PBRC5.00GR50X000

Resonators encompass a wide range of devices and technologies used to generate and harness vibrational energy, and are used in a variety of applications. The PBRC5.00GR50X000 resonator is a type of piezoelectric resonator, which is part of a larger family of piezoelectric or ferroelectric resonators.

Piezoelectric resonators make use of a material with piezoelectric properties, which means that when a mechanical force is applied to the material, electrical charges are generated and conversely, when an electrical voltage is applied to the material, it produces a mechanical vibration or sound. This phenomenon allows for a wide range of applications and the PBRC5.00GR50X000 resonator is a commonly used device in the development of quartz crystal oscillators.

The PBRC5.00GR50X000 resonator is designed to generate a precise frequency, determined by the physical parameters of the material and the design of the device. The PBRC5.00GR50X000 resonator utilizes the piezoelectric effect to vibrate a quartz crystal with an amplitude determined by the applied voltage. The frequency and stability of the generated vibration is determined by when the crystal reaches its “pulling point”. As the frequency approaches the pullin point, the quartz crystal exhibits a higher Q factor which implies a higher stability.

These devices are commonly used in oscillator and microphone applications where a precise frequency is required. In oscillators, the device serves as a filter, allowing only frequencies that match the resonance frequency to pass through. In microphone applications, the PBRC5.00GR50X000 resonator can be used to transduce acoustic signals into electrical signals. The resonator is also commonly used in wireless applications such as radio, satellite and cellular communication, where a stable and precise frequency is required.

Delicately designed, the PBRC5.00GR50X000 resonator has a wide range of applications due to its ability to produce precise and stable frequencies. Its various properties and design characteristics allow it to be used in a variety of applications including, but not limited to, oscillator and microphone design, wireless communication, and frequency control modules.