AX7DAF1-161.132812T

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Oscillators are electronic devices that repeatedly output a specific signal at pre-programmed intervals and frequencies, providing a way for electrical signals to be generated and produced. The AX7DAF1-161.132812T is one such type of oscillator. The device is especially valued for its versatility and stable output frequency.

Features

The AX7DAF1-161.132812T is designed with an integrated FET in the oscillator circuit to ensure better stability and accuracy. It features a frequency stability of ±25 ppm and a operating temperature range between -40°C and +85°C. Additionally it offers a low fee consumption of 10 mA, useful life of 100 million operations and high stability.

Application Fields

The AX7DAF1-161.132812T is ideal for applications that require a stable or adjustable signal such as clock synchronization, testing and measurement, timing control and digital display. It is also commonly used in power supply systems as the reference point signal used to control the voltage and frequency of the system. Additionally, its features make the AX7DAF1-161.132812T useful for applications requiring low temperature operation such as military and aerospace applications.

Working Principle

The AX7DAF1-161.132812T uses a quartz crystal as the resonator, internally connected to different switches and resistors to create a frequency doubling network. The oscillations resulting from the quartz crystal are then amplified and filtered so that they can be output as the reference signal. This reference signal is then used in conjunction with other components to create an oscillator circuit.

In order to achieve the reference signal frequency, the AX7DAF1-161.132812T utilizes frequency-determining circuits. These circuits are composed of switches, resistors and other components which allow for the frequency to be adjusted. The switches are connected to resistors and capacitors which are used to tune the frequency of the signal while the other switches are used to determine the frequency. This allows for precise and stable output.

The AX7DAF1-161.132812T also features an optional programmable frequency counter which can be used to keep track of the current frequency of the reference signal. By constantly monitoring the signal, any potential issues or inconsistencies in the signal can be identified and resolved.

Conclusion

The AX7DAF1-161.132812T is a versatile and stable oscillator, making it ideal for a variety of applications. With its features such as frequency stability, low consumption, and programmable counter, the AX7DAF1-161.132812T is able to meet the requirements of many different applications.

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