Used DATA PRECISION 1350 #9080440 for sale

DATA PRECISION 1350 is an electronic test equipment created by DATA PRECISION Corporation. It is designed for the accurate and reliable characterization of modern communication devices. Its purpose is to provide an easy and reliable way to test the design integrity of products such as digital signal processors, wireless base stations, and analog/digital jammers. This electronic test equipment is built on a modular architecture, providing flexibility to work with a wide range of devices. 1350 has a maximum carrier frequency of 1350MHz and a maximum frequency range of up to 1350MHz. It also contains an independent signal source, a wideband Power Amplifier, and a spectrum analyzer for accurate measurements. The 1350Mz allows for up to 5000 measurements per second, and its wide-band Power Amplifier can reach a maximum of -20dBW. DATA PRECISION 1350 enables engineers to troubleshoot and analyze their designs in real-time with high accuracy. Its user interface is designed to be very intuitive, allowing for the fast setup of tests and the graphical display of results. It also supports a host of sophisticated programming languages including C++, VHDL, and Fortran. Furthermore, it has the capability to store up to 5000 traces in memory, making it the ideal platform for conducting large-scale experiments. 1350 also contains a variety of electrical and environmental safety features. It complies with the latest safety standards, and its proprietary temperature protection and power supply regulation ensures optimal performance when conducting experiments. Furthermore, it is designed for optimal isolation from external electromagnetic sources, within the 1350Mz range, providing users with peace of mind when dealing with sensitive tests. In conclusion, DATA PRECISION 1350 is an electronic test equipment capable of providing sophisticated tools for characterizing modern communication devices. It is extremely reliable thanks to its advanced electrical and environmental safety features, and its modular architecture and user-friendly interface make it the ideal platform for conducting complex experiments.