consists of three major components that bring together multiple instruments and devices into one system. These include the RF Signal Generator, Vector Network Analyser, and Digital Signal Analyser. The RF Signal Generator highly accurate output frequencies ranging from 10 kHz to 3 GHz, and can measure vector parameters, powers and spectrum characteristics of users' devices. This is especially useful when testing sensitive high-speed components and systems. The Vector Network Analyser is the perfect instrument for transmission and reflection measurements, with multiple high-precision measurement capabilities such as VSWR, S-parameters, return loss, insertion and isolation. The high data rate, low-noise design make this instrument ideal for testing oscillator characteristics, RF impedance and cellular communications systems. The Digital Signal Analyser is equipped with an oscilloscope and spectrum analyser, allowing engineers to measure signal jitter, amplitude, frequency, spreading of a signal in time and frequency. This is the perfect tool for testing and characterising high speed electronic designs. The intuitive software allows for complete test integration, and compatibility with a wide range of signal source and digital signal capture products, making it easy to replicate and troubleshoot designs. ROHDE & SCHWARZ UAF series provides a powerful and cost effective platform for complete testing and simulation of devices in the digital signal processing industry. It is ideal for testers who require accurate measurements with stable output power and fast sample rates, enabling them to reach faster and better results. Its combination of high performance and accuracy makes it suitable for a wide range of applications, including high-speed digital signal processing, wideband communication systems, FPGA based tests, digital radio links, and a host of other radio-based applications.