ACPL-K73L-060E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators are electrical safety devices that are designed to electrically isolate one circuit from another. The ACPL-K73L-060E is an optoisolator belonging to the Logic Output family. This particular part is usually used in low-speed logic applications where noise immunity and high speed are important. Let us look into the applications and working principle of this optoisolator.

The ACPL-K73L-060E is a 4-channel optoisolator with Schmitt-trigger inputs on each channel. It features low-capacitance outputs and low-saturation voltage output buffers. This, combined with its high switching speed, makes it ideal for use in low-speed digital applications. Examples include communications/data line protection, isolated instrumentation, and isolated power-supply control. The part is also designed for use in medical technology applications, where the need for high levels of noise immunity is paramount.

The working principle of the ACPL-K73L-060E is based on a standard optoisolator design. In this type of device, an LED is used to optically couple a signal from one side of an isolation barrier to the other. The ACPL-K73L-060E makes use of a high-efficiency infrared LED, which helps to ensure a low-loss signal transmission. On the input side, the signal is first conditioned by the Schmitt-trigger to eliminate any unwanted noise. The optoisolator then isolates the signal and sends it to the output side, where it is buffered and converted into a logic-level signal.

In summary, the ACPL-K73L-060E is a logic output optoisolator designed for use in applications where noise immunity and speed are important. It features an infrared LED, Schmitt-trigger inputs, and low-saturation voltage outputs, making it suitable for use in low-speed digital applications such as communications/data line protection and isolated power-supply control. Additionally, it is designed for use in medical technology applications, providing high levels of noise immunity.

The specific data is subject to PDF, and the above content is for reference