TD62083AFNG,N

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The TD62083AFNG,N is an optocoupler with a high operational speed and a wide input voltage range. It is widely used for providing electrical isolation between a low-voltage circuit and a high-voltage or sensitive circuit. It is a handy tool for protecting low voltage microcontrollers from overvoltage or from damage from other circuit components.

The TD62083AFNG,N is an optocoupler with an integrated N channel enhancement MOSFET that is bidirectional and designed to drive loads up to 100mA. It is a uni-directional optocoupler consisting of a GaAs infrared LED, an optically coupled N channel enhancement MOSFET and an integrated frequency-compensated output driver. The device has a wide 6.5V to 30V input voltage range and can operate at speeds up to 100kHz. On-chip faults protection is provided by the current limit function.

The optocoupler TD62083AFNG,N allow for an isolated voltage and separate ground regions, eliminating the direct connection between two different power domains and thus helping to reduce potential ground or power interference. The device also allows for galvanic isolation of the electrical signals, thus increasing the noise immunity of the system.

The optocoupler works by using a light-emitting diode (LED) as the input device and a phototransistor as the output device. The LED produces a light beam in response to an electrical current applied to it. When this light beam strikes the phototransistor, it switches the output to the appropriate state. The optocoupler provides electrical isolation between input and output and allows the output to be controlled with a low-voltage input.

The TD62083AFNG,N optocoupler is widely used in applications where electrical isolation is required, such as AC/DC converters, light dimmer controllers, motor drives, home appliances, automotive inverters, and medical equipment. It is also useful in applications where high frequency noise must be eliminated, like power supply switching systems and ground loop suppression.

The device can be used to help protect the system from transient overvoltage or from damage from other circuit components. It is also very useful for protecting low voltage microcontrollers from overvoltage or from damage from other circuit components. The wide input voltage range and fast operational speed make the TD62083AFNG,N a great choice for many different applications in the interface-drivers, receivers, and transceivers fields.

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