Used TERADYNE iFlex / MicroFlex #9179188 for sale

TERADYNE iFlex / MicroFlex
ID: 9179188
Lot of boards: (2) HSD200 Cable (4) DC75 With cable (2) DC30 With cable (3) VHFAC With cable (3) DSP HVD.
TERADYNE iFlex and MicroFlex are systems created by TERADYNE for final test applications. The iFlex system is a real-time, wafer-level test platform, designed to deliver the highest test performance and scalability within the semiconductor industry. It offers high-speed testing of devices up to 4096 pins, ultra-low test time, and best-in-class silicon analysis capabilities. The iFlex also features an industry-leading pin-count density and a design that can accommodate a variety of device geometries and package formats. It supports both wafer-level and package-level test and is easily expandable from 1024 to 4096 pins. In addition, the MicroFlex system provides board-level test coverage for printed circuit boards (PCBs) with up to 2048 pins. It offers an innovative architecture that allows for up to 100 analog and digital I/O connected resources serving multiple channels that support up to 12,288 digital multiple I/O pins. It also supports all digital technologies such as embedded processors, microcontrollers, and FPGAs. It features a real-time, architecture that reduces test time and supports both static and dynamic testing, as well as design for test (DFT) and defect-oriented testing. Both iFlex and MicroFlex utilize proprietary digital signal processing (DSP) algorithms that provide high-speed and efficient testing. The iFlex and MicroFlex systems both offer an open architecture, allowing for customization of the system to suit specific customer needs. They both include a suite of tools such as yield analysis, traceability, binning, scripting, and integration with other test systems. Overall, TERADYNE iFlex and MicroFlex systems provide a high performance, cutting-edge test platform for semiconductor and printed circuit board production lines. They offer unparalleled test flexibility, scalability, accuracy, speed, and cost efficiency, making them ideal for a wide range of applications in the semiconductor industry.
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