CCSLFL100SW2

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Machine Vision technology is fast becoming an essential technology in a wide range of industries, from automotive assembly lines to medical imaging. One of the most important components of Machine Vision is illuminators, which provide the backlighting required for image capture. CCSTLFL100SW2 is considered one of the best illuminators available today and is used in many applications. The following will explain the application field and working principle of CCSTLFL100SW2.

Application Field

CCSTLFL100SW2 has a wide range of applications. It can be used for:

• Robotics - Illuminating objects close to robots for real-time recognition and control via Machine Vision technology
• Biometric authentication - Providing illumination for facial recognition systems
• Optical sorting - Illuminating objects being sorted in factories and warehouses
• Machine vision inspection - Providing illumination for automatic inspections
• Medical imaging - Illuminating tissues, organs, and other objects being scanned for diagnostic purposes

Regardless of the application, CCSTLFL100SW2 provides a reliable and consistent illumination source.

Working Principle

The CCSTLFL100SW2 is a single-LED illuminator. It utilizes a single LED emitting light at a predetermined wavelength. This light is then modulated by a Field Programmable Gate Array (FPGA) and sent to the target object. FPGAs are used to control the output intensity of the LED, allowing for precise and consistent illumination. It also features a microstepping power supply for improved stability and power efficiency.

The output of the CCSTLFL100SW2 is determined by a combination of the wavelength of the LED, its power output, and the size of the targeted object. The result is consistent, reliable illumination ideal for applications that require complex illumination.

Conclusion

The CCSTLFL100SW2 is a state-of-the-art illuminator designed to provide reliable and consistent illumination in a variety of Machine Vision applications. Its single-LED design and advanced FPGA control circuitry make it a reliable and versatile lighting solution for robotics, biometric authentication, optical sorting, machine vision inspection, and medical imaging.

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