402F26033CKT

A crystal oscillator is a device that can convert electrical energy into oscillating electrical signals. 402F26033CKT is a type of crystal oscillator. It has many applications and working principle.

Applications

402F26033CKT is widely used in various radio transceiver products, such as Bluetooth modules and base stations. It is also found in smart phones and other portable wireless communication products as local oscillator and frequency synthesizers. This crystal oscillator is also used in Frequency Hopping Spread Spectrum (FHSS) solutions, serving as clock sources and synchronization devices. In addition, it can also be used in digital circuitry, such as in microcontrollers, USB hubs, Real-Time Clock (RTC) modules, etc.

Working Principle

The 402F26033CKT crystal oscillator is based on the piezoelectric effect. Piezoelectric effect refers to the application of a mechanical force onto the crystal resulting in a corresponding electrical output. It is the only physical mechanism to convert mechanical energy into electrical signals. This effect is used in the 402F26033CKT crystal oscillator to create an oscillating electrical signal.

In the 402F26033CKT oscillator, a quartz crystal is wired in between two electrodes. An external electrical signal is fed into the electrodes, resulting in a mechanical force applied onto the crystal and a corresponding electrical output. This electrical signal is then amplified, filtered and shaped into a sine wave before it is output. This signal can then be used in various electronic circuits.

By changing the parameters of the external electrical signal and the components in the oscillator circuit, the frequency of the output signal can be changed. This makes the 402F26033CKT crystal oscillator a very flexible device for specific applications and makes it suitable for wide range of frequency ranges.

The 402F26033CKT crystal oscillator has a wide range of applications in various radio transceiver products. It has a low cost of production and can work in a wide range of frequency ranges. This makes it a suitable choice for many different types of applications.