Used ROHDE & SCHWARZ FSQ26 #9147247 for sale

ROHDE & SCHWARZ FSQ26 is an advanced, modular electronic test equipment designed to provide service engineers with maximum flexibility and performance. It is ideal for testing and troubleshooting all kinds of analog and digital electronic systems. FSQ26 is a multifunctional platform that is capable of analyzing and verifying circuit design, evaluating circuits prior to production, modifying circuits and carrying out measuring tasks. It also offers full diagnostic capabilities, providing detailed information on the performance of all circuit components. At the heart of ROHDE & SCHWARZ FSQ26 is its powerful 110-MHz processor, delivering lightning fast performance and exceptional precision. This makes it ideal for testing and analyzing complex digital signals over a wide range of frequencies. The device also features an integrated memory system and advanced logic elements allowing the user to modify circuit components on the fly. The core of FSQ26 is complemented by a range of high-quality service modules and accessories, allowing the test engineer to customize the platform to suit each application. These include a selection of high-precision oscilloscopes and signal generators, measurement probes, power supplies and other standard and optional components. ROHDE & SCHWARZ FSQ26 also has a range of real-time measurement modes, allowing the engineer to identify and test quickly and easily. These include voltage and current measurement, logic timing, fault location, and environmental monitoring. Finally, FSQ26 is backed up by the renowned ROHDE & SCHWARZ support team, who are available 24 dddays a week to assist engineers with queries and troubleshoot any issues that may arise. In summary, ROHDE & SCHWARZ FSQ26 is an advanced, modular electronic test equipment that is perfect for professionals requiring deep analysis at the circuit and component level. Its high-performance processor and range of service modules make it an ideal solution for identifying, troubleshooting and verifying complex signals and circuitry.