CNW11AV3SD

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Optoisolators are electrical devices used to isolate components from one another, typically to increase noise suppression and reduce power consumption. The CNW11AV3SD is a type of optoisolator called a Transistor, Photovoltaic Output (TPO) device. This device provides electrical isolation between its input and output by utilizing the process of photovoltaic transduction. In other words, light from the input side of the device is used to generate voltage, which drives an output transistor and provides electrical isolation.

The CNW11AV3SD works by utilizing a photovoltaic cell built into the optoisolator device. When electrical energy is applied to this photovoltaic cell, light is emitted from it and focused onto a NPN phototransistor built into the device\'s output. This phototransistor responds to the light by turning on the output transistor, allowing current to flow between the input and output terminals. The output transistor is connected to an integrated circuit (IC) output driver, which drives the output transistor and isolates the input and output sides of the device.

The CNW11AV3SD is typically used in applications where high levels of electrical isolation are required, such as in hazardous energy environments or in medical equipment. Additionally, it is utilized in applications where current output extends beyond its power rating or in applications that require a high degree of electrostatic discharge protection. This device has a wide operating voltage range of 1.9 to 30V and is capable of driving loads up to 200mA.

The CNW11AV3SD is capable of high operating speeds and features a fast input-output propagation delay of 25ns. Additionally, the device is designed for high reliability and features a breakdown voltage of3000Vrms for 1 minute. It also offers a high reliable operation by providing a low power consumption of 5mA at 15V.

The CNW11AV3SD optoisolator offers excellent performance, reliability, and cost effective solutions for electrical isolation in harsh or hazardous environments. It is an ideal solution for applications that require high isolation and high speed operation. In addition, the low power consumption of the device allows it to be used in a wide variety of applications.

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