AX7DCF1-61.4400T

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Oscillators are devices that generate periodic oscillatory signals. They are widely used in electronic systems covering many application areas, such as communications, robotics, process control and medical imaging. In this article, we will discuss the AX7DCF1-61.4400T oscillator and its application fields and working principle.

AX7DCF1-61.4400T: Overview

The AX7DCF1-61.4400T crystal oscillator is a highly stable oscillator device. It is a small, low power consumption device that can generate the highly stable and accurate clock signals. It delivers reliable timing performance over a wide range of operating temperatures and input voltages. The device operates from an input voltage range of 2.2 volts to 5.5 volts and is available in a package size of 9 x 7mm. It is a low power consumption device with standby current of only 500uA.

Application Fields

The AX7DCF1-61.4400T oscillator is widely used in various application fields. It is suitable for use in communications systems, such as cellular phones, personal computers, and base stations. It is used in robotics systems, such as for positioning and motion control. It is used in process control applications, such as for monitoring temperatures and pressures. Finally, it is used in medical imaging for accurate imaging timing requirements.

Features and Benefits

The AX7DCF1-61.4400T oscillator has many features and benefits that make it an ideal solution for many types of applications. It has low current consumption, operating from 2.2 to 5.5 volts from a supply voltage, that adds greater system-level efficiency for battery-operated applications. Its highly stable output ensures accuracy and precision in a wide range of operating temperatures and supply voltages. Its fast start-up time reduces system turn-on time. Finally, it offers excellent EMI performance, making it ideal for applications that require very low noise levels.

Working Principle

The AX7DCF1-61.4400T oscillator works on the basic principle of a crystal oscillator. When connected to a voltage source, an electric current is applied across its quartz crystal, resulting in a mechanical vibration that is reflected back and forth between two metal electrodes. The frequency of the output signal is equal to the frequency of the vibration. The stability of the output is determined by the accuracy of the crystal oscillator, and the amplitude of the output signal by the amount of current applied across the quartz crystal. The quartz crystal used in the AX7DCF1-61.4400T oscillator is highly accurate and provides excellent stability and precision.

Conclusion

The AX7DCF1-61.4400T oscillator is a highly stable, low power consumption device that is used in a range of applications including communications, robotics, process control and medical imaging. It operates from 2.2 Volts to 5.5 Volts and takes advantage of the highly accurate quartz crystal to generate the highly stable and accurate clock signals. Additionally, it offers excellent EMI performance, fast start-up time, and excellent stability and precision across a wide temperature range.

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