H11N1TVM

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Optoisolators - Logic Output

The H11N1TVM, or High-Voltage Transistor Input/Output Pair Optocoupler, is an opto-isolator device that has been designed to provide both output and input isolation, rating up to 40 megavolts root mean square, when used with proper signal conditioning. The device is also rated to provide isolation up to 75 volts common mode per UL 60776.

The H11N1TVM optocoupler is operated by a combination of light and current, using light to travel between the input and output, without direct electrical contact. This allows for the galvanic isolation of two circuits, providing protection from electrical shock, and preventing the transmission of noise between circuits.

The optocoupler is comprised of two parts - a coupler and a detector. The coupler contains a light source, which is connected to the input of the optocoupler, and is powered by an AC or DC voltage. The detector is an optically sensitive device, such as an LED or photodiode, which is connected to the output. When the light source is energized, the light travels to the detector, where it is converted to electric current. This current is then sent to the output of the optocoupler, providing an isolated output signal.

The H11N1TVM optocoupler is ideal for applications which require electrical isolation, such as control systems, power supplies, and similar applications. It can also provide data transmission in hostile environments, where noise or electrical interference could otherwise disrupt the flow of communication. The optocoupler can also help to protect equipment from power surges, as it can easily disconnect an isolated signal from the power source.

In the industrial arena, the H11N1TVM optocoupler can be used to protect equipment and personnel from the effects of extreme temperature, humidity, and corrosive conditions. It can also be used to protect sensitive control systems or wiring from damage caused by electrical power surges.

By providing an isolated and reliable connection between systems, the H11N1TVM optocoupler can help to reduce errors in control systems and create a more reliable and consistent performing system. This can help to reduce downtime due to unexpected outages or repairs, and increase the efficiency and performance of the system.

The H11N1TVM optocoupler is a versatile device that can be used in a variety of applications, but it has become especially useful in the industrial world, where precision and reliability are essential. It is an easy-to-use device which is able to provide reliable isolation and communication when needed.

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