Used THUNDER SCIENTIFIC 2500 ST-LT-HAF #293828596 for sale

ID: 293828596
Vintage: 2011
Humidity generator Relative humidity range: 10 to 95% Relative humidity uncertainty at PT: 0.5% Chamber fluid temperature range: 0 to 70°C Chamber temperature uniformity: 0.1 °C Chamber / saturation temperature uncertainty: 0.06°C Pre-saturator / expansion valve temperature uncertainty: 0.20°C Chamber pressure range: Ambient Chamber pressure uncertainty: 0.15% FS Display resolution: 0.01 Gas flow rate range: 0.01 Gas flow rate resolution: 5 to 20 L/min Gas flow rate uncertainty: 2% FS Gas type: Air/nitrogen Gas pressure rating (MAWP): 175 PSIG Heating/cooling rate: 2.5 Min/Per °C Chamber window: 6"x6" (152 mm x 152 mm) Physical dimensions: 22" H x 36" W x 23" D (559 mm x 914 mm x 584 mm) Chamber dimensions: 15" H x 15" W x 12" D (381 mm x 381 mm x 305 mm) Access port: Table A Operating temperature: 15 to 30°C Storage temperature: 0 to 50°C Humidity: 5 to 95% RH Non-Condensing Air compressor: 100/120 V, 15 A, 50/60 Hz Air supply: @175 PSIG & 20 L/min Power supply: 210-240 V, 8 A, 60 Hz. 2011 vintage.
THUNDER SCIENTIFIC 2500 ST-LT-HAF is an advanced wafer testing and metrology equipment designed for precise measurements and analysis of semiconductor wafers in a laboratory or production environment. This high-performance system integrates state-of-the-art technology and innovative features to ensure accurate and reliable results for characterizing the properties of semiconductor devices. 2500 ST-LT-HAF features a comprehensive set of capabilities for wafer testing and metrology, including advanced thermal and electrical test functionalities, as well as high-resolution imaging and inspection capabilities. The unit is equipped with a sophisticated probe station that allows for precise electrical measurements on individual devices on the wafer, enabling detailed analysis of device performance and characteristics. One of the key features of THUNDER SCIENTIFIC 2500 ST-LT-HAF is its advanced thermal management machine, which ensures precise control of the wafer temperature during testing. This is essential for accurate measurements of device properties, particularly in applications where temperature sensitivity plays a critical role in device performance. The tool's thermal management capabilities also enable efficient testing of devices under different operating conditions, providing valuable insights into device behavior across a range of temperatures. In addition to its thermal capabilities, 2500 ST-LT-HAF offers advanced electrical test functionalities for comprehensive characterization of device parameters such as current-voltage (IV) characteristics, capacitance-voltage (CV) characteristics, and impedance measurements. These tests provide valuable data on device performance, including parameters such as threshold voltage, leakage current, and impedance matching, which are essential for optimizing device design and performance. Furthermore, the asset is equipped with high-resolution imaging and inspection capabilities, allowing users to visually inspect device structures and topographies with exceptional detail. This enables precise alignment of probes for accurate electrical measurements, as well as detailed analysis of device morphology and defects. The model's imaging capabilities also support advanced analysis techniques, such as scanning electron microscopy (SEM) and atomic force microscopy (AFM), for detailed characterization of device features at the nanoscale level. THUNDER SCIENTIFIC 2500 ST-LT-HAF is designed with user-friendly software interfaces that facilitate data acquisition, analysis, and reporting. The equipment's software enables seamless integration of measurement data for comprehensive analysis of device performance, as well as customizable test sequences for efficient testing of multiple devices on a single wafer. The software also allows for automated data processing and statistical analysis, streamlining the workflow and enhancing productivity in wafer testing and metrology applications. In conclusion, 2500 ST-LT-HAF is a cutting-edge wafer testing and metrology system that offers advanced capabilities for precise measurement and analysis of semiconductor devices. With its state-of-the-art technology, comprehensive features, and user-friendly interface, this unit is an invaluable tool for researchers, engineers, and manufacturers working in the semiconductor industry.
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