Description
The IPS-UVC OS500 is a cutting-edge device designed to meet the needs of professionals seeking advanced imaging solutions. This manual, now in its version 1.1, reflects the latest updates and enhancements, including an improved graphical user interface and the addition of a camera selector feature. The manual provides comprehensive guidance on utilizing the device to its full potential, ensuring users can maximize their productivity and achieve superior results.
IPS-UVC is a system from OptaSensor that provides an interface between micro cameras and a PC via USB3.Based on an FPGA chipset with reconfigurable capabilities and powerful resources, its flexible architecture is best suited for micro camera test and evaluation. This system provides an easy interface to all camera features and illumination driving capabilities when micro cameras are equipped with light sources.
The manual is structured to facilitate ease of use, with a clear and concise layout that guides users through the various features and settings of the IPS-UVC OS500 LED. From sensor register access to image processing, each section is designed to provide users with the knowledge they need to operate the device efficiently. Whether you are a seasoned professional or a newcomer to the field, this manual is an invaluable tool that will enhance your experience with the IPS-UVC OS500 LED.
NOTE: Camera with FOV90 and F4.0 is included in the IPS-UVC OS500.
IPS-UVC OS500 Micro Camera Interface USB Card
Specifications
| Accessory Type: | Hardware, Camera Interface Card |
|---|---|
| Version: | 1.1 |
| Chipset Basis: | FPGA |
| Included Camera: | FOV90, F4.0 |
| Manufacturer Part Number (MPN): | IPS-UVC OS500 |
| FindLight SKU: | FL-24282 |
Got questions about specs? Use the inquiry form to ask.
Download Data Sheet
Features
- Advanced GUI Features: The IPS-UVC OS500 LED Manual Version 1.1 introduces an updated graphical user interface, enhancing user interaction and experience.
- Camera Selector: Easily switch between different camera inputs with the new camera selector feature, providing flexibility and convenience.
- Image Zoom: Utilize the mouse wheel for intuitive image zooming, allowing for detailed examination and analysis.
- OptaSensor UVC Viewer: Access sensor registers seamlessly and manage recording options efficiently with the OptaSensor UVC Viewer.
- Brightness Control: Adjust brightness settings to achieve optimal image clarity and visibility under various lighting conditions.
- White Balance Adjustment: Ensure accurate color representation with easy-to-use white balance controls.
- Dark Field Imaging: Capture high-contrast images with the dark field feature, ideal for specific imaging requirements.
- Pixel Response Optimization: Fine-tune pixel response for enhanced image quality and performance.
- Comprehensive Image Processing: Leverage advanced image processing capabilities for superior image output and analysis.
- Troubleshooting Guide: Access a detailed troubleshooting section to resolve common software crashes and system responsiveness issues efficiently.
Applications
- UV-C LED Inspection and Testing: Ideal for evaluating the performance and uniformity of UV-C LEDs in research, development, and quality control environments.
- Semiconductor Wafer Inspection: Enables high-precision inspection of semiconductor wafers, detecting surface defects and contamination using deep UV illumination.
- Fluorescence Microscopy: Supports advanced fluorescence imaging applications in life sciences, biotechnology, and medical diagnostics by providing stable UV-C excitation.
- Photolithography Alignment: Facilitates alignment and calibration processes in photolithography systems for microfabrication and MEMS production.
- Material Characterization: Assists in analyzing the optical properties and surface characteristics of materials under UV-C exposure.
- Forensic Analysis: Enables detection of biological traces, counterfeit documents, and other forensic evidence with high sensitivity under UV-C light.
- Surface Cleanliness Verification: Used in industrial and laboratory settings to verify surface cleanliness and contamination removal.
- UV-C Sensor Calibration: Provides a reliable UV-C source for calibrating and testing UV-C sensors and photodetectors.
- Quality Assurance in Manufacturing: Ensures product quality by enabling non-destructive testing and inspection of components exposed to UV-C radiation.
- Optical Component Testing: Suitable for evaluating the transmission, reflection, and absorption properties of optical components in the UV-C range.
- Biological Decontamination Studies: Supports research on the effectiveness of UV-C light for sterilization and decontamination of surfaces and materials.
- Academic Research: Used in universities and research institutes for experiments involving UV-C light, such as photochemistry and photobiology studies.
- Imaging System Development: Assists in the development and testing of UV-C imaging systems, including cameras and detectors.
- Environmental Monitoring: Enables detection and analysis of pollutants and microorganisms that respond to UV-C illumination.
Export & Trade Information
| ECCN: | EAR99 |
|---|---|
| HTS Code: | 9007.91.4000 |
| Estimated US Tariff: | 0% |
Frequently Asked Questions
What is the IPS-UVC OS500 LED?
What is new in version 1.1 of the IPS-UVC OS500 LED manual?
What are some of the features of the OptaSensor UVC Viewer?
How can I troubleshoot software crashes or system unresponsiveness?
What is the purpose of the brightness control feature?
What should I do if images have different colors horizontally?
Got more questions? Use the inquiry form to ask the supplier directly.
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