AX7DCF1-266.6667C

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Oscillators are devices which generate repetitive electronic signals of specific frequencies. The AX7DCF1-266.6667C is a type of oscillator which is incorporated in a Dual Frequency Oscillator (DFO) system for generating low-skew clock signals. It has a small form factor and is designed for use in space-constrained applications requiring applications requiring cost-effective and reliable operation.

Application Field of AX7DCF1-266.6667C Oscillator

The AX7DCF1-266.6667C is designed for applications requiring a precise and stable clock output over a wide range of temperatures and voltages. It offers a cost-effective solution for generating low-skew clock signals in a wide range of applications, such as communications systems, signal processing, industrial automation and embedded devices, etc. Applications requiring low-skew clock signals of multiple frequencies from a single crystal oscillator may also benefit from its small form factor.

Working Principle of AX7DCF1-266.6667C Oscillator

The AX7DCF1-266.6667C is a high precision quartz crystal oscillator which utilizes the principle of bimetallic resonance in its operation. It is a discrete component which consists of a quartz crystal and two bimetallic elements. The quartz crystal is a component which vibrates at a specific frequency in response to the thermal force applied to it. The frequency of the oscillator is determined by the cut and the size of the quartz crystal and is controlled by the crystal\'s temperature coefficient. The bimetallic elements act as thermal sensors by interacting with the temperature of the environment, thus ensuring a more stable and predictable output.

The main advantage of the AX7DCF1-266.6667C is that it offers an even greater stability over temperature variations than conventional crystal oscillators. It also has a wider range of operation and is suitable for use in a broad range of applications requiring precise and reliable clock signals. With its small form-factor and reliable performance, the AX7DCF1-266.6667C has become a widely used oscillator for various applications.

Conclusion

The AX7DCF1-266.6667C is an oscillator designed for space-constrained applications requiring cost-effective and reliable operation. It utilizes the principle of bimetallic resonance for generating low-skew clock signals of multiple frequencies in a wide range of temperatures and voltages. The oscillator offers an even greater stability over temperature variations than conventional crystal oscillators and is suitable for a broad range of applications.

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