SI8716BC-A-ISR

Digital isolators have been developed as a way to protect systems from inadvertent damage or malfunction due to common-mode and/or transient voltage events. The SI8716BC-A-ISR Digital Isolator is an ideal solution for these situations, as it offers superior protection from both common-mode and transient events. In addition to this, the isolator offers a wide temperature range and is able to withstand temperatures as low as -40C for long periods.The SI8716BC-A-ISR Digital Isolator is an optically isolated, bidirectional isolator, providing a high level of accuracy in the protection of digital systems. It is designed to protect against electromagnetic interference (EMI) as well as transient voltage events. The isolation barrier is created by the isolation circuit which separates the input and output of the device, meaning any transient voltage events are not transferred between the two different circuits.The SI8716BC-A-ISR Digital Isolator offers a number of features to protect digital systems from potential damage or malfunction. The isolation barrier is created with an opto-isolator and the input and output are electrically isolated by up to 15kV/s transient suppression. The device also features over-temperature protection, which helps protect against overload and short-circuit conditions, and current limiting protection to help protect against overcurrent conditions.In terms of applications, the SI8716BC-A-ISR Digital Isolator can be used in a wide variety of digital systems, including industrial applications, aerospace systems, automotive systems, and communications systems. It can provide isolation for both digital and analog signals, allowing for increased system reliability. The opto-isolator is also suitable for high frequency digital signals, making it suitable for applications such as USB and Ethernet data transfer.Overall, the SI8716BC-A-ISR Digital Isolator offers high levels of reliability and accuracy to protect digital systems from potential damage or malfunction due to electromagnetic interference or transient voltage events. It is a highly reliable device which is suited to a wide range of applications and is capable of handling high-frequency applications. The device is also able to withstand temperatures as low as -40C for long periods, making it an ideal solution for industrial, aerospace, automotive, and telecoms systems.