SDP8601-002

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Optical sensors are electronic devices that use light for sensing physical parameters. Photo detectors are designed to detect certain electromagnetic radiation such as infrared, ultraviolet, or visible light. Logic output Photo Detectors, like the SDP8601-002, are used to detect specific wavelengths of light, and output a logic level signal to indicate the presence of the light.

The SDP8601-002 is composed of a proprietary metal-silicon-photodiode sensitive material, an optical filter, and an integrated circuit. This photo detector has a wavelength range of 200-1000 nanometers with a center wavelength of 940 nanometers. It has a sensitivity of 0.2 mW/m2 to a peak excitation. Its working voltage range is 3-18 volts DC with an operating current of about 6 mA at 3.3 volts and 15mA at 12 volts. It also features an on-off ratio of more than 100:1, an output sink current tipically 50mA and an output source current typically up to 25mA .

The SDP8601-002 can be applied in various applications where automatic light control is necessary. It is mainly used for logic level detection operations. It is commonly used in alarm systems, for safety and security, as well as for industrial automation and smart home applications.

The SDP8601-002\'s output is a logic level signal. When no light is detected, the output is low. When light is detected at the specified wavelength, the output is set to high. This device is extremely sensitive to light at the specified wavelength and very little other light. As light intensity increases, the electronic signal received by the output increases. The response time is also very fast, allowing for quick detection.

The SDP8601-002 is a photo detector with logic level output that is especially designed for applications that require automatic light control. It is composed of a high-sensitivity photodiode, an optical filter, and an integrated circuit. It has a wide spectrum of applications, such as for safety and security, industrial automation and smart homes. It is most commonly used for logic level detection operations, with a fast response time and a high sensitivity to the specified wavelength of light.

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