B39431R806H210 Crystals, Oscillators, Resonators

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Resonators

Resonators are electronic components used to generate or filter the specific frequencies of sound waves or radio waves in a variety of applications. They are available in different types, including quartz crystal resonators, ceramic resonators, thermo-electrical (TE) resonators, and other varieties of electromagnetic (EM) resonators. B39431R806H210 is a type of resonator that utilizes a high-performance ceramic material as the sensing element.

Application Field

B39431R806H210 resonators are primarily used in various types of frequency control and measurement applications, including digital audio and video systems, communication networks, and instrumentation systems.

In digital audio and video systems, B39431R806H210 resonators can be used to control the frequency of signals. This helps to ensure that the signals remain in sync across various components of the system, and helps ensure a high-quality experience for end users. Additionally, they can also be used in communication networks to maintain the frequency of data transmissions so as to make sure that the data is not corrupted or lost due to interference.

In instrumentation systems, B39431R806H210 resonators are used to measure the frequency of sound or radio waves. This is done by sensing the vibrations from the waves and then converting them into a digital signal. The resonators can then provide precise feedback on the frequency value, allowing for accurate measurements of sound or radio waves in various applications.

Working Principle

B39431R806H210 resonator is based on the principle of vibration, which means that it senses the vibrations of the sound or radio wave and converts them into a digital signal. The resonator consists of a thin ceramic material shaped into a thin rectangular plate. The plate is fixed at the centre and the four corners of the plate are connected to electrical conductors. When the sound or radio wave enters the resonator, it causes the plate to vibrate and this vibration is converted into an electrical signal.

The electrical signal is then processed by an embedded digital signal processor, which produces a digital output that can be used to control or measure the frequency of sound or radio waves. This output can be used in various types of digital audio and video systems, communication networks, and instrumentation systems for a variety of purposes.

B39431R806H210 resonators are highly accurate and reliable. They are extremely small and can be used in a variety of applications, from consumer electronics to industrial systems. They are also very low in cost, making them an attractive option for a variety of frequency control and measurement applications.

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