6N135#020

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Optoisolators are electronic components that use photons to electrically isolate two separate circuits. The 6N135#020 is a particular optoisolator that uses a transistor with a photovoltaic output, which allows for better current transfer across its isolation barrier. The 6N135#020 is used in many different applications due to its high efficiency, low power consumption, and its ability to track fast-moving signals.

The 6N135#020 is typically used in isolation applications such as electrical power systems, medical and measuring equipment, communications systems, motor controls, and automotive systems. It provides a physical barrier between low voltage circuits and high voltage/high current systems in order to protect the lower level circuits from any potentially hazardous high voltage/high current operating conditions. This physical barrier prevents any internal current or voltage paths in the system that could lead to electrical shorts or equipment damage.

The 6N135#020 utilizes a photovoltaic output to provide enhanced current transfer across its isolation barrier. This photovoltaic output works in tandem with a dedicated phototransistor in order to detect signals from the low-level circuitry, convert them to a higher-level current, and then transmit this increased current across the isolation barrier. As long as the phototransistor and the photovoltaic output remain activated, the 6N135#020 can operate as both a switch and a current transfer device. This makes the 6N135#020 especially suited for applications that require high speed and accuracy.

In addition to its enhanced current transfer abilities, the 6N135#020 also features a number of protection mechanisms to protect the components from any unexpected high voltage/high current conditions. This includes high power clamping diodes, which detect and limit any potential current surges, and a wide range of transient suppressions, such as those caused by switching transients, to protect the component from any unexpected stresses. Additionally, the 6N135#020 is designed to operate in temperatures between -55°C and +150°C and is rated for operation up to 85% humidity.

In summary, the 6N135#020 is a transistor-based optoisolator, with photovoltaic output, that is designed for use in isolation applications. It combines its enhanced current transfer ability with a number of protection mechanisms in order to ensure the reliability of the device in all conditions. Its temperature and humidity ratings, as well as its wide range of transient suppressions, make it an ideal choice for a variety of applications. Because of this, the 6N135#020 is used in a multitude of areas, from medical and measuring equipment to automotive systems.

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