MXO45T-2C-64M0000

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Oscillators are useful devices in a variety of applications, including frequency-control, signal generation and synchronization. The MXO45T-2C-64M0000 is a high-performance, ultra-low power mixed-signal oscillator specifically designed for distributed real-time clock applications. This article will discuss the application field and working principle of the MXO45T-2C-64M0000 oscillator.

The MXO45T-2C-64M0000 oscillator is well-suited for remote real-time clock applications. Its ultra-low power consumption, wide input voltage range and robust design make it an excellent solution for distributed wireless systems that require high levels of synchronization. The oscillator is available in both SMD and through-hole packages and is designed to meet strict quality requirements and provide superior performance.

The MXO45T-2C-64M0000 oscillator is available in a variety of frequencies ranging from 1MHz to 16MHz and offers excellent jitter performance. The oscillator is also designed with a unique “reset-on-fail” feature that ensures an accurate clock signal even during system power-down and system recovery conditions. This makes the oscillator ideal for critical applications in which failure to maintain an accurate clock signal could result in system failure. The oscillator also offers a low-output impedance and a low offset from its true frequency setting.

The working principle of the MXO45T-2C-64M0000 oscillator is based on the phenomena of electrical hysteresis. Hysteresis is the difference between input current and output voltage of an electrical device due to a non-linear element, such as a transistor. In this case, the hysteresis loop is formed from a quartz crystal, which acts as an “integrator” to determine the output frequency, and a transistor, which provides feedback from the output to the input. This feedback ensures that the quartz crystal is held at a very constant frequency. The feedback from the transistor is then amplified further until a frequency is reached that is suitable for the clock application.

In addition, the MXO45T-2C-64M0000 oscillator also employs an automatic frequency adjustment (AFS) feature to minimize frequency discrepancies over time. This feature allows the oscillator to adjust its own frequency to compensate for temperature and voltage changes, ensuring that it always maintains an accurate clock signal. This mechanism eliminates the need for manual frequency adjustment and makes it ideal for critical applications such as distributed wireless systems.

To sum up, the MXO45T-2C-64M0000 oscillator is an ideal solution for distributed wireless systems that require high levels of synchronization. Its low power consumption, wide input voltage range and robust design make it suitable for critical applications where failure to maintain an accurate clock signal could result in system failure. The oscillator also offers excellent jitter performance and an automatic frequency adjustment feature to minimize frequency discrepancies over time. Lastly, its working principle is based on the phenomena of electrical hysteresis and utilizes a quartz crystal and transistor to generate a stable and accurate clock signal.

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