Used TEKTRONIX BSA286CL #9296660 for sale

TEKTRONIX BSA286CL is an end-of-line power supply and voltage regulator test system designed to provide improved test coverage, accuracy, and throughput. BSA286CL supports power supply designers and manufacturers striving to streamline their testing, measurement, and validation processes. TEKTRONIX BSA286CL offers a powerful, automated computer-controlled solution to the classic problem of manual test equipment measurement accuracy. Operating in either a manual or automated mode, operators can quickly program and run a wide range of tests and calibrations over a range of voltage sources from 4V to 40V, for up to 6KW of power. The intuitive GUI and graphical display simplify measurement, while integrated processing and software applications enable rapid data collection, analysis, and storage. To provide the highest accuracy measurements, BSA286CL features advanced calibration techniques adapted specifically for the high performance requirements of modern power supplies. Using an internal oscilloscope feature, TEKTRONIX BSA286CL can evaluate a power supply's output under varying loads in both manual and automated modes. The oscilloscope's readouts are displayed using Color TFT, providing a much improved viewing experience for operators. In manual mode, BSA286CL allows full customization of parameters, including voltage range, line regulation, ripple, and load regulation. To facilitate automated testing, TEKTRONIX BSA286CL software suite allows users to program multiple test sequences and adjust parameters on the fly. The power supply and voltage regulator test system can be equipped with a range of accessories to provide more comprehensive analysis, such as current probes, digital voltmeters, and specialty cables. With its user-friendliness, robust testing capabilities, and streamlined workflows, BSA286CL is an essential part of any power supply and voltage regulator testing process. Its advanced calibration and analysis capabilities ensure high precision and reliability, reducing test time and costs and ultimately improving the overall performance of power supplies.