XRCGB25M000F2P00R0 Crystals, Oscillators, Resonators

Crystals are essential components in modern electronic technologies. Common varieties include XRCGB25M000F2P00R0, which are used in quartz clock movements and other oscillator circuits. Crystal oscillators are suitable for a wide range of frequencies and provide extremely accurate and stable timing signals.

Application Field

XRCGB25M000F2P00R0s crystals are widely applied in various electronic systems for timing and frequency control. Today, they are the most common source of stable clock signals in digital and electronic systems, including all smartphones and electronic devices. They are also used in some space-borne systems, such as satellites and spacecraft, to maintain frequency stability in critical equipment.

Working Principle

XRCGB25M000F2P00R0 crystals work on the principle of piezoelectricity, which refers to the electricity generated by certain materials when subjected to mechanical stress. Inside the crystal are a pair of electrodes, with a passive element such as a capacitor between them. An electrical charge is applied across the electrodes, which causes them to vibrate at a certain frequency. This frequency is determined by the arrangement of the elements inside the crystal, which act as a resonant circuit. The crystal will then oscillate at a consistent frequency until current is no longer applied to it.

Conclusion

XRCGB25M000F2P00R0 crystals are widely used in most electronic systems and devices. Their piezoelectric property makes them highly accurate for timing and frequency control. XRCGB25M000F2P00R0 crystals are also used in space-borne systems, to ensure frequency stability for critical equipment.