AX7MBF2-50.0000T application field and working principle

The AX7MBF2-50.0000T crystal oscillator is designed by employing advanced manufacturing techniques and a closely controlled electrical and mechanical process. This crystal oscillator consists of an AT-cut 30.0 MHz quartz crystal, a buffer amplifier circut and an capacitor.The application field of this crystal oscillator is mainly used for digital and analog applications. It can be used in embedded circuits for monitoring, computer communication and networking, base-station functions, and as well as for navigation systems. The working principle of this crystal oscillator is a reverse-biased p-n junction diode, which conducts a current when the voltage applied to it is less than its zero-bias value. This current is known a the "reverse current" and is used to induce a frequency variation in the quartz crystal. When the quartz crystal vibrates, the energy generated vibrates the capacitor, which converts the forms of energy, which in turn forms a voltage signal. This voltage signal is transmitted to the buffer amplifier circuit, where the signal is further boosted by the amplifier, resulting in an output signal that is in phase with the input signal.

Analysis of working principle

The crystal oscillator\'s working principle is based on a reverse-biased p-n junction diode in conjunction with a quartz crystal, capacitor, and buffer amplifier circuit. Firstly, the reverse-biased diode induces a frequency variation in the quartz crystal by conducting a current when the voltage applied to it is less than its zero-bias value. To obtain an output signal, the crystal vibrates with generated energy from the reverse current, vibrating the capacitor which converts forms of energy from vibration and forms a voltage signal. This voltage signal is then passed to the amplifier, where it is further boosted by the amplifier, resulting in an output signal that is in phase with the input signal.

Conclusion

The AX7MBF2-50.0000T crystal oscillator is a highly efficient and accurate oscillator with advanced manufacturing techniques, buffer amplifier circut and a closely controlled electrical and mechanical process. Its application fields are mainly for digital and analog applications in embedded circuits, computer communication and networking, and base-station functions, due to its working principle which is based on a reverse-biased p-n junction diode in conjunction with quartz crystal, capacitor, and buffer amplifier circut. This crystal oscillator produces an output signal that is in phase with the input signal and has excellent phase noise and spurs performance.