445I33F24M57600

Crystals play an increasingly important role in our daily lives. As part of a myriad of electronic components, they are used to synchronize, filter and clean signals. In this article, we will discuss the application field and working principle of the 445I33F24M57600 crystal.

The 445I33F24M57600 crystal is a precision crystal oscillator designed to meet the highest frequency and phase noise requirements. It is widely used for radio broadcast, navigation systems, medical and aerospace communication and navigation. Its frequency is up to 33.8MHz, and its typical jitter is as low as 12picoseconds.

Due to its excellent performance, the 445I33F24M57600 crystal is widely used in frequency and synchronization applications including cellular phones, RF modulation, global positioning systems, remote control transceivers, digital video broadcasting and other GPS applications.

The working principle of the 445I33F24M57600 crystal is based on the use of a quartz crystal resonator. The frequency of the oscillation generated by the resonator is determined by its size. This oscillator is driven at its resonant frequency by a piezoelectric current that is generated by the mechanical force of the crystal due to the applied voltage. The piezoelectric crystal will then begin to vibrate at its resonant frequency.

The crystal resonator is a device consisting of two metal electrodes bonded to a fine piece of quartz. The quartz crystal is then placed in a sealed metal container and a voltage is applied across it. This voltage causes mechanical stress and strain on the quartz, resulting in the creation of a piezoelectric effect. This effect causes the quartz crystal to vibrate at its resonant frequency when a suitable electric field is applied.

445I33F24M57600 crystals are also commonly used in oscillators, as they offer high stability and low power consumption. An oscillator produces a continuous wave or pulse, which is used to perform basic logic functions or to create complex analog waveforms. The 445I33F24M57600 crystal is a high-performance oscillator that offers superior jitter performance, low power consumption, and excellent stability.

The 445I33F24M57600 crystal has a wide range of applications in the field of frequency and synchronization. Its high frequency and phase noise performance, superior jitter performance, low power consumption, and excellent stability are highly sought after by engineers working in these fields. Its usage in radio broadcast, navigation systems, medical and aerospace communication and navigation ensures its valuable contribution to the industry.