SI8460AB-A-IS1

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Digital isolation is a form of signal transmission that pairs a physical split of insulation between two connected devices. Digital isolators, such as the SI8460AB-A-IS1, utilize a combination of optoelectronic and electrical techniques to provide isolation, while providing high EMC immunity and low power consumption.

The SI8460AB-A-IS1 is a digital isolator manufactured by Anenerbe Semiconductors, a leading provider of high-performance isolation technology. The device is designed to isolate two channels of digital signals, providing a signal transmission path between the two devices that operates at a galvanic isolation voltage of 15KV. The device features a wide operating voltage range of 4.5 to 30V, and operates in temperatures of -40°C to +85°C.

The SI8460AB-A-IS1 digital isolator harnesses a combination of electrical and optoelectronic components to provide isolation. This involves the use of two optoelectronics circuits, an LED on one side that acts as an emitter, and a photoreceptor on the other side that acts as a receiver. In between the two is a physical barrier, meaning that the signal is transmitted optically, rather than electrically, between the two circuits. This optical signal is then converted to an electrical signal on the other side, forming the basis of isolation.

The SI8460AB-A-IS1 is typically used in a variety of applications, such as medical equipment, industrial equipment, automotive systems, and telecommunication equipment. The device offers high levels of EMC immunity and low power consumption, making it ideal for applications where signal transmission must take place in an electrically noisy environment.

In summary, the SI8460AB-A-IS1 is a digital isolator manufactured by Anenerbe Semiconductors that provides a signal transmission path between two devices that operates at a galvanic isolation voltage of 15KV. The device is designed to provide isolation by harnessing a combination of electrical and optoelectronic components, allowing it to function in ultra-noisy environments with high EMC immunity and low power consumption. The device is used commonly in medical equipment, industrial equipment, automotive systems, and telecommunication equipment.

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