HCNR201

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The Hanlong CN-R201 is a type of optoisolator, specifically a transistor type. This optoisolator is a kind of signal interface device which isolates signals between the input and output side in order to protect the circuits on both sides. The optoisolator can safely transfer the data signals across two separate systems with their own power supplies and can prevent damage done on one side from affecting the other side.

The Hanlong CN-R201 is a photovoltaic output optoisolator, meaning that it is a type of optoisolator that uses photovoltaic sensing and output. To generate the photovoltaic sensing, a photon of a specific colour is directed into an optically sensitive surface. When the optical energy is absorbed into the optical surface, it causes the optical surface to produce a small electrical signal. This is what provides the sensing capability for the opto-isolator and enables it to detect and differentiate between different types of signals.

The working principle of the CN-R201 optoisolator can be described as follows. The input signal is picked up by the sensing device and is then converted into a photovoltaic signal. This is then directed to the output stage, which is made up of a high power transistor. This transistor is then driven by the photovoltaic signal, amplifying the signal to the desired output level. The amplified signal is then output from the optoisolator.

The key applications for the Hanlong CN-R201 optoisolator are system separation and signal isolation. This isolator effectively separates out the two systems, preventing one side from sending signals that could damage “incompatible” or “unwanted” circuitry on the other side. The optoisolator can also be used to separate out individual signals, allowing each signal to be processed independently without interference from other signals.

The Hanlong CN-R201 optoisolator is an excellent choice for applications that require separation between two systems. It is a reliable and efficient way to manage and transfer signals without compromising the system security and reliability. By using photovoltaic sensing and output, it is able to amplify the signals in a fast and reliable way that protect both the input and output systems.

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