Used TABOR ELECTRONICS 8600 #9117918 for sale

TABOR ELECTRONICS 8600 is an electronic test equipment designed to deliver precision and accuracy in the testing of many types of electronics. It features true digital control with a liquid crystal display (LCD) screen and an intuitive user interface. 8600 offers a wide range of measurement parameters including voltage, resistance, temperature, current and capacitance. It also includes automated measurement, allowing users to quickly and precisely conduct complex tests. TABOR ELECTRONICS 8600 is a high-performance, precision test equipment that provides reliable and accurate results. It is capable of testing a wide variety of electronic components, including active devices, integrated circuits (ICs), and sensors. Digital parameters are adjustable with an easy-to-use LCD panel and user-friendly menu structure. 8600 has 4 built-in test channels that measure voltage, resistance, temperature and current or capacitance. Other parameters, such as DC resistance, voltage leakage, and duty cycle, can also be tested using the analog input terminals. TABOR ELECTRONICS 8600 features advanced measurement technology that improves accuracy and results. It can detect and compensate for temperature variations and calibration drift, which reduces errors and leads to accurate results. 8600 also includes a diagnostic utility that allows users to identify faults and verify system operation. The built-in software provides test set-up and displays test results on an intuitive graphical interface. TABOR ELECTRONICS 8600 is designed with a robust chassis and robust I/O ports for long-lasting performance and reliability. It features modular fuses and has an internal temperature monitor that helps protect components from damage due to temperature changes. Its burn-in socket enables the user to easily connect and test components without taking the device apart. Overall, 8600 offers a great suite of features, precision, and accuracy for any electronics testing task. The intuitive interface, advanced measurement technology, robustness, and diagnostic utilities make it an ideal option.