H11G2SVM

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H11G2SVM optoisolators are a class of opto-electronic components that use light-emitting diodes (LEDs) to provide galvanic isolation. This isolation can be used to break ground loops and protect sensitive electronics from voltage spikes and other undesirable electrical activity. H11G2SVM optoisolators are sometimes referred to as “triple output” optoisolators because they provide three different types of electrical isolation, including transistor output, photovoltaic output, and direct drive output.

A transistor output H11G2SVM optoisolator provides a single-ended output that can be used to drive a transistor. It typically contains an LED or light-emitting photo diode (LPD) and a transistor output stage connected to a molded plastic package. Depending on the specific model, the optoisolator may include a built-in voltage regulator to keep the output voltage of the transistor at a consistent level. The electrical isolation provided by the H11G2SVM allows the output of the transistor to be connected directly to a power supply without the risk of creating a short circuit or damaging other components.

Photovoltaic output H11G2SVM optoisolators are three-terminal devices that contain both a photodetector and a voltage regulator. The optoisolator’s photodetector captures light energy from an LED and converts it into a current output. This current output is then regulated by the built-in voltage regulator, providing a steady direct current (DC) output. Photovoltaic output optoisolators are typically used to drive digital circuits or to control devices such as motors or solenoids.

Direct drive output H11G2SVM optoisolators provide a direct current (DC) output that can be used to directly drive opto-electronic components such as LEDs or LCDs. This type of optoisolator typically contains a phototransistor instead of an LPD, allowing it to directly control other opto-electronic components. The output of the optoisolator can be adjusted by changing the resistance value in the optoisolator’s external circuit, allowing it to be used to control a wide variety of opto-electronic components.

H11G2SVM optoisolators provide a reliable and economical way to provide electrical isolation between two points. By providing multiple outputs, they can be used for a wide range of opto-electronic applications. Their small size and low power consumption make them ideal for use in embedded systems, where space and power consumption are at a premium.

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