B39431R0970H110

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Resonators

Resonators are electrical components that are used in various applications, such as filters, oscillators, communication systems, and Resonant Cavity Enhanced (RCE) devices. The B39431R0970H110 is a type of resonator and is used for various applications. In this article, the application field and working principle of the B39431R0970H110 will be discussed in detail.

Application Field

The B39431R0970H110 is a surface mount quartz crystal resonator, which is suitable for use in medium and long range communication, such as GSM and mobile communication systems. The resonator is also suitable for use in wireless networks and digital signal processing systems. It can be used in devices with low-power requirements and is highly reliable. The high frequency of the device, 2.9 GHz, also makes it suitable for use in systems that require high-frequency signals.

Working Principle

The B39431R0970H110 works by resonating energy between two electrical plates. A quartz crystal is placed between the two plates, which will vibrate at a particular frequency depending on the specific layout of the circuitry and components used. When an electrical signal is applied to the resonator, an electromagnetic field will be generated, which will cause the quartz crystal to vibrate. The vibrations of the quartz crystal will create an acoustic wave. This wave will then be transmitted through the resonator circuit and will be picked up by the receiver.

The output of the B39431R0970H110 is a sine wave, which will produce a steady tone. This steady tone is why the B39431R0970H110 is suitable for use in communication systems. The size of the resonator is also quite small, making it ideal for use in space-restricted environments.

Conclusion

The B39431R0970H110 is a surface-mountable quartz crystal resonator that is suitable for use in wireless networks and digital signal processing systems. The resonator has a high frequency of 2.9 GHz and produces a sine wave output. The size of the device is also quite small, making it suitable for use in space-restricted environments. The resonator works by resonating energy between two electrical plates and producing an electromagnetic field, which in turn causes the quartz crystal to vibrate.

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