70156-1977

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Part Status:	Active

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IntroductionThe 70156-1977 optical sensor is a versatile device developed to help engineers and technicians measure and analyze the light in a variety of industrial processes. This versatile device was created as a result of advances in sensing technology since its production in 1977.Design and FunctionalityThe 70156-1977 optical sensor is comprised of a single light detector housed in a square shaped case. The detector is connected to a computerized component, and is coupled with a lens filter to select specific light frequencies. The lens filter serves to distinguish between visible and non-visible light, allowing the sensor to detect changes in color, intensity, and wavelength. This device also has a window on its front, which allows users to view the light source.The 70156-1977 optical sensor is designed for use in both industrial and scientific application fields. It is mainly used to detect light from photographic objects, machinery, or to measure the transmission/reflection of infrared or ultraviolet light. This device can measure light intensities ranging from lux to microlux, over an extended range of wavelengths. Engineers can also use it to measure light intensities in the entire spectral range, and detect changes in the light field.Working PrincipleThe 70156-1977 optical sensor works on the principle of photoelectricity. The light detector measures the light intensity according to the amount of electrical current that is generated, which in turn, can be used to measure lux levels from the measurement of light intensity. This device also allows the user to input data or set thresholds for the intensity levels that are to be used in specific applications.When this unit is activated, the light detections are converted to electrical signals. A processor looks for changes in the electrical signals and then calculates the data. The processed data is then compared to thresholds, and the device will trigger an output signal when a certain threshold is exceeded. With this, engineers and technicians can measure and store light intensity data, or set trigger levels for specific processes.ConclusionThe 70156-1977 optical sensor is a powerful and versatile device, which can be used for many industrial and scientific applications. It has the ability to detect changes in light intensity levels over a wide range of wavelengths, and can be triggered by the user to respond to light changes or specific thresholds. With its advanced technology and capabilities, the 70156-1977 optical sensor is an essential tool for measuring and analyzing light data in an industrial or scientific environment.

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