GP1S194HCZ0F

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Optical sensors are used widely for ranging purposes due to their ability to accurately detect the presence of objects and quickly relay information. Photointerrupters, or object detectors, are a type of optical sensor. In particular, slot type photointerrupters use a staggered array of slots to detect objects that obstructed the photoelectric path. One example of these is the GP1S194HCZF model, produced by SHARP.

The GP1S194HCZF is a slot-type optical sensor that has a transistor output. The output transistor of the device is able to detect objects that break the photoelectric path of the sensor, allowing for accurate detection of objects in the surrounding area. This model has an active low output, meaning the output will turn off when the opto-coupled light is interrupted.

The application field of the GP1S194HCZF includes security systems, industrial automation, vending machines, and automation control. By accurately detecting intruding objects, the device is useful for detecting presence in machine control systems. It is also useful in security systems, as the device can detect unauthorized presence in an area. Additionally, the optical sensor is useful for controlling vending machines and general industrial automation.

The working principle of the GP1S194HCZF is based on a staggered array of slots, as previously mentioned. A light source is activated upon the application of voltage, shining onto a phototransistor. This phototransistor is connected to the output transistor of the device, allowing the output of the device to be connected to an LED. When an object interrupts the photoelectric path of the device, the output of the device is turned off, activating the LED.

Overall, the GP1S194HCZF is an effective slot-type optical sensor that has a transistor output. The device is useful for detecting presence in machine control systems and security systems, as well as being applicable to vending machines and general industrial automation. The device has a working principle that is based on a staggered array of slots, with a light source shining onto a phototransistor connected to the output transistor of the device. When an object interrupts the photoelectric path of the device, the output of the device is turned off, activating an LED.

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