RT-610-10G-C5

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Optical sensors are electronic devices that measure the intensity of light. They are a key component of many industrial and automotive control systems, as well as medical and consumer applications. The RT-610-10G-C5 from CTS Corporation is designed for industrial applications such as machine vision, motion control, and other high speed applications.

Overview

The RT-610-10G-C5 from CTS Corporation is an advanced optical sensor specifically designed for industrial applications. This sensor utilizes a transmissive optical technology to deliver precise measurements in a wide range of environments. The state-of-the-art design forms a low-profile package that is able to withstand harsh industrial environments. The optical sensor utilizes a single connection for both power and signal, allowing quick and easy installation.

Applications

The RT-610-10G-C5 is ideally suited for a range of industrial applications, such as:

• Robotic guidance
• Machine vision
• Motion control
• High speed sorting applications
• Container filling
• Packing and palletizing
• Automated assembly
• Labeling

Features

This optical sensor boasts a number of features designed to meet the needs of today’s most demanding industrial applications. These features include:

• Wide operating voltage range (3.3V to 36V)
• Heavy-duty construction for harsh environments
• Low power consumption
• Wide dynamic range (up to 10,000 lux)
• High speed response time (10 µsec)
• Auto gain adjustment
• Integrated low-pass filter
• RoHS compliant

Working Principle

The RT-610-10G-C5 from CTS Corporation provides a fast and accurate reading of the light intensity in its environment. This sensor operates on the principle of transmissive optical technology, allowing it to measure the intensity of light from a number of sources. The sensor measures the light intensity by using two light sources, one nominal and one adjusted, which are separated by an obstruction. When no light is detected by the sensor, it produces a low-level output signal. When the intensity of light reaches or exceeds the threshold, the output signal increases.

The output signal produced from the RT-610-10G-C5 is linear and dependent on the amount of light intensity received by the sensor. This signal is then sent to the connected device, allowing it to react and adjust to changes in the environment. The output signal from this sensor is also adjustable, by adjusting the voltage on the supply line, allowing greater flexibility and control over the sensor\'s response to changing light levels.

Conclusion

The RT-610-10G-C5 from CTS Corporation is an advanced optical sensor specifically designed for a range of industrial applications. This sensor utilizes a transmissive optical technology to deliver precise measurements in a variety of environments. It features a wide dynamic range, high-speed response time, and low power consumption, making it an ideal choice for applications ranging from motion control to container filling.

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