Used ROHDE & SCHWARZ SMIQ06L #106812 for sale

ROHDE & SCHWARZ SMIQ06L is an electronic test equipment designed for precision signal generation and network analysis. It is a digital signal generator and vector network analyzer (VNA) in one instrument that offers full-three-port measurements up to 6 GHz with maximum performance. The frequency range of SMIQ06L spans from 0.1 Hz to 6GHz, providing high-frequency accuracy and stability and noise quality. The instrument features fast measurement speed, making it suitable for time-critical applications such as high-speed serial standards testing. ROHDE & SCHWARZ SMIQ06L offers an impressive range of electrical characteristics and features that make it a great choice for the most demanding measurements. It combines the high-resolution bandwidth of DC to 16GHz with an unmatched waveform generator. The waveform generator can generate standard waveforms, low distortion signals of linear phase distortion and harmonic distortion, and waveforms of modulated signals. The generator can also generate digital waveforms from given address and data information. The EDGE instrument control software that comes with SMIQ06L can be used to control and automate the instrument for testing and measurements. The software is intuitive and user-friendly and comes with extensive amplifier, triggering and time base options. The software also offers a range of powerful macro functions and a reporting tool for automated testing and measurement. ROHDE & SCHWARZ SMIQ06L is a reliable and powerful instrument suitable for high-precision signal generation and network analysis. Its wide-bandwidth, high-resolution signal generator and vector network analyzer makes this instrument suitable for accurate and dynamic signal measurements in high frequency and device testing applications. The EDGE software enables users to realize automated and accelerated testing solutions for various application areas, such as communication and radar testing, spectrum analyzer and antenna measurements, material characterization and 5G prototyping.