6N136-000E

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Optoisolators are used to functionally isolate one part of a system from another, usually electrically, including logic, microprocessor, or ground potential isolation. The 6N136-000E optoisolator is a type of single-channel transistor photovoltaic output optoisolator with the same level of insulation as the six-pin version but in a three-pin package. It is an IC equipped with a photodetector and a current output transistor that allows one to control the output circuit with a simple light signal.

The 6N136-000E optoisolator uses an optical signal received from a light emitting diode (LED) to move the output transistor between a conducting and non-conducting state, and the majority of its components are made on an IC chip. This optoisolator is highly reliable with a maximum guaranteed lifetime of 18,500 hours and offers a low current of less than 1000 uA and sufficient open-collector output current of 100 mA. Its working voltage covers a wide range - from 2.4 V to 80 V, and maximum operating temperature range of 85°C.

The 6N136-000E optoisolator consists of a photo diode and a transistor output circuit. The photo diode acts as the photosenspient element, while the transistor output circuit is used to take the input voltage from the photo diode to the output voltage level. The output voltage increases when the photo diode receives light, and the output voltage is switched off when the light intensity decreases. The photo diode is connected to the collector of the output transistor which is connected to the output voltage.

The 6N136-000E optoisolator finds a plethora of popular applications in data communication systems, audio processing systems, motor controls and industrial monitoring and alarm systems. Its unique features and dependability of insulation enable its use in the most stringent applications. As an example, it can be used to isolate signal control and feedback circuits for noise immunity in an industrial process control system. In addition, the optoisolator can be used for isolating various devices, such as switching and control systems in a power distribution system.

The 6N136-000E optoisolator also finds application in automotive and instrumentation systems where voltage isolation and signal transfer can be accomplished with minimal current consumption. This optoisolator can also be used as an isolator to protect circuits from high voltages, as well as for protection against shorts and electrical noise. In addition, the optoisolator can be used for isolating controllers, or for updating signal levels, to prevent electrical interference.

In conclusion, the 6N136-000E optoisolator has been designed to provide superior electrical isolation and noise immunity. Its wide operating voltage range and high maximum operating temperature make it ideal for use in a variety of reliable signal transmission and isolation applications. It is an ideal solution for the most demanding applications in industrial, automotive and instrumentation systems.

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