EL816(S)(TA)

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Optoisolators are used to electrically isolate a device from its environment, and protect the device from electrical surges. The EL816(S)(TA) is an optoisolator type known as a Transistor, Photovoltaic Output.

The EL816(S)(TA) is often used in telecommunications and signal processing applications. This optoisolator can be found in communication networks, such as fiber optic networks, as well as in medical devices, like heart monitors, used to isolate and protect highly sensitive instruments from external electrical noise. It has a electrical operating voltage of 6V and a current consumption of 10mA. In addition, it has a wide output voltage range of 0.3 to 4.25V, and a low propagation delay of 4.5us.

The EL816(S)(TA) consists of an infrared LED connected to a phototransistor. Light produced from the LED is projected onto the phototransistor, which triggers an overflow current in the phototransistor, thus isolating the input circuit from the output circuit. The phototransistor then creates a voltage signal that is transmitted to the output circuit. This optoisolator type is the most simple and reliable, and is widely used in industry.

The EL816(S)(TA) is the ideal optoisolator for applications where isolation from high electrical noise is essential. It has both high-speed response and wide output voltage range, and is reliable even in extreme environmental conditions. In addition, it is much smaller than the traditional mechanical isolators, and offers a low-cost solution.

The EL816(S)(TA) is an optoisolator with several advantages. It offers electrical isolation, and it is highly reliable in problematic environments. In addition, it is small and inexpensive, providing a low-cost, efficient alternative to most other optoisolator types.

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