OAI products

OAI offers a complete line of I-V Testers. Every I-V Tester can be ordered as a stand-alone system or integrated into any of theTriSOLSolar Simulators. Three standard ranges of I-V Testers are available; 1A and below, 1 to 5A, and 5 to 10A. Higher current testers are available as custom options. An OAI Application Engineer will work with you to insure that the I-V Tester you choose is optimized for your application.

OAI offers a complete line of I-V Testers. Every I-V Tester can be ordered as a stand-alone system or integrated into any of the TriSOL Solar Simulators. Three standard ranges of I-V Testers are available; 1A and below, 1 to 5A, and 5 to 10A. Higher current testers are available as custom options. An OAI Application Engineer will work with you to insure that the I-V Tester you choose is optimized for your application.

Adjusting aligner optics is vital to precise, high yield wafer processing. OAI`s Model 311 Intensity Profiler combines superb human engineering and measurement accuracy expressly for that purpose. It employs a unique bar-graph display that presents a graphic portrayal of the percent deviation of each intensity level from a reference plane. The companion nine-sensor probe enables the user to continuously measure light intensity at nine points on the wafer plane.

Originally designed for use with the Series 500 and 600(SVG/Perkin-Elmer) Projection Mask Aligners, the microprocessor-based Model 317 Exposure Analyzer monitor allows storage and recall of multiple exposure parameters (intensity, energy, and time) collected from the exposure series. It calculates percent deviation and averages energy. AC or battery operation. For 310, 365, 380, 400, and 436 nm wavelengths. Other wavelengths are available.

Adjusting aligner optics is vital to precise, high yield wafer processing. OAI`s Model 311 Intensity Profiler combines superb human engineering and measurement accuracy expressly for that purpose. It employs a unique bar-graph display that presents a graphic portrayal of the percent deviation of each intensity level from a reference plane. The companion nine-sensor probe enables the user to continuously measure light intensity at nine points on the wafer plane.

Originally designed for use with the Series 100, 200 and 300 Perkin-Elmer Projection Mask Aligners, the microprocessor-based Model 316 Exposure Analyzer monitor allows storage and recall of multiple exposure parameters (intensity, energy, and time) collected from the exposure series. It calculates percent deviation and averages energy. AC or battery operation. For 310, 365, 380, 400, and 436 nm wavelengths. Other wavelengths are available.

To insure repeatable testing on any solar simulator, OAI offers 2cm x 2cm calibrated reference cells. Standard reference cell calibration cycles can be set up by OAI"s calibration laboratory to insure that your reference cell maintains certification.

OAI offers a complete line of Class AAA Solar Simulators and related products for the photovoltaic and solar simulation markets. All products are designed and manufactured using OAI’s 35 years of expertise in generating, measuring and controlling light.

OAI"s TriSOL Solar Power Meter is an essential measurement tool for measuring the irradiance in "suns" of both Flash and Continuous Wave Solar Simulators. OAI"s instruments have unique features not found in other Solar Meters. This versatile meter can display reference cell characteristics, including cell type, window type, cell size, and temperature measurement device type. The OAI Solar Power Meter can sample at speeds up to 4000 Hz for Flash Lamp measurement and can sample and display a continuous reading or peak reading. Power meter connects via USB port for data collection, and includes desktop software.

The Solar Array I–V Tracer System provides fast and easy PV solar array output measurement on site. The system is an easy-to-use tool for measuring and characterizing solar array output. Installers may now verify array efficiency and supply customers with data that confirms system output. This compact test system includes the test instrument, a pyranometer and temperature sensor. When using the tester with the pyranometer and two thermocouples, the system will correct for deficiencies in sunlight and provide a comparison of array-to-array performance regardless of the sunlight. This setup provides results similar to expensive full indoor panel testing systems at very low costs.