Used THERMONICS T 2500 #9116707 for sale

THERMONICS T 2500
Manufacturer
THERMONICS
Model
T 2500
ID: 9116707
Temperature forcing systems.
THERMONICS T 2500 is a comprehensive 'Final Test' equipment designed for use in the production of complex electronic devices such as integrated circuits (ICs) in the semiconductor industry. THERMONICS T2500 comprises a fully integrated, computer-controlled test platform, designed for precise device characterization, test, and diagnosis. This advanced system utilizes digital signal processing to enable reliable, high-performance testing across a wide range of devices, including those with very small geometries and other challenging test objectives. The unit's modular design includes a highly flexible test board and a user-friendly graphical interface. The test board is composed of a Mother Board, an optional Slave Board, and a number of Automatic Test Equipment 'ATE' appliances. The Mother Board is a versatile piece of hardware, tunable to meet specific test needs and configurations. It contains a sampling oscilloscope, a high-speed digital-to-analog converter (DAC), and an analog-to-digital converter (ADC). The Slave Board is an advanced ATE appliance, which allows the machine to achieve very precise timing measurements, check parameters, and monitor fluctuations in device behavior. The user-friendly graphical interface provides real-time monitoring of device behavior, allowing for immediate intervention during test, while providing an intuitive environment to tailor the tool's settings according to specific test objectives. The interface also enables data logging and analysis, producing comprehensive results that can be used to adjust the test process or to identify trouble areas in a device's design or production processes. T-2500 offers comprehensive device testing from start to finish. By combining the flexibility of an automated platform with a user-friendly and intuitive interface, the asset enables precision testing and diagnosis of complex devices in highly efficient production environments. The model is reliable and can be configured and tailored to meet specific test objectives and production needs.
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