Discover Precision Imaging with the LISM-PI26xx
Line Image Sensor Module
Advanced Versatility and Performance
Explore the capabilities of the LISM-PI26xx, a highly versatile line image sensor module from Coptonix GmbH. Engineered for precision and flexibility, this module is ideal for a wide range of applications including industrial automation and scientific research. Whether enhancing quality control in manufacturing processes or conducting detailed scientific analyses, the LISM-PI26xx delivers reliable and high-quality imaging solutions.
Efficient Integration and Outstanding Performance
The LISM-PI26xx is compatible with a variety of CMOS linear image sensors and features an easily programmable interface through a straightforward two-wire I2C bus. This setup allows for precise adjustments of several parameters such as pixel count, frame lines, exposure settings, and more, ensuring optimal image capture tailored to your specific needs.
Robust Features for Comprehensive Applications
Equipped with a high-resolution 16-bit ADC and versatile trigger options, the LISM-PI26xx captures every detail necessary for your imaging requirements. The module includes a 26-pin FPC connector, facilitating straightforward integration with microcontrollers or FPGAs, enhancing both its power and user-friendliness.
Modular Design for Tailored Imaging Needs
The LISM-PI26xx stands out with its modular design, allowing for easy adaptation through the exchange of sensor boards to fit various sensor types, whether pin-compatible or not. This flexibility makes it exceptionally suitable for diverse operational demands and technological upgrades.
Enhance Your Imaging Systems
Leverage the advanced imaging capabilities of the LISM-PI26xx to improve your systems and develop new solutions. For more details or assistance with integrating the LISM-PI26xx into your projects, download the detailed specifications or contact our support team.
Experience the blend of innovation and precision with Coptonix, dedicated to enhancing your imaging capabilities.