Used ROHDE & SCHWARZ SFQ #9120777 for sale

ROHDE & SCHWARZ SFQ is a leading electronic test and measurement equipment designed for fast and reliable measurements. It is primarily used by engineers, technicians and other professionals to accurately measure and monitor electrical and electronic parameters such as voltage, current, frequency, active power, reactive power and power factor. SFQ is designed for use in a variety of industrial, electrical and electronic test and measurement settings including power generation, medical engineering, vehicle electronics, telecommunications, aerospace, safety and defence and more. It features advanced features such as an intuitive user interface, advanced real-time functions, a variety of measurement modes, power-factor measurement and true-RMS measurements. ROHDE & SCHWARZ SFQ is designed with high-precision and accuracy. It provides repeatable, highly reliable and accurate measurements even in challenging environmental conditions. It is designed for reliable performance with high-quality automation and data logging features. The advanced amplifier technology supports reliable readings and wide dynamic ranges. SFQ is designed with a high frequency agility that provides data logging up to 86.4 GHz. ROHDE & SCHWARZ SFQ offers versatile connectivity options that include a variety of ports for established interfaces, oscilloscopes, recording data to USB devices, connection to the Internet, and more. Its built-in signal conditioning allows it to measure a wide range of signals including AC, DC, Pulse-width and Quadrature measurements. It also offers advanced signal analysis capabilities, such as online spectrum measurements. SFQ is a reliable and comprehensive electronic test and measurement solution for a variety of applications. It is designed for high-precision measurements and powerful features, which make it ideal for industrial, electrical and electronic testing needs. It is also backed by a solid service and support team that ensures the timely delivery of customer service.