Wafer Analysis

Nanometrics 8300X Thin Film Metrology Tool. Unit gives robot error when powered up. Can accommodate 300mm wafers. Film thickness measurement system. Sold As Is.

Semilab WT-2000PVN Multifunction Wafer Mapping Tool. Tabletop measurement system capable of performing a variety of measurements on PV cells, wafers and blocks. Configuration: Standard µ-PCD measurements. Max. 200 mm (8 in.) sample diameter on stage, manual loading. Wintau operating and evaluation software. Test: Minority lifetime accuracy and repeatability measurements on Semilab’s µ-PCD test sample. Diffusion length, internal quantum efficiency and reflectance accuracy and repeatability measurement on Semilab’s LBIC test sample. Test Wafers: 6-inch bare, polished, n-type wafer for µ-PCD test. (Id. V1020_035).

CDE Resmap 178 Four Point Probe Resistivity Mapping System. Designed to meet the needs of process development and tool characterization engineers, this four point probe has the accuracy, repeatability and reliability required. Wafer Size: 2” to 8” manual load. Typical Measurement Time: 1 sec. per site. Mapping Patterns: Polar map (align with notch/flat; rectangular map (choose inside edge exclusion); line scan (diameter, radius or any point to point diameter, minimum step 0.1mm); user defined (template). Measurement Range: 2 milliohms per sq. to 5 megaohms per sq. (can be optimized to 1 milliohm per sq.).

KLA/Tencor Alphastep D500 Stylus Profiler. The Alpha-Step D 500 stylus profilers provide a wide range of application specific capabilities, meeting the needs of the research, engineering, and production communities. Stylus Profiling: The 140 mm sample stage supports scan lengths up to 30 mm in a single scan. The Alphastep D-500 provides the highest vertical range at 1200µm and low force sensor technology at 0.03 mg, ensuring scan precision on an array of applications, including thin films, soft materials, tall steps. The Alpha Step D-500 features advanced optics that includes a high resolution 5 MP color camera with 4x digital zoom and enhanced lighting controls. Step Height Repeatability: A sub-Angstrom resolution, optical lever sensor translates into the most repeatable low mass, low noise sensor design. This enables step height repeatability of 5 Å on a 1µm step for demanding process needs.