PS9822-2-F3-N-AX Isolators

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Optoisolators - Logic Output provide both logic level and voltage level isolation between two circuits. The PS9822-2-F3-N-AX is an optocoupler that offers optical isolation between two circuits while allowing logic level isolation to be maintained between them. It has three types of ports: the logic input, the logic output, and the voltage level port. The logic input port is designed to accept logic signals, which can be either digital or analog. The output port, meanwhile, is designed to deliver a logic signal from the internal logic circuit, and the voltage level port is designed to provide power to the device.

The PS9822-2-F3-N-AX operates on the principle of optical isolation. This mechanism provides electrical isolation between two circuits by using light waves to transfer electrical signals and electrical energy between the two. In this type of optocoupler, the logic input and output ports utilize a pair of LEDs to interface between the input and output circuits. The LED output generates a signal proportional to the voltage applied to the logic input port. This signal is then internally converted to a voltage level signal that is transferred through the optical isolation mechanism.

The PS9822-2-F3-N-AX can be used in any application where it is necessary to maintain logic isolation between two circuits. It is most commonly used in data acquisition, signal processing, and communications systems, such as digital telecommunication systems. It can also be used in medical equipment, industrial control systems, and automotive applications. The voltage level port of the device can be used to provide power to the device for operation.

The PS9822-2-F3-N-AX is an ideal choice for any application that requires optically isolated logic-level communication between two circuits. It offers both logic level and voltage level isolation between the two circuits, and can provide a reliable solution to the need for circuit isolation. Its robust design ensures that the device is highly reliable and can withstand harsh environments.

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