Used TEKTRONIX TAP 2500 #9168614 for sale

TEKTRONIX TAP 2500 is a multi-purpose, precision electronic test and measurement tool used to meet the highly-demanding needs of reliable, accurate, and efficient testing for the scientific and industrial fields. This digital-test instrument features a built-in precision timing generator, soft-key programming, and optional amplifier and logic modules. Together, these features allow TAP 2500 to cover a wide range of testing activities and offer a versatile and comprehensive testing solution. TEKTRONIX TAP 2500 uses a series of analog and digital I/O (input/output) lines coupled with software to facilitate precision measurements, whether in the lab or on the company floor. It is particularly adept at making complex multi-channel measurements. TAP 2500 also provides powerful signal analysis for both analog and digital signals, a unique feature for a device of this size. The timing generator on TEKTRONIX TAP 2500 is driven by a quartz crystal or external oscillator, and is designed to provide highly accurate and precise timing. It provides the user with the capability to generate single or multiple pulse sources, enable and disable test points, and observe and control clock edges, providing a wide range of versatile options for designing customised test systems. TAP 2500 also offers optional modules including an amplifer module, enabling high-precision testing of differential signals; and Logic Modules. These modules provide support for digital protocols such as SPI, TLL, and UART, with logic-in and logic-out connections. TEKTRONIX TAP 2500 also supports a range of communications protocols including GPIB, VXI, RS232C, and Ethernet. It is capable of being controlled by languages such as Visual Basic, C++, and LabVIEW. Furthermore, the test instrument can be integrated into a larger automation architecture with support for remote control and data retrieval. TAP 2500 is a versatile and powerful piece of electronic test equipment, and is ideal for a wide range of testing activities in both scientific and industrial environments. With its precision capabilities, its optional modules, and its comprehensive communications and automation support, it is capable of meeting the most stringent testing needs.