6N136SDV

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Optoisolators are designed to provide electrical isolation between two different circuits, while allowing signals to still be transmitted. This ensures that any noise from one circuit does not interfere with the other. The 6N136SDV is a transistor-photovoltaic output optoisolator, which is commonly used when precise control of signals is needed for industrial electronics applications.

An optoisolator typically consists of an LED (Light Emitting Diode) on one side that is then connected to a phototransistor on the other side. The 6N136SDV in particular consists of an IR LED powered by operating voltage and I_f current, and a phototransistor with a collector-emitter saturation voltage V_ce(sat).

The working principle of an optoisolator is that the LED transmits signals as light that is emitted towards the phototransistor. This light activates the phototransistor, which in turn acts as a switch that controls other electronics circuits or devices. In the case of the 6N136SDV, the IR LEDs are powered by a 5V to 12V voltage range, and up to 15 mA tapping current that supplies a DC voltage to control the signal intensity. The phototransistor switches the current with a Binary Voltage Output (BVO). It also is designed to reject any interference signals from other sources.

The 6N136SDV is ideal for applications involving low current and low speed switching, such as motor control, instrumentation, sensors, power switches, electrical controllers, closed loop switching, amplifier protection, logic port isolation, and industrial controls. These optoisolators are also used to improve the accuracy and reliability of electronic signals, reduce the overall power consumption and improve safety in electrically noisy environments.

One of the main advantages of using an optoisolator such as the 6N136SDV is that it can provide reliable electrical isolation between two different circuits, with a low power consumption. Compared to other optoisolators, it is also much more reliable, requires less power, and provides better protection against electrical noise. Additionally, it is also easier to use and requires less time to set up the connections.

Overall, the 6N136SDV is an efficient and reliable optoisolator that is ideal for applications requiring precise control of signals. It is designed to provide reliable electrical isolation between different circuits while ensuring that noise from one circuit does not interfere with the other. With its low power consumption, accurate signal transmission, and ability to reject interference signals, the 6N136SDV is an excellent solution for applications and devices in industrial control systems.

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