Used TEKTRONIX VM 700T #9120780 for sale

TEKTRONIX VM 700T is an electronic test equipment that is used in a variety of applications for diagnostic testing and troubleshooting of electronic components. It is a high-precision, two-channel electronic measurement and control equipment designed for use in military and industrial settings. The system features two channels of voltage, current, or frequency measurement, along with an array of digital inputs and outputs to provide critical test and control functions. This unit is capable of providing accurate readings over a wide range of frequencies, from DC to 50 MHz. VM 700T features several features that make it ideal for a variety of electronic testing and monitoring applications. One of these is its Dual Trace Monitor Mode, which allows two signals to be monitored and displayed simultaneously on a single screen. This feature provides a detailed look at the components and circuitry that are being tested. Additionally, the machine offers advanced triggering and calibration features, which make it easy to maintain accurate readings and monitor circuit performance. The equipment comes with a variety of built-in parameter measurements, including frequency, DC voltage, AC current, load resistance, and offset range. It also allows for the expansion of measurements to include additional parameters such as power, capacitance, inductance, rotational speed, and phase shift. The tool includes a user-friendly touchscreen user interface, providing easy access to all of its functions and features. For convenience and ease of use, TEKTRONIX VM 700T is built with an extra-thick chassis to ensure reliability in difficult environments. Additionally, it is designed for extended operation with a long life span, making it an ideal choice for frequent testing. VM 700T has proven to be an invaluable tool in both the industrial and military sectors. With its numerous features, this versatile and reliable asset is an essential tool for any diagnostic and testing job. The versatility and stability of this model make it an ideal choice for high-precision testing and monitoring of electronic components.