Used MARCONI 2965A #9121563 for sale

MARCONI 2965A is a vector network analyzer enabling engineers to measure gain, reflection, insertion loss, and S-parameters in radio frequency and microwave frequencies up to 18GHz. It allows for the analysis of the electrical behavior of networks and components in both linear and non-linear applications. 2965A has an ITU-R compliant frequency range of 9kHz to 18GHz and offers both 2-port and 4-port configurations. It contains two independent VNA synthesizers, each with a dynamic phase noise level of -99 dB/Hz. It can perform fast sweeps as well as spectrum analysis in both time and frequency domains. This instrument has a versatile measurement platform, which can be configured to work with different modules, such as a built-in source module, a step attenuator, or a converter box. To use MARCONI 2965A, a user connects the DUT (Device Under Test) to a pair of RF connector ports. The active port can then be selected from amenu. Users can also opt to extend their testing range up to 40GHz using a 2-stage up-converter. After the RF source is connected and turned on, 2965A monitors the signal and records the response of the DUT. MARCONI 2965A provides various measurements of a given device, such as gain, reflection, insertion loss and S-parameters. Its large variety of options allow users to configure the instrument to their unique requirements by selecting various measurement modes, test ports, and connectors. Available software packages such as CSMA (Circuit Simulation and Measurement Analysis) can also be used to analyze the data and generate reports for further analysis. 2965A is a reliable, accurate, and cost-effective instrument for RF/microwave engineers and technicians who need to perform both linear and non-linear measurements. It provides frequency, phase, and impedance measurements with high accuracy, allowing users to improve the performance of their devices. MARCONI 2965A is also equipped with an internal fan that keeps the machine cool while in use. Its robust construction and reliable performance make it an ideal choice for RF and microwave measurements.