X1288V14Z-2.7T1

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What is X1288V14Z-2.7T1?

The X1288V14Z-2.7T1 is a low-power clock/timing real-time clock module designed for use in a variety of applications. The module is designed to provide an accurate and reliable time source, especially for embedded systems and critical systems that require strict timing. The X1288V14Z-2.7T1’s advanced design ensures that it the ideal choice for demanding applications that require both low power consumption and accuracy.

Applications:

The X1288V14Z-2.7T1 is ideal for applications such as embedded system timing, RTOS (real-time operating systems) timing, and critical system timing. The component can also be used in messaging and network applications. The module’s high-precision timekeeping makes it a great choice for systems that require accurate timekeeping. Additionally, the component is versatile and can be easily adapted for use in a variety of applications such as data logging, communication interface timing, etc.

Working Principle:

The X1288V14Z-2.7T1 uses a quartz oscillator to maintain a highly accurate time clock and real-time clock (RTC). The component is designed with a precision oscillator that is powered by a low-voltage CMOS battery. The component utilizes a fractional frequency synthesizer in order to maintain a highly accurate and reliable source of time. The component also has the ability to allow access to the component’s memory over the I2C bus, allowing for remote access and control of the component. Additionally, the component has a built-in alert function that can be triggered by external events, and is used in applications such as emergency alarms, etc.

The X1288V14Z-2.7T1 utilizes a digital frequency synthesizer designed to sample both the internal quartz oscillator, as well as a dedicated digital reference clock. The frequency synthesizer also performs loop-filtering in order to reduce noise and jitter. Additionally, the frequency synthesizer has an adjustable frequency and offers different levels of accuracy and flexibility. The frequency synthesizer can also be upgraded or replaced if necessary.

The X1288V14Z-2.7T1 also has an integrated temperature sensor designed to provide an accurate and reliable reading of the module’s temperature. The temperature sensor is used to adjust the clock source frequency, which helps to ensure accuracy. Additionally, the temperature sensor can be programmed to trigger an alert when the temperature exceeds a certain threshold. This feature is useful for applications that require tight temperature control.

Conclusion:

The X1288V14Z-2.7T1 is a low-power clock/timing real-time clock module designed for use in a variety of applications. Its advanced design ensures that it is the ideal choice for demanding applications that require both low power consumption and accuracy. The component utilizes a quartz oscillator and frequency synthesizer to maintain a highly accurate and reliable source of time. Additionally, the module is capable of allowing remote access to its memory via the I2C bus and has an integrated temperature sensor. The X1288V14Z-2.7T1 is an ideal choice for applications that require strict timing and accuracy.

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