Overview
The UC300 is a microscope dedicated camera launched by TEELEN, which belongs to the UCMOS series of ultra-high performance USB2.0 CMOS cameras. The camera uses USB2.0 as the data transmission interface and is equipped with APTINA MT9T001 CMOS color image Sensor, with a maximum resolution of 2048x1536 about 3 million pixels. The camera case is machined from hard zinc aluminum alloy, and a high-quality IR-CUT filter is installed on the front end, which can effectively filter infrared light waves and protect the Sensor.
Features
1. C-interface CMOS camera with Aptina CMOS Sensor
2.The resolution spans 0.35M~ 14M and other options
3. Zinc-aluminum alloy precision die-casting shell
4. USB 2.0 interface ensures high transfer rate
5. Ultra-Fine Color Engine ensures accurate Color reproduction
6. Advanced video and image processing application software ToupView is provided with the camera
7. Provide Windows/Linux/OSX multi-platform SDK
8. Support native C/C++, C #, DirectShow, Twain API
Principle
The UC300 camera uses a CMOS image sensor for image acquisition and data transmission through the USB 2.0 interface. The camera is equipped with a high-quality IR-CUT filter, which can effectively filter infrared light waves in the imagery to ensure accurate color reproduction. Adopts progressive scan mode, supports pixel overlay function, and can achieve accurate color reproduction through Ultra Fine Color engine.
Applications
Microscope imagery, scientific experiments, industrial testing, medical observation, education and research
Standards
DirectShow、Twain
Steps
1. Connect the camera USB port to the computer
2. Install the included ToupView software or corresponding SDK
3. Launch the software and select the camera device
4. Adjust the resolution, exposure time and other parameters as needed
5. Perform image or video capture
6. Save or process the collected data
Notice
Make sure to use the original USB cable to ensure transmission stability
• Verify computer system compatibility before installation (supports Windows/Linux/OSX)
Avoiding Strong Vibration and Impact to Protect Precision Sensors
• Regularly clean the lens and interface for optimal imagery
• Pay attention to heat dissipation when using in high temperature environment
Use professional software to adjust parameters for optimal image mass
