SI8065AA-B-IU

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Digital Isolators have been used for a variety of applications, from medical systems to at-home monitoring and industrial automation. SI8065AA-B-IU is a two-channel digital isolator device that can be used in a variety of applications and , in particular, in data transmission between two separate circuits.

The SI8065AA-B-IU integrates two channels of signal and digital isolator consisting of a digital isolator IC, one power supply, and two galvanic isolation barriers providing electrical isolation of up to 5kV. The data rate can be up to 25 Mbps, with a noise tolerance of 1500V/μs. The input/output for the device is CMOS/TTL compatible and isolated communication between the two sides can be achieved with minimal degradation. The device can be used for isolated signals in industrial, automotive, and communication applications.

The SI8065AA-B-IU is a double-channel device with one channel acting as the input and the other as the output. The device works by sending a signal from the input side through the digital isolation barrier and then to the output side. This is made possible by the use of a high voltage DC-DC converter, which converts the incoming voltage to a higher or lower voltage to be used on the output side. By using an isolated conversion, the current from the input side is kept separated from the output side, providing true isolation.

The device also features a temperature range from -40 to +85 Deg Celcius and a maximum operating voltage of 24 Volts. The isolation capacitance is also very low, which ensures that the signals remain accurate and interference-free. Additionally, the device has an operating frequency range of up to 2.2 MHz, which is the highest of any similar product on the market.

The SI8065AA-B-IU is an excellent choice for applications where high isolation is required and signal integrity must be maintained. Its high data rate and noise tolerance make it a great choice for data transmission and other isolated signal applications. With its flexible input/output connections, the device can be easily used in industrial and automotive systems. Its low noise capacitance and wide temperature range make it ideal for applications where accuracy and stability are necessary.

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