SD1410-002

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Optical Sensors are one of the most widely used sensors in automatic control systems. A phototransistor is a type of photodetector that uses an LED to detect a certain type of light. The SD1410-002 is an optically-coupled phototransistor designed to detect light at wavelengths up to 590 nanometers. The phototransistor has a wide range of applications in the automation industry, such as in automated switching systems, optical beam detection and light-wave communication.

Application Field

SD1410-002 is a phototransistor that uses an LED to detect light at wavelengths up to 590 nanometers. This makes it ideal for applications that require a detector with a very narrow band detection capability, such as optical beam detection and light-wave communication. This phototransistor can also be used in automated switching systems, such as those found in industrial manufacturing, where it can be used to detect sources of light. Another application for this phototransistor is in light-detection systems for environmental monitoring.

SD1410-002 is a highly sensitive optical sensor with a fast response time. Its high performance makes it suitable for use in applications such as street lamp control, where it can be used to measure light levels and adjust the switching of street lamps accordingly. The phototransistor can also be used in medical applications, such as in laser and optical beam detection systems, to detect changes in light levels.

Working Principle

The SD1410-002 works on the principle of photoconductivity. It consists of a photodiode that converts photons of light into electricity, and a transistor that amplifies the voltage generated by the diode. When exposed to light, the resistance of the photodiode will decrease, resulting in an increased voltage that is then fed into the base of the transistor. This in turn will activate the transistor and provide a corresponding output signal.

The SD1410-002 is a very versatile optical sensor. Its wide detection range and fast response time make it ideal for a variety of applications, including environmental monitoring, automated switching systems, and optical beam detection. This phototransistor also has the added benefit of being highly reliable and stable, making it an ideal choice for long-term applications.

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