Used ANRITSU MT8860C #293590809 for sale

ANRITSU MT8860C is an electronic test equipment used for signal fidelity testing of mobile phone communications. It provides a platform designed to accurately emulate a mobile phone communications environment under any base station or coverage parameters. The unit comprises of a signal analyzer, a signal generator and an RF measurement capability. The signal analyzer provides analysis of the transmission signal of a mobile communication signal, while the signal generator provides the capability of generating such signals to enable the analysis and observation of the performance of a particular mobile communications protocol. The signal generator can generate amplified and processed signals used in communication systems including AMPS, CI, TDMA and GSM protocols. The RF measurement capability enables verification of telecommunications transmission environment parameters such as frequency and power. The RF receiver is able to detect weak signals and measure their parameters. The analyzer/generator device is equipped with several ports to enable connectivity between ANRITSU MT 8860C and a wide variety of devices. This includes audio-visual connectivity to a television or computer monitor, USB connection that allows for the transmission of data from external sources, and other connectivity options permitting the 860C to be connected to multiple test instruments. The unit also includes signal level, modulate power and modulation error ratio measurement capabilities. Such measurements are useful to identify any communication anomalies that may be present in a transmission signal. The device also features a wide array of modulation and coding schemes that can be employed to test signals. Overall, MT8860C is an advanced and highly reliable electronic test equipment that provides an efficient and effective means of testing a mobile communication system's signal fidelity. Not only is it capable of measuring and analyzing transmission signals, but it also can generate its own signals to serve as a base reference in comparison to the received signal. This ensures accuracy and reliability of measurements.