416F3601XAAT

416F3601XAAT Application Field and Working Principle

Crystals are widely used in many areas such as power electronics, mobile communications, navigation, aircraft and radar systems, etc. The application of 416F3601XAAT crystal can be divided into two categories, namely high-frequency oscillator circuits and resonant circuits.

High-frequency Oscillator Circuits

Firstly, the 416F3601XAAT crystal can be used in high-frequency oscillator circuits. Generally, the feedback impedance of oscillator circuit using crystal is relatively large, because the Q value of crystal is low. When the output power of the amplifier is fixed, the coupling coefficient of the circuit is increased, and the oscillation frequency of the crystal is relatively easy to be locked.

The 416F3601XAAT crystal mainly mainly works in an electronic oscillator circuit. It is an electronic device which is used to generate a stable frequency or an alternating voltage at different frequencies. Typically, the 416F3601XAAT crystal is connected to an oscillator circuit, which consists of an inductor, a resistor and a capacitor. The inductor and capacitor form a tank circuit and the 416F3601XAAT crystal is connected in between them.

In the oscillator circuit, when the amplifier is in its positive feedback state, the voltage of the crystal is able to vibrate, so that the crystal can be used to receive the frequency and output it. During the vibration, the angular frequency of the crystal is kept constant, which is determined by the material of the crystal and the size of the crystal structure.

Resonant Circuits

The second application of 416F3601XAAT crystal is for resonant circuits. When the 416F3601XAAT crystal is used as the oscillation source of the resonant circuit, its resonance frequency is naturally determined by the crystal structural parameters, and the resonant effect is also determined by the crystal structural parameters.

The 416F3601XAAT crystal can be used as the oscillation source of the resonant circuit. Resonant circuits are widely used and play an important role in communications, consumer electronics and automotive electronics. The 416F3601XAAT crystal is usually connected between the two resonators of an oscillator circuit, with the crystal in series to both resonators. This arrangement will allow the oscillations in the circuit to be realized at the crystal\'s resonant frequency.

At the resonant frequency of the crystal, the resonance circuit can achieve the best sensitivity and selectivity. Thisusually happens when the impedance of the oscillator circuit and the crystal\'s Q value are matched. The 416F3601XAAT crystal can also be used in resonant circuits with resonance loops consisting of inductors and capacitors. When the impedance of the oscillator circuit and the crystal\'s Q value are matched, the resonance circuit can also be successfully realized.

Conclusion

In conclusion, 416F3601XAAT crystal can be used in two application fields which are high-frequency oscillator circuit and resonant circuit. When used in the high-frequency oscillator circuits, the 416F3601XAAT crystal is able to generate a stable frequency and output it. In resonant circuits, the 416F3601XAAT crystal can match the impedance of the oscillator circuit and the crystal\'s Q value, so that resonance can be realized in the circuit.