FODM3052R2V_NF098

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators are electronic components that electrically isolate two circuits from one another. A common example is the optoisolator Triac, SCR output, such as the FODM3052R2V_NF098. This device utilizes a LED emitting light in order to control a controlled thyristor switch (SCR or Triac) connected between the two circuits.

The FODM3052R2V_NF098 optoisolator circuit is composed of a photo sensitive device and a triac or SCR. The photo sensitive part is composed of a gallium arsenide infrared LED emitting light which is incident on the photosensitive device. This device is an opto-coupler, meaning that it transfers the power from the emitting LED to the triac or SCR. In order to control the triac or SCR, there is a floating control signal circuit board which connects to the photosensitive device. This circuit board will then transfer signals from the input circuit board to the triac or SCR.

This optoisolator is commonly used in a variety of applications, such as AC and DC power switching, voltage regulation, protection devices, current regulation, and level detection. The FODM3052R2V_NF098 is a two-input optoisolator, which means it can be used to control either a single or dual SCR/Triac output. These optoisolators are designed to provide optically isolated signal and power switching, provide galvanic isolation between AC power lines and all types of load, and to provide protection for the circuits that are connected.

The FODM3052R2V_NF098 optoisolator is also designed to be a high efficiency switch, making this optoisolator an ideal choice for power switching applications, such as high power LED lighting systems, AC motor controllers, electric heaters, and electric ovens. This optoisolator also provides a high level of flexibility, allowing users to define the switching parameters for their application needs. The FODM3052R2V_NF098 provides stable high voltage isolation between the input and output circuits, which ensures a reliable operation even during harsh conditions.

The operation of the FODM3052R2V_NF098 optoisolator is based on voltage or current control. When the input signal is applied, the LED in the optoisolator emits light, which is incident on an activated photosensitive device. This causes the triac or SCR to turn on, which then allows the transfer of power from the input circuit board to the output circuit board, or vice versa. When the input signal is removed, the LED stops emitting light, and the triac or SCR turns off. This, in turn, will stop the power transfer from the input circuit board to the output circuit board.

The FODM3052R2V_NF098 optoisolator is a reliable and efficient switch that is suitable for many industrial, commercial and residential applications. Its flexibility, efficiency, and galvanic isolation makes it an ideal choice for any optoisolator application. By controlling signal and power switching, the FODM3052R2V_NF098 optoisolator can be used as a cost-effective solution to electrically isolate two circuits from each other.

The specific data is subject to PDF, and the above content is for reference