DS1340U-3+T&R

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The DS1340U-3+T&R module is a precision, Real Time Clock that combines both time-keeping and battery backup functions in a highly reliable and low-power system. This device is ideal for any application where precision timing information is required, and its capabilities include a battery backup function that allows precision time to be maintained even in the event of a power failure. The device is capable of accurately keeping time to a resolution of 1 seconds, and can be programmed to provide an accurate and reliable reference clock signal to micro-controller or other digital systems. It is a complete, single-chip timing solution, and is available in a variety of package sizes and pin configurations.

The DS1340U-3+T&R uses a specialized oscillator circuit designed to maintain a precise crystal oscillator frequency, and its time-keeping accuracy can be adjusted by changing the external crystal oscillator frequency. The device also includes an integrated battery-backup function that keeps the clock accurate even during power failures. The battery-backup function is designed to maintain clock accuracy for up to 10 years, and can be recharged by the device\'s on-board power management circuit.

The DS1340U-3+T&R is designed for use in various clock-controlled applications, and can be used to provide a central timing reference in applications such as digital control systems, embedded micro-controllers, and computer systems. It is also ideal for any application where the reliability of a precise timing reference is required, such as in real-time event processing. Additionally, the device can be easily integrated into a range of digital systems and micro-controller platforms, as it is compatible with a variety of interfaces, including I2C, SPI and UART.

The DS1340U-3+T&R provides a complete timing solution in a single package, and offers a range of features and benefits that make it an ideal choice for a variety of clock-controlled applications. Its wide range of timekeeping resolutions, battery-backup functions, and ease of integration make it an ideal choice for most timing-critical applications. Furthermore, its low power consumption and high level of reliability make it an excellent option for applications where precise and accurate reference timing is required.

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