TS143F33IET

TS143F33IET Application Field and Working Principle

Crystal oscillators are a kind of frequency-determining device. TS143F33IET crystal oscillators are based on the quartz crystal can supply ultra-precise frequency signal which is widely used in mobile communication devices, computers, modems and other electronic equipment.

Application Field of TS143F33IET Crystal Oscillator

Due to their advantages of heat resistance, long working life and good environment protection, TS143F33IET crystal oscillators are widely used in communication systems, high-end electronic products, and many other fields. The applications include mobile phone base station, wireless network, GPS receiver, wireless broadcast, satellite communication, optical fiber communication, PC motherboards, PDA, printer, digital camera, alarm, AV receiver, television, portable audio, and so on.

Working Principle of TS143F33IET Crystal Oscillator

The principle of a crystal oscillator is based on the mechanical resonance of a quartz crystal. Quartz crystal is a kind of piezoelectric substance, which can vibrate with a certain frequency when triggered by an external electric field. This vibration is similar to the mechanical resonance of an oscillating system. The energy of vibration keeps the oscillation of the crystal, and will gradually decrease until it vanishes. The frequency at which the vibration takes place is called the resonance frequency. With a combination of suitable electronic components, the resonance frequency of the crystal can be accurately determined and stabilized.

TS143F33IET crystal oscillators use an AT-cut piezoelectric quartz crystal as the key component to generate the frequency. These crystals are cut along the AT-axis, extracting the greatest piezoelectric effect of quartz. The AT-cut crystals are highly accurate, reliable and stable. The frequency output is also up to 1ppm. That is why AT-cut crystal oscillators are widely used in frequency-sensitive applications.

Conclusion

TS143F33IET crystal oscillators are widely used for providing accurate frequency signals, and the AT-cut piezoelectric quartz crystal makes them stable and reliable. Thanks to the advantages of heat resistance and durability, TS143F33IET application field is quite wide, from communication system to high-end electronic products.