WLG4-3F2182

Series:	W4-3 Glass
Part Status:	Active
Sensing Method:	Retroreflective
Sensing Distance:	0.394" ~ 62.992" (10mm ~ 1.6m)
Voltage - Supply:	10 V ~ 30 V
Response Time:	500µs
Output Configuration:	PNP
Connection Method:	Connector, M8
Ingress Protection:	IP67
Cable Length:	--
Light Source:	Red (650nm)
Adjustment Type:	Adjustable
Operating Temperature:	-40°C ~ 60°C (TA)

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Introduction

An optical sensor, also known as a photovoltaic sensor, is a device that directly produces a voltage or current when it is exposed to light. The WLG4-3F2182 is an example of an optical sensor. It is a versatile, small-scale, well-suited product for sensing applications in various industrial electronic industries. It can convert ambient light to electrical signals, and can be used to switch signals and control output devices. This paper will explain and discuss the application field and working principles of the WLG4-3F2182.

Applications of the WLG4-3F2182

The WLG4-3F2182 is suitable for a wide variety of applications, including photoelectric sensing, industrial automation, and OEM (Original Equipment Manufacturer) design. It can be used for detecting objects and controlling systems, as well as in various other types of sensing and control applications.The WLG4-3F2182 is well-suited for photoelectric sensing applications due to its small size and high sensitivity. It can be used to detect light in complex and dark environments, as well as for close-range sensing. The sensor is also suitable for industrial automation applications, as it can detect objects or materials in industrial production. Additionally, the WLG4-3F2182 is a suitable option for OEM design, as it is robust and reliable, and can be integrated into a variety of equipment as a sensing solution.

How the WLG4-3F2182 Works

The WLG4-3F2182 is an integrated optical sensor, meaning that it is composed of several smaller parts that work together to achieve the desired performance. The sensor has three main components: a photosensitive element, a transimpedance amplifier, and a signal amplifier.The photosensitive element is the part of the sensor that is sensitive to light. The element converts light energy into electrical energy, and is the part of the sensor that detects light. The transimpedance amplifier is responsible for converting the light energy into a digital signal, which is then amplified by the signal amplifier. The output of the sensor is the amplified signal, which will indicate the presence or absence of light.

Conclusion

The WLG4-3F2182 is a versatile, small-scale optical sensor that is suitable for a wide variety of applications, including photoelectric sensing, industrial automation, and OEM design. This sensor is composed of several parts, including a photosensitive element, a transimpedance amplifier, and a signal amplifier. When light is present, the sensor will convert that light energy into an electrical signal, which can then be used to control various types of output devices.

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