PC367N2

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The PC367N2 optoisolator is a 6-pin, transistor photovoltaic output device that is designed to isolate a low power electronic circuit from a higher voltage and current circuit. It provides galvanic isolation and provides up to 880VRMS of isolation. This optoisolator is used in a variety of applications such as motor control, AC sensing, logic level conversion, and current loop isolation.

The PC367N2 optoisolator is a reflective electro-optic device composed of an infrared diode, an NPN low-voltage-photo-switching transistor, and a field effect transistor. The diode emits infrared light when a current is passed through it. When the transmitted light from the diode is reflected towards the phototransistor, the optoisolator is switched on, which causes the output to go high. When the reflected light is blocked, the optoisolator is switched off, which causes the output to go low.

The PC367N2 optoisolator has three main operating modes: DC, AC, and Pulse. In DC mode, the optoisolator switches on and off when the input is turned on and off. In AC mode, the optoisolator is maintained in the “on” state when the input voltage crosses the specified threshold, and it turns off when the input voltage drops below the threshold. In Pulse mode, the optoisolator switches on and off when the input voltage pulses are applied.

The PC367N2 optoisolator has a number of features that make it an ideal choice for a wide variety of applications. It is insulated to 880V RMS and has a minimum current gain of 10,000. It has a high-temperature stability of up to +150°C. It also has a low forward voltage drop of 2.5V, which helps to conserve power and reduce the cost of energy usage. It is packaged in a Pb-free package, which helps reduce environmental contamination.

The PC367N2 optoisolator can be used in applications such as AC sensing, motor control, logic level conversion, galvanic isolation, and current loop isolation. In AC sensing applications, the optoisolator can detect when an alternating current crosses a specified threshold, allowing other circuits to be controlled accordingly. In motor control applications, the optoisolator can control the speed and direction of a motor. In logic level conversion applications, the optoisolator can be used to convert a high-voltage logic signal to a low-voltage signal. In galvanic isolation applications, the optoisolator can provide up to 880VRMS of electrical isolation between two circuits. In current loop isolation applications, the optoisolator can provide up to 880V RMS of electrical isolation between two current loops.

The PC367N2 optoisolator is a reliable and cost-effective solution for isolating low power electronic circuits from higher voltage and current circuits. It is an ideal choice for applications such as AC sensing, motor control, logic level conversion, galvanic isolation, and current loop isolation. It is also insulation to 880V RMS and has a high-temperature stability of up to +150°C. It is packaged in a Pb-free package, making it an environmentally-friendly solution.

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