FODM3052R2V-NF098

The FODM3052R2V-NF098 is a complete isolator device consisting of a 6-pin DIP package. It provides a digital current flow capability of 12A to its isolated AC load in a cost‑effective and robust package. The FODM3052R2V-NF098 opto-isolator is a versatile opto-isolator/driving optoelectronic device that isolates an AC load from a control source through a current flow mechanism.

The FODM3052R2V-NF098 application field is in various industries related to the operations of electrical current, including automotive, industrial, aerospace, medical, and consumer applications. For automotive and industrial applications, the FODM3052R2V-NF098 enables the isolation of complex electronics from internal power supplies. In addition, aerospace and medical applications can benefit from the FODM3052R2V-NF098 as it providereduces EMI interference. Lastly, in the consumer market, the FODM3052R2V-NF098 can be used for AC line isolation, security devices, and fan speed regulation.

The FODM3052R2V-NF098 working principle relies on the current-driven optoelectronic coupling of a light-emitting diode (LED) and a phototransistor. When an external power source is applied, the LED is triggered and began to emit light towards the phototransistor, which in turn produces an electric current that activates the SCR or TRIAC output. After the light emission is complete, current is still flowing through the isolator, allowing the SCR or TRIAC output to maintain the initial connection between the isolated tA and tB. This conduction lasts until the isolated tA and tB overcurrent protection level is exceeded, and the current stops flowing.

In summary, the FODM3052R2V-NF098 is an optoisolator device with TRIAC or SCR output and a digital current flow of 12A to its isolated AC load. The FODM3052R2V-NF098 application field covers multiple industries such as automotive, industrial, aerospace, medical, and consumer markets. The FODM3052R2V-NF098 working principle relies on the current-driven optoelectronic coupling of an LED and a phototransistor. Once the LED is triggered, light is emitted towards the phototransistor, which produces the current to activate the TRIAC or SCR output and maintains the initial connection between the isolated tA and tB.