Used TERADYNE UltraFlex #9063881 for sale
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ID: 9063881
Tester
P/N / Description
979-359-00 / Filler boards
24 Slot base
979-371-00 / Single cabinet outrigger
979-236-01 / RAM Manipulator
979-160-00 / Tester computer:
HP-XW8200
CPU: 3.46
Hard Disk Drive (HDD): 70 GB
810-926-00 / Memory: 512 MB to 2 GB
810-603-00 / LCD Monitor
979-395-00 / GPIB Peripheral interface
979-331-44 / HSD 1000 Instrument assembly:
(4) Data rate: 400 MHz
(4) Pattern depth: 16 MB
(2) Scans
979-294-00 / HexVS Instrument assembly
979-296-01 / VSM Instrument assembly
979-230-00 / TERADYNE Docking
Handler interface:
Base kit
Inset kit
Z Block kit
(10) Boards:
(4) HSD-M: 64 Channels
DCIO: 192 Channels
(2) HexVS: 6 Channels
(3) VSM: 2 Channels
Power supply: 208 V, 60 HZ.
TERADYNE UltraFlex is a high performance final test equipment designed for testing semiconductor integrated circuits (ICs) on printed circuit boards and components. The system provides a faster and more accurate way to measure device performance, reliability, and process improvement. The unit works by connecting test probes and sensors to microcontroller-based controllers (MCUs) which read and measure multiple outputs of a device under test. The MCUs then compare the outputs to a predefined set of criteria and provide a pass/fail report. TERADYNE ULTRA FLEX machine offers a wide range of testing capabilities, such as power-up tests, device characterization, pin check, voltage/current testing, parametric measurement, device programming, and module programming. Its three main components are the controller, the test adapter, and the software. The controller is designed to connect to a computer and control the test sequence and provide communication between the test adapter and the computer. The test adapter is the interface between the test probes, sensors, and the controller. The software allows users to create test programs and provide reports on the results. The tool can support testing various device sizes, from a single chip to large board-level components. It can also be configured for different application needs, such as low to high pin count products, high accuracy, speed testing, and SIL testing. Test parameters can be set and adjusted according to the device requirements. Additionally, the asset supports several languages, such as C, C++, Java, VB.NET, and art Verilog. The model offers high performance, accuracy, and reliability with an automatic calibration feature, which minimizes measurement errors. It is also designed to reduce operational costs, since it is compatible with a wide range of devices and programming environments. Furthermore, the equipment comes with easy to use GUI tools, which make it easier for customers to design and develop their test strategies. The system also integrates seamlessly with existing manufacturing processes, ensuring no disruption when switching from manual to automated testing. In conclusion, UltraFlex final test unit is an advanced solution that provides high accuracy, reliable results, and reduces operational costs. It can be used to test a range of device sizes and is compatible with multiple programming languages and manufacturing processes. The machine is user-friendly with easy to use GUI tools, providing an optimized and efficient way to test products.
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