FOD8163T

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Optoisolators are used for electrical isolation between two circuits. They are essential components in areas where extremely high voltages and current need to be handled, as their main purpose is to protect the circuit from potentially hazardous inputs. One of the most commonly used types is the FOD8163T optoisolator, which offers logic-level output isolation.

In terms of application fields of FOD8163T, it is typically used for switching and control functions. It is designed to be compact, yet offer high-speed switching with excellent isolation between the input and output channels. This makes it perfect for use in environments with high RF levels, as it is able to retain performance in high electromagnetic fields thanks to secure isolation between input and output. Furthermore, it also works well in a wide range of temperatures, meaning it can be used in both low and high temperatures without losing performance.

The working principle of FOD8163T is quite simple. It contains a light emitting diode and a phototransistor, which are connected together and separated by an insulation material. The light emitted from the diode is isolated from the rest of the circuit by the insulation material and is received on the other side by the phototransistor. Consequently, the phototransistor’s output is determined by the intensity of the light emitted from the diode. This is how the FOD8163T optoisolator provides logic-level output isolation between the input and output channels.

The FOD8163T optoisolator is an ideal option for applications requiring secure isolation between input and output channels. It is a reliable device that is able to work in a wide range of temperatures and also in electromagnetic fields. Furthermore, its simple yet effective working principle makes it easy to use for switching and control purposes. This makes it an ideal choice for those who need perfect logic-level output isolation.

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