VOW136-X017T Isolators

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Optoisolators are unique in that they can provide electrical isolation between two circuits without generating any acoustic noise. They achieve this through the use of a photo-sensitive component, typically a photodiode or a phototransistor, which is sensitive to a specific range of optical radiation. Electrical isolation is required in a variety of circuits, ranging from high voltage electrical systems to analog systems for noise reduction. The VOW136-X017T optoisolator is one such device, and its application field and working principle are outlined in this article.

Application Field of VOW136-X017T Optoisolator

The VOW136-X017T optoisolator is designed for applications that require very high electrical isolation. It integrates an infrared-emitting diode and a matching phototransistor output stage into a single package, and utilizes the photo-sensitive nature of the diode to provide a high degree of electrical isolation between two circuits. The device is commonly used in applications where the input signal needs to be transmitted across an electrical barrier without compromising the signal integrity. Common applications of the VOW136-X017T optoisolator include motor control systems, solenoid control circuits, and analog systems. The device is particularly useful in systems that require low voltage operation, as well as in circuits that must be isolated from electromagnetic interference.

Working Principle of VOW136-X017T Optoisolator

The working principle of the VOW136-X017T optoisolator is based on the ability of an infrared-emitting diode to transmit its signal through an optical barrier. When an electrical signal is applied to the input of the device, the diode creates a continuous stream of infrared radiation that is directed towards the phototransistor output stage. The phototransistor then converts this radiation into a corresponding electrical signal which is transmitted across the output of the device. This ensures the electrical isolation of the two circuits, while still allowing the signal to be transmitted with little or no noise.

The VOW136-X017T optoisolator also has a significant advantage over standard electrical isolation methods, such as transformers. Unlike transformers, the optoisolator does not generate any acoustic noise, which makes it an ideal solution for applications in which noise is not desirable. In addition, the optoisolator is highly compact and efficient, and requires very little power compared to traditional electrical isolation solutions.

Conclusion

The VOW136-X017T optoisolator is a unique and highly efficient device that provides electrical isolation between two circuits. Its application field is extensive, and it is often used in motor control systems, solenoid control circuits, and analog systems. The device works by utilizing the photo-sensitive nature of an infrared-emitting diode to transmit a signal across an electrical barrier without compromising the signal integrity. The device is highly reliable and does not generate any acoustic noise, which makes it an ideal choice for a variety of applications.

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