LP163F33IDT

Crystals

Crystals are a group of materials, which are built up from a repeated, three-dimensional arrangements of atoms, ions or molecules, held together by chemical bonds. Although crystals have a number of different applications, one particular type of crystal – the LP163F33IDT – is used to measure time and frequency with a high degree of precision. This article will explain the characteristics and working principles behind the LP163F33IDT crystal.

LP163F33IDT Application Field

The LP163F33IDT is a type of crystal clock oscillator designed specifically for timing and frequency applications with high stability, accuracy and reliability. It features temperature range of +25 to +85 degrees C and a high stability of 0.5ppm per degree C. These characteristics make it suitable for precise timing applications where cost and performance are key requirements.

The LP163F33IDT is used in a variety of applications, including wireless communication, TV broadcasting, consumer digital transmission systems, telecommunications equipment, and measurement instruments. In particular, its precise timing ability makes it useful for applications where timing error must be minimized, such as precise time keeping or precise frequency generation.

LP163F33IDT Working Principle

The LP163F33IDT crystal works on the principle of piezoelectric effect. In a piezoelectric material, when an external force is applied, an electrical charge is generated. The LP163F33IDT crystal is made of such a material, and when a voltage is applied, it vibrates at a particular frequency. This force applied to the crystal causes it to vibrate at the same frequency, and this vibration generates an electrical current which can then be used to measure time.

The LP163F33IDT crystal also possesses high stability, which is important for applications where precise timing is necessary. This stability is achieved through careful design of the crystal, and its construction helps ensure that the crystal maintains its frequency over a wide range of temperatures. As a result, it is well suited for use in applications such as precision timing and frequency generation.

Conclusion

The LP163F33IDT crystal is a versatile device, and it is widely used for applications requiring high stability and accuracy. Its piezoelectric construction ensures that it works reliably and accurately, and its temperature-resistant characteristics make it particularly useful for maintaining precise timing and frequency measurements in a wide range of environments.