Used NGK AD-2000 #9294851 for sale

NGK AD-2000 is an automated, multifunctional test equipment for testing various types of electrical components. It is designed to measure the electrical behavior of components, such as transistors, diodes, triacs, LED, MOSFET and SCR devices. This system delivers precise and high-speed testing results with 5 millisecond rate. The compact and rugged unit offers reliable testing in a wide range of conditions, such as high-vacuum chambers and harsh environmental conditions. It is able to detect any irregularity and quickly diagnose the defects in the components. AD-2000 is equipped with a 15-inch color LCD monitor and an advanced user interface. This makes the operation easy and convenient. The menu machine allows operators to operate the tool easily and comprehensive measurements can be performed very quickly. Its integrated database asset allows up to 15,000 component tests for storing the component identification and test results. The results can be easily retrieved whenever the data is required. Furthermore, memory allocation and component parametrization can also be done easily with this device. NGK AD-2000 also features two high-speed switching speeds and a powerful pulse generator. With these features, it empowers to perform the high-speed switching and dual pulse experiments for measuring the high-speed characteristic of the components. It also has an advanced waveform measurement function which can help in the analysis of waveform problems. The maintenance of AD-2000 is simple. It comes with a built-in self-diagnostics routine which can identify and troubleshoot problems quickly and efficiently. It also has automatic linearity calibration for accurate measurements. Overall, NGK AD-2000 is a highly efficient and reliable automated test model. It is designed to test different types of components and provide accurate and high-speed test results. It features an easy-to-use interface for easy operation and maintenance. This equipment also has advanced features like high-speed switching speeds, waveform measurement and linearity calibration.