GP1S59

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The GP1S59 is a specially designed slot type photointerrupter with transistor output. This type of optical device is used in many industrial, commercial and communication applications as a means of detecting the presence of an element, enabling a signaling and control system on a tiny scale.The GP1S59 is used in elements such as tachometers, incremental rotary encoders, switches, counters, master-slave communication systems, and various data processing applications. It is also used in positioning systems, motor controls, scales, speed sensing systems, etc.The GP1S59 works by allowing the passage of light from one side of the optical slot to another. As the light hits the phototransistor element, it will then switch the output signal. The signal will be in the form of a Hi or Lo state depending on the light intensity on the phototransistor element.The GP1S59 consists of an infrared emitting diode (IRED) and a matched phototransistor which are mounted in a slot-type package. The phototransistor element is designed to detect an interruption in the light beam of the IRED when an object passes through the slot. As the light beam is interrupted, the transmittance of the phototransistor will decrease and generate an output signal.The GP1S59 can be powered with either 5V DC (where available) or a 9V DC battery. The switching speed of the optical device is extremely fast, which provides for increased system accuracy. It also offers minimal noise and reduced power consumption.The standard package of the GP1S59 includes electrical insulation, an integrated flux barrier, an integrated shutter, and a plastic flame-retardant envelope. This optical device is also designed for easy installation and removal. The switch has an operating temperature range of -10 to +70° C and an inter-contact gap of less than 2mm.The GP1S59 is composed of a matched pair of components that are optically linked in a slot-type package and offers a simple signal output circuit. Using advanced optoelectronic technology, the GP1S59 can detect interruptions in light beams, providing a reliable means of sensing, controlling, and monitoring events. The device is perfect for applications that require accuracy and rapid response.

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