Used ROHDE & SCHWARZ FSW26 #9122535 for sale

ROHDE & SCHWARZ FSW26 is an electronic test equipment specifically designed for performing fast electrical measurements in research, development and production. It combines the best in radio-frequency (RF) synthesis, power and spectrum measurement capabilities in one instrument, giving users unprecedented speed and accuracy in their test and measurement tasks. ROHDE & SCHWARZ FSW 26 is a flexible, modular system designed for a wide range of applications, including radio-communication and radar measurements, base station maintenance and troubleshooting, microwave tests and high-frequency measurements. The instrument is capable of performing essential measurements such as frequency, power, noise and modulation signal measurements with high accuracy and low residuals. FSW26 is capable of generating, analyzing and monitoring up to four independent RF signals in real time. This makes it perfect for testing and development applications that need to work with multiple signals simultaneously. The instrument also features a wide frequency range that can be tuned to multiple bands, such as E-GSM, GSM, Uplink and Downlink for greater flexibility. FSW 26 also features an integrated synthesizer, capable of generating up to four independent signals simultaneously. It also has an integrated high-quality spectrum analyzer, capable of accurately measuring power, noise, and modulation signals. This allows users to measure a wide range of signal parameters and ensure the highest precision in their measurements. ROHDE & SCHWARZ FSW26 is also easy to use and program, making it suitable for both experts and beginners alike. Its intuitive user interface makes it easy to program complex measurements and processes even for inexperienced users. Additionally, the instrument has an on-board Arm Cortex processor which boosts its processing speed for faster measurements. In conclusion, ROHDE & SCHWARZ FSW 26 is an electronic test equipment specifically designed for performing fast electrical measurements in research, development and production. It is highly accurate, flexible, and easy to use, making it perfect for a wide range of applications.