Used ADVANTEST T 5383 #9278369 for sale

ADVANTEST T 5383 is an advanced final test equipment designed for fault analysis and diagnosis of high complexity, densely packed multi-layered devices. This next-generation system leverages the latest technology in fault detection and board-level assembly to ensure accurate and reliable automated testing capabilities. From an optics standpoint, ADVANTEST T5383 boasts maximum sensitivity for optics plotting systems, enabling the detection of the smallest defects in high-performance designs. It features high-sensitivity optics, optical surface feature detection, and positional accuracy. It can precisely identify tiny surface features which could be difficult to detect by manual inspection alone. Additionally, the unit utilizes a high-magnification optics machine to accurately measure circuit patterns down to the nanometer scale. T 5383 also features advanced fault detection capabilities. With a combination of advanced fault detection algorithms and scan-based fault test solutions, the tool can locate highly complex defects in multi-layered board structures. Additionally, it can diagnose a variety of faults, including shorts, opens, leakage, and other abnormalities in a highly efficient and reliable fashion. In addition, T5383 allows for a range of flexible test solutions. It includes a variety of specialized test algorithms, and offers configurable inputs, outputs, address bus widths, and test frequencies. It also integrates several tools and programming languages, including C++ and BASIC, for user-defined tests. This comprehensive set of options allows users to customize their test solutions for maximum efficiency. ADVANTEST T 5383's features and capabilities provide organizations with a powerful, fast, and reliable solution for fault analysis and diagnosis. It provides superior fault detection capabilities, advanced optics features for accurate surface feature detection, and a range of flexible solutions for customized testing. As a result, it can provide an efficient and reliable means for analyzing and improving the quality and reliability of high-performance designs.