Used ROHDE & SCHWARZ AMIQ #9092603 for sale

ROHDE & SCHWARZ AMIQ is an electronic test equipment manufacturer and solutions provider that offers a wide range of solutions for analyzing, testing, and simulating communication systems, including mobile communication components, signal analysis, and protocol conformance testing. The product line includes high-end platforms, portable solutions, and accessories designed to ensure the highest levels of performance and repeatability for users. With dedicated R&D and product teams, the company has the capability to continuously develop and improve their solutions. AMIQ portfolio primarily consists of vector signal generators and synchronized cable masks that facilitate both digital and analog measurements, as well as static and dynamic behavior for mobile communication systems. The vector signal generator models provide the highest accuracy when measuring transmitter characteristics such as power spectral density, small-signal modulation, linearity, and frequency selectivity. Moreover, advanced I/Q modulation capabilities allow tight frequency control with accuracy up to 3 Hz. The synchronized cable masks, on the other hand, are capable of meeting the most stringent signal-to-intermodulation requirements for 4G mobile communication systems. Through advanced filtering and cancellation technologies, these cable masks allow for up to 10-12 dB of intermodulation attenuation. In addition, ROHDE & SCHWARZ AMIQ offers a range of accessories and supporting products that allow users to quickly create repeatable and reliable test setups. These include test connectors, cables, antennas, and housings, as well as cloud-based signal sources and memory cards. With over 60 years of experience and advanced engineering capabilities, AMIQ offers the highest quality of electronic test equipment for the testing and analyzing of mobile communication components. The company's portfolio of solutions ensures users get the most accurate and repeatable test results in the quickest possible real time.