6N136SV

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Optoisolators, also known as opto-couplers, are used to isolate two circuits electrically while providing galvanic isolation. Specifically, the 6N136SV is an optoisolator in the form of a transistor photovoltaic output. This type of optoisolator isolates the input from the output by optically coupling the two circuits. This is essential for preventing interference from one side of the circuit to the other.

The 6N136SV utilizes a fully molded package and is designed to be compatible with various integrated circuit applications. It is a two-terminal device with an LED emitter on one side and an NPN silicon photovoltaic output transistor on the other.

The LED emitter is formed by two daisy-chained LEDs that are connected in series and enclosed in a single molded package. The LEDs are made up of transparent gallium arsenide and are able to efficiently transmit light in a broad range of frequencies from infrared to visible wavelengths. This is important because the light emitted by the LED has to match the output of the photovoltaic detector on the other side of the opto-isolator.

The silicon photovoltaic detector on the other side of the optoisolator is an NPN bipolar transistor. It is able to detect the light emitted by the LED on the opposite side and convert it to electrical output through the use of the photovoltaic effect. This effect occurs when photons strike a semiconductor material and generate electricity.

The 6N136SV optoisolator provides an isolation voltage of 5000 volts and a maximum collector-emitter voltage of 40 volts. This isolator is designed to be used in applications such as optical control circuits, monitoring systems, communication systems, and convertors. It is also used in data processing, power supplies, audio systems, and security systems.

The two circuits, input and output, are disconnected from each other, which eliminates any possible interference. The LED emitter side of the optoisolator transmits the signal and the photovoltaic detector on the other side converts it into an electrical output. The signal is not directly transferred between the two circuits, but instead is optically coupled by the LED and the NPN silicon photovoltaic detector.

The 6N136SV optoisolator is a robust device that is designed to withstand extreme environments and provide reliable performance. It is specifically designed to be used in signal transmission between two circuits while providing electrical isolation. This optoisolator is a reliable and robust solution for applications such as optical control circuits, monitoring systems, communication systems, convertors, data processing, power supplies, audio systems, and security systems.

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