OPL531-OC

Series:	Photologic®
Part Status:	Obsolete
Wavelength:	935nm
Type:	Photo Detector, Logic Output
Output Type:	Open Collector Inverter
Package / Case:	3-SIP, Side View
Operating Temperature:	-40°C ~ 85°C (TA)

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IntroductionThe OPL531-OC is a logic output photo detector that is used to detect a range of optical signals, particularly from optical sensors. It is a photo detector with an input and output logic level that is optimized for detecting specific optical signals. The sensor operates with an adjustable range of optical input, with a logic response based on the strength of the incident signal. ApplicationThe OPL531-OC is a versatile device that has numerous applications. It is commonly used in the production and transportation of consumer goods, especially in the high-tech industry. It is used to measure a range of optical signals, including light, temperature, pressure, and other similar characteristics of a product at the time of production or while it is in transit. In addition, it is used in robotics, medical equipment, and in other specialized areas, for measuring a range of optical signals for various purposes. The OPL531-OC is also particularly useful in the application of optical sensors. It allows users to measure the intensity of optical signals from a range of sources, thus providing an accurate indication of the current conditions of the product or the environment that it is being produced in. For example, it can be used to read the temperature, pressure, or other parameters of a product, or to detect the presence of contaminants in the manufacturing environment. Working PrincipleThe OPL531-OC works by using an adjustable, precise detector element to detect the strength of an incident optical signal. It works by creating an electrical signal with a logic response based on the strength of the optical signal. When the optical sensor is ready to detect and measure an incoming signal, it performs some basic calculations and then converts the corresponding signal into a digital number. This signal is then read by the OPL531-OC, and a logic response is generated. The OPL531-OC logic output photo detector works by converting the electrical signal that it receives into a digital form, thus creating an accurate representation of the incident optical signal. This digital output is then sent to a computer or other sensing device for further analysis and processing. The output of the OPL531-OC is also adjustable, allowing for a variety of different sensitivities or logic responses. By altering the output level, the detector is able to read signals of different strengths and adapt its response accordingly. This allows for a more precise level of accuracy when measuring or detecting optical signals. ConclusionThe OPL531-OC is a versatile, logic output photo detector that is useful for a range of applications, from production and transportation of consumer goods, to robotics and medical equipment. It is a precise, adjustable detector element that allows for a range of different logic responses, thus providing an accurate representation of the incident optical signal. Its utilization in the application of optical sensors makes it an indispensable tool for measuring a range of optical signals.

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