MS46SR-20-955-Q1-30X-30R-NC-FP

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Part Status:	Obsolete

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Optical Sensors - Photoelectric, Industrial

Optical sensors use a wide variety of technologies to detect and convert optical signals into electronic signals for further analysis. Among them, photoelectric and industrial sensors are two such common types. The MS46SR-20-955-Q1-30X-30R-NC-FP is one type of such industrial application.

Description:

The MS46SR-20-955-Q1-30X-30R-NC-FP sensor is a high power input and high reliability design which offers precise optical sensing and fast response for industrial applications. It is an ultrafast, high-voltage NPN photo-chopper which provides exceptional optical operating characteristics, and which is designed to sense areas up to 40cm wide in both horizontal and vertical directions. The MS46SR-20-955-Q1-30X-30R-NC-FP is available in both infrared and Visible light versions.

Application Field:

The MS46SR-20-955-Q1-30X-30R-NC-FP is suitable for the measurement of long distances in the industrial field. It is primarily used for the detection and imaging of targets, obstacles and obstacles during the operation of equipment or robots. It can also be used for the identification of objects and for the measurement of distances. Other examples of applications include but are not limited to: industrial automation, optical communication systems, security systems, occupation hazard prevention, distance measurement, traffic flow monitoring, and place and object detection.

Working Principle:

The MS46SR-20-955-Q1-30X-30R-NC-FP works by detecting the incident light falling on its surface. The light is then converted into an electrical signal which is used to control the output of the chopper. The incident light is converted into an electrical signal which is then amplified, filtered and conditioned before being applied to a resistor and a transistor. The transistor then amplifies and amplifies the signal again, which is then used to control the output of the chopper. The chopper is a power amplifier that is used to handle the power output of the sensor. The power output of the chopper is adjusted according to the level of the signal and so that it can power up the output lights and other components connected to it. The chopper is then used to control the amount of light, and thus the distance or object being sensed. The MS46SR-20-955-Q1-30X-30R-NC-FP is highly efficient and delivers consistently reliable results.

Advantages:

One of the key advantages of the MS46SR-20-955-Q1-30X-30R-NC-FP sensor is its high power input and high reliability design which means that it can deliver accurate results with minimal power consumption. Its ultrafast response time ensures that it can quickly detect and act upon the input signals and adjust the output accordingly. It is also suitable for industrial, domestic and commercial applications due to its wide range of input and output voltage capabilities. In addition, the sensor has a wide dynamic range of light intensity, allowing it to effectively sense objects or areas even in dim lighting conditions. Finally, the sensor’s wide range of output power enables it to operate in both DC and AC circuits.

Conclusion:

The MS46SR-20-955-Q1-30X-30R-NC-FP is a high power input, high reliability design which enables the sensor to deliver accurate results with minimal power consumption. Its ultrafast response ensures that it can quickly detect and act upon the input signals and adjust the output accordingly. Furthermore, the wide dynamic range of light intensity and its wide range of output power mean it is suitable for industrial, domestic and commercial applications. It is an ideal choice in particular for applications which require accurate distance measurement.

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