CX3225SB32000D0FLJCC

Crystals: CX3225SB32000D0FLJCC Application field and Working Principle

Crystals are often used in electronic circuits due to their excellent characteristics, such as frequency stability and temperature coefficient. The CX3225SB32000D0FLJCC crystal is a commonly used crystal due to its comprehensive features. This article will discuss the application field and working principle of this quartz crystal.

Application field of CX3225SB32000D0FLJCC

The CX3225SB32000D0FLJCC crystal has a wide range of applications in electronics systems. It is mainly used in multiple clock sources applications, such as controllers, sensor systems and communication systems. In addition, it is also used in clock signal generation applications, such as modems, fax machines, and signal processing applications. Moreover, it is used in radio frequency and microwave signal applications, such as signal broadcast and wireless advertising.

Working Principle of CX3225SB32000D0FLJCC

The CX3225SB32000D0FLJCC crystal uses a simple principle derived from quartz vibrations. This crystal contains a quartz crystal oscillator, which is a tiny slab of quartz crystal. Inside the oscillator, a known vibration frequency is generated by applying a small electrical current to the quartz. This electrical current causes the quartz to vibrate at a constant frequency. When the current is removed, the quartz will continue to vibrate at its natural frequency.

The vibration frequency of the quartz crystal is determined by the shape, size and material of the crystal. Therefore, precision crystals with specific frequencies are manufactured in order to be used in electronic systems. The CX3225SB32000D0FLJCC crystal has an output frequency of 32.000 MHz and is especially designed to be used in multiple clock sources applications.

Conclusion

The CX3225SB32000D0FLJCC crystal is an extremely special crystal that has many wide-ranging applications in electronic systems. It has a frequency of 32.000 MHz and is primarily used in multiple clock sources applications. Its work principle is based on quartz vibrations, which generates a constant frequency output when an electrical current is applied.