416F384X2CAR

The basic functioning principle of 416F384X2CAR Crystals is based on a combination of two phenomena: the piezoelectric effect and the inverse piezoelectric effect. In the piezoelectric effect, an electrical charge is created due to the deformation of a crystalline material. This electric charge can then be used to move a pointer on the crystal oscillator, which controls the frequency of the output signal. The inverse piezoelectric effect is the reverse, in which an oscillator is used to deform a crystalline material causing a charge in the electric output.

The 416F384X2CAR Crystal is tuned to a specific frequency. When power is applied to the crystal, it resonates at its characteristic frequency, allowing it to act as a high stabilized frequency source. The frequency of the resonance can be adjusted to be higher or lower than the characteristic frequency by varying the capacitance of its load.

The 416F384X2CAR Crystal’s frequency stability is due to its temperature compensation. This is achieved by using a quartz plate between the crystal and the capacitor. The quartz plate is used to absorb energy and is designed to maintain a constant temperature, ensuring a stable output frequency.

The 416F384X2CAR Crystal also features a wide frequency range and can be used for different applications. The range is typically from about 0.5MHz to 32MHz, which make it suitable for a variety of automotive applications.