TIL113SM

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Optoisolators, or optically coupled isolators, are devices which use light to link two separate circuits that are completely isolated from each other. A transistor photovoltaic output optoisolator is a type of optoisolator that uses a light emitting diode (LED) and a photoconductor as components to transmit a signal between two independent circuits. The TIL113SM optoisolator, developed by Toshiba, falls into this category.

The TIL113SM optoisolator consists of a LED mounted on a 6 pin package. The LED is controlled by an integrated driver circuit and is used to direct light into a secondary device, a photoconductor, which is also mounted on the package. The photoconductor is typically in the shape of an inverted U and consists of a light-sensitive diode and an output transistor.

When the LED is turned on, light is directed into the photoconductor which is connected to the output transistor. This causes a small current to flow through the transistor, thereby activating the output. The amount of current depends on the amount of light received by the photoconductor. This current is then sent to an external circuit, providing the necessary electrical signal between the two otherwise isolated circuits.

The TIL113SM optoisolator provides a number of unique features and benefits. The integrated driver circuit used in the device improves the accuracy of the output current, maintains a consistent response even in varying light intensity levels, and eliminates the need for an external source for controlling the LED. It also features an insulated package which helps to protect against electrical shock and interference from outside sources. Finally, the device has a wide operating temperature range which makes it suitable for a wide range of applications.

The TIL113SM optoisolator is primarily used in industrial and automotive applications where a signal needs to be transmitted from one circuit to another without any direct electrical connection. One example is in switched mode power supplies (SMPS) where it can be used to provide an isolation barrier between the primary and secondary control circuits. Other applications include automotive body control systems and electronic motor controllers.

The TIL113SM optoisolator uses a transistor photovoltaic output to provide a reliable signal between two isolated circuits. It features a high accuracy driver circuit, an insulated package, and a wide operating temperature range, making it suitable for use in a multitude of industrial or automotive applications. Its unique features and benefits make it an attractive choice for signal transmission between isolated circuits.

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