XXCCCLNANF-49.152000 Crystals, Oscillators, Resonators

Crystals have been widely used in many fields of science, technology, and communication due to their precise lattice structure and excellent electrical and optical properties. Within the crystal family, XXCCCLNANF-49.152000 is a particular type of crystal with the features of wide frequency range, low temperature coefficient and large angle of temperature pulling. It has been widely applied in various applications, including telecommunications, medical instruments, and engineering systems.

The XXCCCLNANF-49.152000 crystal is composed of two symmetric resonant plates made from quartz, which serves as the dielectric material. The frequency of oscillation depend mainly on the thickness of the two plates and the temperature, so it is sometimes referred to as a temperature controlled crystal. The crystal current will leave the plate through a pair of electrode pading, and then go back to the resonant plate when there is no external interference.

The XXCCCLNANF-49.152000 crystal has a wide frequency range and a simple principle of operation. It is able to sustain stable operation over a wide temperature range and is ideal for high frequency applications. For example, the XXCCCLNANF-49.152000 crystal can be used in a radio frequency transmitting system and circulate a continuous radio frequency signal, since its frequency stability has been improved based on its temperature stability. Another application of the XXCCCLNANF-49.152000 crystal is in medical imaging systems, where the constant frequency of the crystal ensures the accuracy of the data acquisition and processing.

In addition, the XXCCCLNANF-49.152000 crystal is also applied in other areas such as frequency divider, system clock, and small precision oscillator. In these applications, the crystal works by providing a constant frequency output which are used to control other circuits and produce desired output. The oscillations of the crystal are damped or attenuated to produce a specific frequency or duty cycle over a given time frame, and the system can take advantage of the frequency stability and temperature stability of the crystal.

In conclusion, the XXCCCLNANF-49.152000 crystal is a general purpose tag crystal widely used in many types of applications. It provides a stable frequency in a wide temperature range, and its performance characteristics make it suitable for oscillators, frequency dividers, and system clocks. Its temperature coefficient and pulling angle allows for a precise adjustment of the frequency, and its wide frequency range allows for use in a wide range of communication and imaging systems.