VOM617A-3T Isolators

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The VOM617A-3T transoptor is a high-performance optoisolator that utilizes a powerful output transistor and a photovoltaic cell to provide isolation between two sections of electronics. Used extensively in the industrial and telecommunications industries, this convenient and versatile device provides superior performance in a variety of applications.

Description

The VOM617A-3T optoisolator consists of a LED and photovoltaic cell contained within a single housing. The LED emits light when a current passes through it, causing a voltage to be developed across the photovoltaic cell. This voltage can then be used to drive an output transistor, which is typically used to switch or control a circuit. The device offers superior isolation between the two sections of electronics, providing excellent performance in a variety of applications.

Applications

The VOM617A-3T optoisolator is used in multiple applications, including in industrial and telecommunications industries. The device has been used to provide an isolation barrier between signals in a variety of equipment, such as in switching power sources, data transmission systems, industrial control units, and alarm systems. The device also offers excellent performance when used in medical equipment, as it has the ability to provide robust isolation.

Features

The VOM617A-3T optoisolator features a number of key advantages. In terms of packaging, the device comes in a small plastic housing, making it ideal for space-constrained designs. The device also offers superior performance and reliability, with a built-in LED and photovoltaic cell that provide an isolation barrier between the two sections of electronics. Additionally, the device is able to operate at extremely high speeds, making it ideal for applications that require fast switching.

Working Principle

The VOM617A-3T optoisolator works through a process of electronic isolation. Applying a voltage to the LED causes it to emit light, which then passes through the photovoltaic cell. As this light shines through the cell, a voltage is developed across it, which can then be used to drive an output transistor. The output transistor, in turn, can be used to control a circuit or switch it on and off. As the entire process is completed without any direct electrical connection, the two sections of electronics are completely isolated, providing superior performance.

Conclusion

The VOM617A-3T optoisolator is a high-performance device that can be used in a variety of industries. Utilizing a powerful LED and photovoltaic cell combination, the device is able to provide efficient and reliable isolation between two sections of electronics. The device also offers superior performance, as it can operate at extremely high speeds. Equipped with a range of features, the VOM617A-3T optoisolator is an ideal for applications in industrial and telecommunications markets, as well as in medical equipment.

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