H11N2FVM

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Optoisolators are optically-coupled integrated circuits used to improve data and signal transmission by separating two circuits with an optical barrier. H11N2FVM is an optoisolator with logic output that is used to transform electrical signals into optical signals and vice versa. This type of optoisolator is ideal for isolating analog or digital signals from power sources, communications, or other digital systems with greater reliability and safety.

An H11N2FVM optoisolator consists of an LED or infrared emitter linked to an integrated silicon detector. The emitter is encased in a hermetically sealed housing to improve the life of the component, while the detector is often shielded with a Faraday cage for additional protection. The two components are optically-coupled and isolated from one another with a translucent layer or material. The LED emitter converts the input signal into an electrical signal, and the detector converts the electrical signal back into an output signal.

The operating voltage of an H11N2FVM optoisolator is 6 to 9V DC, while its switching current is typically 250mA or higher. It is capable of operating in temperatures ranging from -40°C to +85°C and has an output type of open collector. It is available in configurations with a single or dual output for additional isolating protection.

H11N2FVM optoisolators are used in applications where optical isolation is required to protect sensitive equipment from power surges or electrical spikes. They are used to isolate analog signals in applications such as sensors, power supplies, and telecommunications. They can also be used to isolate digital signals in applications such as programmable logic controllers (PLCs), optical fiber communications, and others.

H11N2FVM optoisolators are a reliable solution for analog or digital signal isolation. They provide protection against power surges, electrical spikes, and other interferences. Furthermore, they offer considerable savings in installation and maintenance costs compared to other alternatives. As a result, H11N2FVM optoisolators are becoming increasingly popular in a wide range of industrial, communications, medical, and other applications.

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