SFH6136-X019

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Optoisolators are used to keep electrical signals from interfering due to neighboring electrical components. One of the most commonly used opto-isolators is the SFH6136-X019, a transistor-photovoltaic output opto-isolator. This type of opto-isolator has an emitter and control base region, as well as a photovoltaic cell, on its substrate. The SFH6136-X019 opto-isolator works based on a photovoltaic effect, which is the improvement of an electrical current caused by exposure to light. In the case of the SFH6136-X019, it is triggered by signal voltage from the emitter which acts upon its control base, and the signal is converted to light which gains the photovoltaic effect from the photovoltaic cell. This opto-isolator is ideal for applications where noise cancellation and/or information protection is important, such as in automotive, modem, power control, computer, and medical systems. It can also be used to provide transient protection from power surges in appliances. The SFH6136-X019 offers insulation between the input and output paths, and features very low propagation delay and fast response time. The opto-isolator\'s control characteristics are planar diffused, which allows for high levels of precision and accuracy. The features and functions of this type of opto-isolator result in reliable performance and safety. Additionally, this opto-isolator has an integrated photovoltaic effect which makes it low-power, maintaining a high level of efficiency in energy conservation. Overall, the SFH6136-X019 is an excellent choice for applications that require the ideal mix of insulation, speed, and accuracy. With its integrated photovoltaic effect, it is able to offer great insulation and accuracy while consuming minimal power. Its reliability and durability have also made it a sought-after opto-isolator for a wide range of applications.

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