H11N1FVM

Optoisolators are electronic components which use light as an isolating factor between two separate circuits. The H11N1FVM optoisolator is one such component and is specifically designed to work as a logic output. It transfers digital logic levels from input circuits to isolated output circuits and provides excellent isolation between input and output circuits.

The H11N1FVM component consists of a GaAIAs LED, whose anode (positive) terminal is connected to one end of a primary winding of a transformer, and the cathode (negative) terminal is connected to the other end. A phototransistor is integrated into the secondary side of the transformer and its base is connected to the output. A reverse bias electromotive force (EMF) is generated when no light is illuminated on the phototransistor. When a logic 0 level is present at the input, the LED is on and the phototransistor will be activated, allowing current to flow through, resulting in a logic 0 output. Conversely, when the logic 0 is not present, the LED is off and no current will flow through, resulting in a logic 1 output.

The H11N1FVM optoisolator provides digital isolation between the input circuit and the output circuit and is suitable for applications where a logic signal needs to be electrically isolated, such as motor control, industrial automation, instrumentation control, and safety circuits. It operates over a wide temperature range of -45°C to +105°C and is RoHS compliant. It also has an extended creepage distance of 6mm, making it suitable for use in hazardous applications, where the risk of electric shock is high.

The H11N1FVM optoisolator is a reliable and cost effective component for transferring logic level signals. It is easy to use and is specifically designed for applications that require a high degree of electrical isolation. The component\'s low power consumption make it suitable for a variety of applications and its wide temperature range makes it suitable for both commercial and industrial applications.

The H11N1FVM optoisolator is an efficient, reliable and cost effective component for transferring logic level signals from an input circuit to an isolated output circuit. Its small size, low power consumption, extended creepage distance, and wide temperature range make it a suitable solution for many applications where electrical isolation of logic signals is necessary.