B39431R0920H110 Crystals, Oscillators, Resonators

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Introduction

Resonators are components that are used to generate or detect electromagnetic waves for various applications. B39431R0920H110 is a type of resonator composed of a zirconium oxide piezoelectric crystal substrate, which is then coated with a thin film of palladium. This type of resonator is used to sense levels or frequencies of alternating current, and is also suitable for use in high-precision measurement applications.

Application Field

B39431R0920H110 resonators are commonly used in applications such as:

• Security systems
• Medical devices
• Industrial automation
• Automotive electronics
• Satellite systems
• Navigation and guidance
• Wireless communication
• Sensor networks

The main benefit of using B39431R0920H110 resonators is their ability to measure and detect levels of alternating current reliably and accurately. This makes them suitable for high-precision measurement applications and for detecting small frequency changes in signals.

Working Principle

Resonators are designed to generate and detect electromagnetic waves, and B39431R0920H110 is no exception. When a voltage is applied across the electrodes on the resonator, the piezoelectric crystal substrate begins to vibrate at a specific frequency. This frequency is then detected through the electrodes, and the information can be used to measure the frequency of an alternating current.

The thin film of palladium that is used to coat the substrate helps to create a higher quality signal, resulting in more accurate measurements. This is because the coating helps to dissipate any heat generated by the substrate and improves the resonator’s sensitivity to changes in frequency.

Conclusion

In conclusion, B39431R0920H110 resonators are used for a variety of applications, from medical devices to satellite systems. Their main benefit is their ability to measure and detect levels of alternating current accurately and reliably. This makes them suitable for use in high-precision measurement applications, as well as for detecting small frequency changes in signals. The working principle of B39431R0920H110 resonators is based on the piezoelectric effect, and the thin film of palladium helps to create a higher quality signal and improve the resonator’s sensitivity.

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