CMX309FLC24.576M-UT Crystals, Oscillators, Resonators

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Oscillators are electronic components that consist of certain active elements which can generate and maintain repetitive signals on its output. CMX309FLC24.576M-UT is an oscillator that has many advantages, such as high accuracy and low power consumption. This article will discuss the application field and working principle of this oscillator.

CMX309FLC24.576M-UT Application Field

This oscillator is a four-pin frequency-locked-cluster (FLC) series. It is designed to be used in telecommunications and other professional audio applications. This oscillator features a continuous frequency adjustment range from 24.8kHz to 28.2kHz, with 0.2% frequency accuracy. It is ideal for industrial and communication applications that require high-linearity, low power consumption, and require accurate circuit performance.

It is also very suitable for applications that require low power supply current, such as mobile devices. It has an extremely low standby current, which is only 0.2 microamps. Moreover, it has a low jitter of 100 picoseconds, which is important for digital communication systems and digital circuits.

This oscillator is also very suitable for applications related to digital-to-analog conversion (DAC). Due to its low distortion, it can provide excellent D/A conversion, which will improve the performance and accuracy of audio and digital devices.

CMX309FLC24.576M-UT Working Principle

The CMX309FLC24.576M-UT oscillator is based on a four-pin frequency-locked-cluster (FLC) series of oscillators. It consists of a voltage-controlled crystal oscillator (VCXO) and a voltage-controlled resistive element. The VCXO generates a signal which is then fed to the voltage-controlled resistor. When the voltage changes, the resistance of the element changes, which in turn affects the frequency of the oscillator. This mechanism allows the oscillator to achieve a frequency range from 24.8kHz to 28.2kHz, with a 0.2% frequency accuracy.

One of the advantages of this oscillator is its high stability. It has an extremely low jitter of 100 picoseconds, which ensures a stable signal for digital communication systems and digital circuits. The oscillator also features a very low standby current, which is only 0.2 microamps. This makes it ideal for use in mobile applications, as it will not consume excessive power.

The CMX309FLC24.576M-UT is also a very cost-efficient solution for applications which require low power consumption and high accuracy. It is ideal for industrial applications, such as telecommunications, that require stable and consistent performance.

Conclusion

In conclusion, the CMX309FLC24.576M-UT oscillator is a four-pin frequency-locked-cluster (FLC) series of oscillators. It has an adjustable frequency range from 24.8kHz to 28.2kHz, with 0.2% frequency accuracy. It is suitable for mobile applications due to its extremely low standby current. It is also suitable for applications related to digital-to-analog and digital communication systems. It has a low jitter of 100 picoseconds, ensuring a stable signal. This makes it a cost-efficient solution for industrial and communication applications that require low power consumption and high accuracy.

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