SI8261BCC-C-IP

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The SI8261BCC-C-IP is a single-chip, high-performance isolator that is part of the Isolators - Gate Drivers line. It is designed to provide robust isolation between low-voltage logic circuits and high-voltage control systems. It is ideal for use in automotive, industrial, medical, and other applications that require isolation and precision control.

The SI8261BCC-C-IP includes two high-speed digital isolators, two high-speed digital channels, two high-speed analog channels, and a high-precision, low-power clock generator. The high-speed digital isolators provide high levels of isolation, while the high-speed analog channels allow for precision control of analog signals. The clock generator ensures accuracy in all operations.

The isolator incorporates a high-voltage protection circuit to ensure that only clean power is delivered to the underlying logic. This protection circuit enhances system reliability and peace of mind for the user. The SI8261BCC-C-IP also features a wide operating temperature range and a wide dynamic range of ±20V. The isolator can be configured for different logic levels, including TTL, positive ECL, negative ECL, PECL, and CMOS.

The SI8261BCC-C-IP has an on-chip voltage regulator that is tailored to power the underlying logic. This on-chip voltage regulator increases system efficiency by eliminating the need for an external regulator. Additionally, the voltage regulator has an operating range of 4.5V to 40V, making it suitable for use in a variety of applications.

The SI8261BCC-C-IP isolator utilizes opto-isolator technology to separate the signal and power lines of the connected logic devices. The opto-isolator technology allows for complete electrical isolation between the connected devices, ensuring that no current flows between them. This isolation eliminates ground loop problems and electro-magnetic interference caused by the signal and power lines.

The SI8261BCC-C-IP isolator also includes an on-chip temperature sensor that can monitor junction temperature. The temperature sensor helps maintain temperature levels in order to ensure proper operation of the isolator. Additionally, the isolator includes an open-box function, which allows the user to bypass the on-chip isolator and implement independent logic functions.

The SI8261BCC-C-IP isolator is designed for use in automotive, industrial, medical, and other applications. It is ideal for use in power sensor applications, motor control, and energy transfer applications. In automotive applications, the isolator can help reduce heat buildup in the engine, allowing for more stable engine performance. In industrial applications, the isolator provides a reliable connection between high-voltage manufacturing equipment and low-voltage logic devices.

In medical applications, the isolator ensures safety for patients and medical personnel by providing precise control of medical devices. In energy transfer applications, the isolator helps increase efficiency by providing a reliable connection between devices and by preventing short-circuits. The wide dynamic range and precision of the isolator make it a reliable option for many applications.

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