OPB991L55Z

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

OPB991L55Z Application Field and Working Principle

Optical sensors are used in various applications and devices, most notably motion sensors, as well as in computers, television screens, and other application areas. The OPB991L55Z photointerrupter is a type of optical sensor, specifically, a slot type, with a logic output design. The OPB991L55Z is a felsic mold type optoelectronic device, with a maximum dissipation power of 75mA. It is a product manufactured by Omron Corporation of Japan. The maximum forward voltage is 2.5V and the maximum reverse voltage is 5V.

The OPB991L55Z is primarily used in optical detection, but can also be used in photointerrupters as well as in various in security systems and automation projects. Its most common application is in proximity sensing, as it can detect the presence of an object when the light from the LED is broken by the object. The OPB991L55Z is typically divided into two parts; the transmitter and the receiver. The OPB991L55Z has the ability to detect a range of objects, including humans, depending on the mounting position and angle.

The working principle behind the OPB991L55Z photointerrupter is relatively simple; light from the LED is emitted and is then broken by passing objects. When an object passes through, the light is broken, which translates into an electrical signal and is then transmitted to the receiver. The output is then interpreted by the receiver, typically as a digital signal, which is then used to control the device.

In general, the OPB991L55Z is a highly versatile product, capable of performing a wide range of applications. Its possibilities are nearly endless, ranging from motion sensing to security systems and other automation tasks. The OPB991L55Z is an economical and reliable product, and with its compatibility with other products, it is a great choice for any application that requires reliable sensing.

The specific data is subject to PDF, and the above content is for reference