H11A1SR2VM

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Optoisolators are electrical devices that provide electrical isolation between two circuits. They incorporate a light source, such as a light emitting diode (LED), and a detector, such as a photodetector, to transfer a signal from one circuit (the input circuit) to another (the output circuit). The signal is transferred with high isolation between the two circuits, providing the benefits of electrical noise immunity, electrical safety, and long-term reliability.The H11A1SR2VM is an optoisolator transistor photovoltaic output device that utilizes an LED to activate a phototransistor on the output side. The input side includes an LED that is driven by an input voltage. The output side contains a phototransistor which is activated by the LED on the input side. The LED on the input triggers the phototransistor on the output, which then amplifies and provides electrical output.The H11A1SR2VM provides exceptional optical isolation, shielding the input circuit from the output circuit, and vice versa. This ensures that high voltage or high current signals on one side of the device can’t affect the other side of the device, so circuit noise isn’t transferred. Additionally, the H11A1SR2VM is capable of providing very high levels of noise immunity.The H11A1SR2VM is designed for use in a wide variety of applications, from motor control to communications systems. Its wide operating range (2.5V to 18V) and its ability to handle high current loads (up to 1.0A) make it well suited for motor control, switching, and other power applications. Its high-speed switching and low-noise output make it well suited for communications systems, such as modems, faxes, and other data transmission equipment.The H11A1SR2VM is a reliable isolation device with exceptional performance, providing superior electrical isolation and noise immunity for all types of systems, from power to communication. Its wide operating range and ability to handle high current loads make it an excellent choice for motor control, switching, and other applications, while its low-noise output makes it well suited for communications systems.

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