Used ADVANTEST M 6771AD #9091968 for sale

ADVANTEST M 6771AD is a specialized semiconductor test handler designed to meet the needs of demanding automation requirements and test yield optimization. It features an integrated scan handler, RF handler, arbitrary waveform generator, and timing generator, allowing for versatile and efficient automation of device testing. ADVANTEST M6771AD is designed with a robust and reliable build quality, providing maximum accuracy and repeatability in the testing process. Its machine framework is based on mirror-match sensing technology, which employs a closed-loop servo system to ensure precise alignment and synchronous motion of the unit's test heads. It also features advanced algorithms, such as data matrix compensation, to improve test repeatability and accuracy. M6771 AD utilizes a flexure-guided rotating carriage with dual pushers to minimize test head movement during device insertion and removal. Its extendable vector pallet further enhances the range of automation testing available, allowing for automated testing of larger samples or up to two devices simultaneously. Additionally, its integrated multiplexer offers fast I/ O interfaces, with 256 I/O pins available. Integrated into M6771AD is the Advanced Vector Processor (AVP2), a high performance 32-bit RISC control processor. This ensures efficient data acquisition and control of the various testing functions. ADVANTEST M 6771 AD is capable of handling up to 1800 test heads, combining both wet and dry run tests, to provide a flexible and powerful solution for device testing. It can also store up to 200,000 test programs and 5 million measurement vectors, allowing for customized testing of high-volume semiconductor devices. M 6771 AD also features a built-in high-speed programmable logic array that enables fast on-the-fly measurements and results. It also provides secure data transmission of test results using a USB storage medium. Overall, ADVANTEST M6771 AD is an advanced and accurate test handler for the semiconductor industry, offering high performance, reliable accuracy, and efficient automation. Its robust construction and versatile capabilities make it an ideal choice for high-volume semiconductor device testing.