EL1017-VG

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Optoisolator devices are engineered to protect equipment and systems from electrical noise and transients. They also provide galvanic isolation between input and output circuits that allows for bidirectional communication in either a digital or an analog form. The EL1017-VG is an optoisolator which combines a photovoltaic element with a wired-OR transistor output. It works in a variety of applications and offers a convenient and reliable way of isolating two circuits, whether they are related or not.

The photovoltaic element of the EL1017-VG is a 9.1 micron PIN diode that produces a current when light strikes it. This current is then used to activate the transistor output circuit. The current produced by the PIN diode is converted to a voltage through the use of a resistor, which sets the output voltage level. The voltage level is adjustable through the varying of the resistor value.

The EL1017-VG is designed for applications requiring voltage output and provides a reliable method of galvanic isolation between input and output circuits. It can be used to create an effective isolation barrier for digital data and signals in both short-range and long-range data transmission systems. Additionally, it can be used in combination with an LED to act as a charge-sink for use with higher voltage input signals. The EL1017-VG may also be used as a voltage regulator for distributed power systems by providing a constant voltage output.

The transistor output of the EL1017-VG is capable of providing high-voltage and high-current outputs, and it can also be used in low-power applications. The output of the transistor can be used as either an inverted logic signal or as a source driver in a variety of applications. The transistor output is also capable of switching quickly from 0 to 5 volts in response to changing light conditions, as well as providing protection from over-current or short-circuit conditions.

The EL1017-VG provides a convenient and reliable way of isolating two circuits. It consists of a photovoltaic cell, along with a wired-OR transistor output. The photovoltaic element produces a current when light strikes it, which is then used to activate the output transistor. The voltage level is adjustable by changing the resistor value, providing a versatility of output levels and protection from transients. The output transistor is capable of providing high-voltage and high-current outputs, and it can also be used for low-power applications. The EL1017-VG is an ideal choice for isolating circuits for data transmission systems, distributed power systems, and charge-sink applications.

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