MAX14932CASE+

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

Digital isolators are used in electrical and electronic systems to segregate two sections of the system and allow data or power to get transferred between them. They are based on microprocessors, optics, capacitive coupling, radio frequency, or other techniques. One such type of digital isolator is the MAX14932CASE+.

The MAX14932CASE+ is an innovative integrated digital isolator that has been developed for use in high-voltage applications, enabling high-speed analog and logic signals transfer across an isolation barrier. It features a robust 3.75 kV isolation rating, and its highly integrated packaging reduces board space by more than 50%. This isolator is suitable for industrial systems and is ideal for applications where space and robust isolation are needed.

The MAX14932CASE+ is based on capacitive isolation technology and provides signal and data isolation of up to 150 Mbps. It works by transferring the high-voltage signal or data to a lower voltage across a capacitor and then providing a completely isolated output, which can then be safely transferred across the isolation barrier. This isolator also provides protection against system noise and electromagnetic interference (EMI) which can affect data integrity and accuracy.

The application fields of MAX14932CASE+ can be extremely varied as it is a high-speed, robust, and powerful digital isolator. Some common applications include medical, industrial, and automotive systems, where the isolator can be used to protect systems from high-voltage, EMI, and radio frequency interference. It is also useful in power supplies and power control systems where it can provide robust isolation between the input and output. It can also be used in industrial networks for secure communication and in medical systems for patient monitoring.

In summary, the MAX14932CASE+ is an innovative and powerful digital isolator that provides reliable signal and data transfer across an isolation barrier. It is highly suitable for industrial systems, as well as medical and automotive applications, due to its robust isolation features and small packaging. The working principle of this isolator is based on capacitive insulation technology, whereby high-voltage signals or data are transferred to lower voltages across a capacitor before being safely transferred to the output.

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