Oscillators

AX7DBF3-1030.0000T Application Field and Working Principle

AX7DBF3-1030.0000T oscillators are designed for high reliability applications such as base station communication systems, communications control systems, industrial control systems,  automated detection systems, etc. The use of these oscillators can not only improve the system’s stability, but also bring about significant savings in cost and become a good choice for customers with a tight budget.

The product features a wide temperature range, ±10ppm(-307.2℃ to +85℃). The crystal is hermetically sealed for reliable performance under harsh environmental conditions. It is constructed with a metal package for better RF noise isolation and superior mechanical robustness compared to conventional ceramic packages.

The working principle of AX7DBF3-1030.0000T oscillators is based on the piezoelectric vibrating effect of the quartz crystal. A quartz crystal is a natural material consisting of cut quartz crystal and electrodes. A voltage is applied to the crystal, which causes it to vibrate at its natural frequency. The output from the oscillator is an electric signal that is proportional to the input voltage and is sinusoidal in nature. The frequency of the output signal is determined by the natural frequency of the quartz crystal.

A wide range of frequencies can be generated by AX7DBF3-1030.0000T oscillators and can meet different kinds of application requirements as the frequencies are easily adjustable. Furthermore, the oscillators can work independently with no need of external clock circuits, which makes them ideal for applications that require extremely precise timing. Finally, these oscillators feature low power consumption, making them very environment-friendly.