MCP79412T-I/MNY

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MCP79412T-I/MN is a versatile, low power, real-time clock with versatile features that is widely used in embedded systems. It provides a highly accurate timebase with a maximum frequency of 32.768kHz. This feature makes it ideal for applications that require a low-power timebase.

The MCP79412T-I/MN has a wide range of applications, mainly in embedded systems. It can be used to provide a time-of-day clock and other time-based functions such as setting alarms for wake-up or system operations. It can also be used in industrial applications such as counting, timing, and data logging. The device also provides an extremely low-power mode, making it ideal for battery-operated systems.

The MCP79412T-I/MN is based on a two-wire serial interface that simplifies communication with embedded systems. The device is powered by a 5V or 3V supply, and can be controlled either by a microcontroller or an external switching power supply. In addition, it is capable of providing interrupt signals for specific events like a time-of-day update.

The MCP79412T-I/MN device is a low-power real-time clock that offers a great level of accuracy and low power consumption. It is suitable for battery-powered systems where intermittent system operations are required, as well as for general-purpose time and data logging applications.

The MCP79412T-I/MN works by taking a reference clock signal of 32.768kHz, generated by an external quartz crystal, and counting the number of cycles passed in a given period. This reference signal enables the device to accurately measure the passage of time and provides the basis for its timing operations.

The MCP79412T-I/MN is a low-cost, low power, flexible real-time clock that is suitable for a variety of timing applications. It is designed to be easy to integrate and program, making it an ideal solution for embedded designs.

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