CX2520DB19200H0FLJC1

Crystals are essential components used in many electronic and optical devices such as radio transmitters, radio receivers, oscillators, etc. The crystals used for these types of applications usually come in various shapes and sizes, and each crystal has a specific purpose. The CX2520DB19200H0FLJC1 crystal belongs to a small sized family of optics called DIP crystals, and it is designed for applications where very precise frequencies are required. This article will discuss the application field and working principle of the CX2520DB19200H0FLJC1 crystal.

The CX2520DB19200H0FLJC1 crystal is used in many types of high-frequency applications such as spread spectrum modulators, FM radios, and medical imaging equipment. The range of frequencies that the crystal can generate is between 18 A-C KHz and 19.2 A-C KHz. Due to its high frequency range, it is mainly used in applications that require frequency stability and precise signal modulation. It also has low jitter, fast start-up time, and high signal to noise ratio.

The working principle of the CX2520DB19200H0FLJC1 crystal is based on the principle of piezoelectric effect. When a voltage is applied across the crystal, it generates an electrical charge which causes the crystal to vibrate. The frequency of the crystal depends upon the size and shape of the crystal, and on the supply voltage. The frequency of the crystal can be tuned or adjusted by varying the supply voltage.

The CX2520DB19200H0FLJC1 crystal is also used in many digital circuits, as it provides accurate switching operations and signal timing. It also helps in reducing errors generated by incorrect timing signals, as well as reducing EMI generation. In addition to its application in digital circuits, it is also used in analog and RF circuits, as it provides accurate signal timing in those applications as well.

In conclusion, the CX2520DB19200H0FLJC1 crystal is an important device used in many types of high-frequency applications. It is based on the principle of piezoelectric effect, and is used in many digital, analog and RF circuits. Its frequency range is between 18 A-C KHz and 19.2 A-C KHz, and its main advantages include low jitter, fast start-up time, high signal to noise ratio, and accurate signal timing.