EL816(S1)(B)(TB)-V

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The EL816(S1)(B)(TB)-V is a type of optoisolator, or optocoupler, from Vishay Semiconductor. This optoisolator is classified as a Transistor, Photovoltaic Output type, and it is used to provide electrical isolation between two circuits. These optoisolators are commonly used in applications such as motor controllers, instrumentation, and security systems.

The EL816(S1)(B)(TB)-V optoisolator’s main component is a light-sensitive semiconductor device, which makes it function as an electrical insulator between two circuits. It is a bidirectional device, meaning that it can both transmit and receive electrical signals. There is also an LED light source, which can be powered by up to 5 Volts. This LED light source emits light pulses in response to electrical signals, which in turn are detected by the semiconductor device.

The EL816(S1)(B)(TB)-V optoisolator’s photovoltaic output enables it to control a variety of electrical applications, as well as providing galvanic isolation between the input and output devices. This optoisolator’s photovoltaic output can be used to switch on/off motors, control voltage regulators, or sense the presence of voltage. It has a maximum working voltage of 30 Volts, and a maximum current of 500 mA. This optoisolator is also highly reliable, with a 3-sigma operating temperature range of -55 °C to +125 °C.

In addition to its photovoltaic output, the EL816(S1)(B)(TB)-V also features a DC current input pin. This DC current input pin is used to provide a reference voltage which is then converted into the required optical output signal. By using this DC current input, the EL816 can control a variety of electrical applications and provide the necessary electrical isolation between circuits.

The EL816(S1)(B)(TB)-V optoisolator is extremely versatile and useful in many electrical applications where galvanic isolation is necessary. Its light-sensitive semiconductor device enables it to switch between input and output signals, providing the required isolation between two circuits. Additionally, its DC current input allows it to control a variety of applications and sense the presence of a voltage signal, making it a valuable component in motor controllers, instrumentation systems, and security systems.

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