Used ANRITSU MG 3692C #9180889 for sale

ANRITSU MG3692C is an advanced manual vector network analyzer (VNA) that can measure the electrical performance of a wide range of circuit components, such as impedance, S-parameters, and more. It enables high-speed and accurate measurements from 1GHz to 6GHz frequencies, with a maximum dynamic range of 122 dB. It has a phase noise of -85 dBc/Hz at 10 kHz offset, and a TOI noise of -115 dBm. MG3692C is an excellent tool for measurements in microwave designs, allowing users to accurately and precisely characterize a variety of circuits. An optional directional coupler and low-VSWR termination provide precise, high-accuracy RF measurements. With its modular design, users can expand the system to add up to three additional modules. The analyzer also features an easy-to-use graphical user interface, making it simple to operate. ANRITSU MG3692C features many advanced measurement capabilities, such as synthesized VCO capability for noise, modulation, and distortion measurements. It also features a built-in automatic port extension that allows users to expand the system to measure up to four ports. The network analyzer can also measure the impulse response of a device, allowing users to observe the frequency characteristics of a device by transmitting and receiving an impulse signal. Additionally, the analyzer's sophisticated calibration system minimizes measurement errors, as well as clutter and environment effects. It is equipped with a wide range of triggering options, such as edge triggering, power level triggering, and sweep-triggering. It also features six different trigger levels and a trigger frequency range of 1 mHz - 6 GHz. The analyzer has a trace view window which displays all measurement channels in two or more independent traces with four available windows. Additionally, it has a USB port for interfacing with a PC and a remote user interface, as well as a built-in waveform generator. MG3692C is an advanced, high-performance vector network analyzer designed for precise measurements in the microwave frequency range. Its wide range of features make it an ideal tool for any lab requiring accurate measurements with maximum dynamic range and low-VSWR termination.