CBC34813-M5C-TR1

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CBC34813-M5C-TR1 is a real time clock (RTC) device designed for Automotive and industrial engineering applications. This device operates on a low-voltage system and features a low-power design, making it an ideal choice for automotive and industrial applications which require a low-power operation. When used in combination with a microcontroller, this device provides an accurate time and date based on two quartz crystal oscillators.

The main application of this RTC device ranges from engineering applications that involve time synchronization, like time-stamping equipment, automotive and industrial engineering systems, and other devices which require a highly accurate time source. This clock/timing device can also be utilised in water management and air conditioning systems, in which the accurate time and date is needed for controlling the system\'s operation. Moreover, this device can be used to accurately measure and regulate temperatures within different engineering applications.

The CBC34813-M5C-TR1 shows a high level of accuracy and robustness that supports the automotive and industrial applications. Thanks to the two quartz crystal oscillators that are part of the design, this device can achieve an accuracy of ±10 seconds per day, making it an ideal choice for such applications. Also, the device features an auto-configuration functionality that provides a simple and automatic setup, which helps users to avoid possible configuration errors. The device can be programmed to support a range of features, such as Daylight Saving Time, leap years, and year-end adjustment.

The CBC34813-M5C-TR1 operates using two quartz crystal oscillators, the main oscillator and the auxiliary oscillator. The second oscillator allows the RTC device to clock at a higher speed, while the first oscillator controls and regulates the time-stamping accuracy. Both oscillators have different power requirements, which helps to improve the power efficiency of the device. The device also features a number of additional features like a watchdog timer to monitor issues that can cause device errors, an alarm feature to send alert signals, and an I2C or SPI interface to connect the device with an external microcontroller or computer.

The CBC34813-M5C-TR1 is a great choice for automotive and industrial engineering applications that need an accurate time source. This device is designed to operate at low power and provides a high level of accuracy, robustness, and flexibility required for such applications. The CBC34813-M5C-TR1 features a wide range of features and functions, making it an ideal choice for engineering applications which require a highly accurate and reliable clock.

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