CX3225CA12000D0HSSCC

Crystals are useful elements to control the frequency of electronics applications, such as radio receivers and transmitters, as well as oscillators and digital systems. CX3225CA12000D0HSSCC is a highly precise quartz crystal developed by a leading crystal maker. It is capable of controlling high precision time and frequency for electronic applications.

Application Field

CX3225CA12000D0HSSCC is a high-precision crystal. It is mainly used in fields such as communication system, broadband access, medical equipment, automobile electronics and precision instrument. Specifically, this crystal is mainly used as frequency and time reference source in DSSS radio system, etc.

Working Principle

The principle of CX3225CA12000D0HSSCC is based on the piezoelectric effect. This crystal consists of a quartz plate made of precise quartz crystals. When a voltage is applied to it, the quartz plate will elongate due to the piezoelectric effect, and generate an oscillating frequency of the quartz plate. As the frequency of the quartz plate is inversely proportional to its size, changing the voltage will result in different oscillating frequency.

Structure of CX3225CA12000D0HSSCC

CX3225CA12000D0HSSCC consists of a quartz crystal, casing and electrodes. The quartz crystal is made of precious quartz material. It has very precise size and weight so it will generate frequencies of high precision. The electrodes are for input voltage that will alter the frequency of quartz crystal. The top and bottom of the crystal are capped with metal casings for protection purposes.

Conclusion

CX3225CA12000D0HSSCC is a high-precision quartz crystal developed by a leading crystal maker. It is mainly used in fields such as communication system, broadband access, medical equipment, automobile electronics and precision instrument. Its working principle is based on the piezoelectric effect, and it consists of a quartz plate, metal casing and electrodes. By applying a voltage to the electrodes, the frequency of the quartz crystal can be changed by the piezoelectric effect.