H11N2FR2M

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Optoisolators are important components for achieving electrical isolation between a circuit and its surroundings. Optoisolator Logic Output, or H11N2FR2M, is a specific type of optoisolator that converts a logic output from one circuit to another circuit. This type of optoisolator is designed to operate reliably in a wide range of hazardous and dielectric conditions. By isolating the load from ground loops and other sources of potential interference, the device ensures a safe operation of the user\'s system.

The H11N2FR2M optoisolator is made up of a base, a clear encapsulated diode, and a photosensitive dielectric (PE). The PE layer is typically made from silicon or polyethylene which acts as an isolator. The encapsulated diode rests on top of the PE layer and acts as the output device for the device. The base contains two metallic contacts which allow for the electrical connection between the internal circuit and the controlling device. Inside the device is an integrated signal amplifier which can be configured and connected according to the desired logic. In digital applications, a logic high output will require the presence of a logic high input signal and a logic low output will require the presence of a logic low input signal. The maximum operating voltage of the H11N2FR2M optoisolator is 30 Volts AC or DC.

The H11N2FR2M optoisolator is ideal for use in systems that require electrical isolation across multiple devices. This makes it ideal for applications such as safety-critical monitoring systems, industrial process control, and computer peripheral ports. The device is also suitable for use in harsh environments with high temperatures, high humidity, and EMI or RFI noise.

The H11N2FR2M optoisolator is considered to be a reliable form of electrical isolation. The device works by converting a logic output to an electrical output. This electrical output is then transferred to the desired location, while still maintaining electrical isolation between the output and the source. The result is a safer and more reliable system.

The ability to operate reliably in a wide range of hazardous and dielectric conditions makes the H11N2FR2M optoisolator a vital component in industries including medical, automotive, military, and aerospace. The device has a fast response time, making it suitable for use in critical applications. Its small size and wide range of operating temperatures make it ideal for use in cramped spaces.

The H11N2FR2M optoisolator offers high levels of electrical isolation and reliable performance. Its fast response time makes it ideal for critical systems. Its small size and wide operating temperature range make it ideal for cramped spaces. Additionally, it has been designed to operate reliably in a wide range of hazardous and dielectric conditions. These reasons make the H11N2FR2M optoisolator an ideal choice for optical isolation and other application fields.

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