70156-1641

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Optical sensors are devices capable of converting light into electric signals. Typically, they measure the intensity of light within different wavebands and adjust the output correctly. A variety of optical sensors are available, including photoelectric, industrial, and custom-made varieties. One type of highly specialized optical sensor is the 70156-1641, an industrial-grade device designed for measuring the light intensity of single colors and pulses. This article will discuss the 70156-1641 application field and working principle.

The 70156-1641 is mainly used for color-coded optical sorting and identification. It gives exceptionally accurate identification and sorting of various objects based on their color and/or pulse. This is achieved through the use of one color sensor slit, each of which is specialized for identifying certain spectral range of light. It also has fast response time for making quick sorting decisions.

The device has a range of over 600 nanometers, so it is able to identify very small changes in light intensity. It can respond to pulses of up to 1 kilohertz, making it suitable for use in high-speed automated sorting systems. Additionally, the 70156-1641 has spectral sensitivity up to 1,000 times greater than traditional photoelectric sensors, so it is perfect for use in applications which require extremely sensitive light measurement.

The 70156-1641 is composed of three distinct parts: a photodetector, an infrared emitter, and an amplifier. The photodetector is responsible for detecting the light, while the infrared emitter sends out pulses of light. It is the amplifier that processes the data detected by the photodetector and adjusts the output accordingly. The photodetector and infrared emitter are located in different visible parts of the 70156-1641; however, the amplifier is internal and is not visible.

In operation, the photodetector will detect the light coming from the infrared emitter or from the object being measured. The current produced by the photodetector is then fed into the amplifier, which processes the data to determine the intensity and type of the light. Based on this information, the 70156-1641 can make decisions such as whether to identify a certain color or a pulse of light.

The 70156-1641 is capable of adjusting its sensitivity depending on the needs of the application. This is achieved by adjusting the gain of the amplifier. The gain can be varied from 0.0001 to 0.01, making it suitable for a variety of different applications.

The 70156-1641 is an excellent choice for many types of industrial applications requiring precise color or pulse detection. Its small size and low power consumption make it ideal for use in portable systems, and its sensitivity and ability to detect changes make it suitable for a wide range of industrial tasks. Whether used for sorting or identification, the 70156-1641 is an ideal solution for many optical sensing needs.

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