CSTNE8M00G550000R0 Crystals, Oscillators, Resonators

A resonator is a device or system that exhibits resonance or resonant behavior. When excited by a suitable source of energy such as an electrical current, mechanical force, or EM field, the resonator responds by producing a predetermined resonance frequency. These resonance frequencies are usually generated in the form of an electromagnetic wave, mechanical vibration, or some other form of energy. Resonators are used in technical applications such as radio or television broadcasters, microphones, and loudspeakers.

CSTNE8M00G550000R0 application field and working principle

CSTNE8M00G550000R0 is a micro-sized ceramic resonator that is commonly used in applications such as quartz crystal oscillators and radio frequency (RF) communication systems. This resonator is manufactured using a piezoelectric material, typically zirconia-based, which is formed into a cylindrical shape and then coated with gold electrodes. A piezoelectric material produces an electric charge when subjected to mechanical stress (for example, vibration). By applying a voltage to the electrodes, the resonance frequency of the resonator can be precisely tuned. The CSTNE8M00G550000R0 is capable of operating with a frequency range from 8MHz to 55MHz.

The CSTNE8M00G550000R0 resonator finds application in many electronic designs, both commercial and industrial. In radio frequency (RF) communication systems, the resonator is used to generate the required modulation frequencies for modulation schemes such as FM and AM. This electrical oscillator is also used in the frequency synthesis of oscillators and phase locked loops, where a precise oscillation frequency is required. The CSTNE8M00G550000R0 is also used in digital systems as a clock oscillator, generating timing signals through its precisely tuned output frequency.

As with all resonators, the CSTNE8M00G550000R0 has a resonance frequency determined by its physical parameters. When an electrical voltage is applied to the electrodes, the resonator oscillates at its resonance frequency. As the voltage applied to the resonator is increased, the resonance frequency also increases until it reaches the saturation level. At this point, the resonator will no longer be able to generate the output frequency and must be reset using a suitable power supply.

In conclusion, the CSTNE8M00G550000R0 is a micro-sized ceramic resonator that is used in a wide range of applications. Its resonance frequency is precisely tuned by applying a voltage to the electrodes, and its output frequency can be modulated by altering the applied voltage. The CSTNE8M00G550000R0 resonator is used in many commercial and industrial designs, including radio frequency (RF) communication systems, oscillators, phase locked loops, and digital systems.