This article is an introduction article on the resonator, information like its working principle, types, and some main parameters will be introduced in detail, also including the analysis of the difference between resonator and oscillator.
Catalog
| I. What is A Resonator? |
| II. The Working Principle of Resonator
2.1 The Structure of Resonator 2.2 Piezoelectric Effect |
| III. Resonator Types |
| IV. Main Parameters of Resonator |
| V. What’s the Difference Between Resonator and Oscillator?
5.1 General Difference Between Resonator & Oscillator 5.2 Pros and Cons Analysis of Resonator & Oscillator |
I. What is A Resonator?
A resonator refers to an electronic component that generates a resonant frequency.
A resonator refers to an electronic component that generates a resonant frequency. It is a typical passive device and requires a peripheral circuit to drive its work to generate a clock output.
Crystal resonators are commonly divided into quartz crystal resonators and ceramic resonators. The function of generating frequency has the characteristics of stability and good anti-interference performance and is widely used in various electronic products.
The frequency accuracy of quartz crystal resonators is higher than that of ceramic resonators, but the cost is also higher than that of ceramic resonators. The resonator mainly plays the role of frequency control, and all electronic products involve frequency transmission and reception require a resonator. The types of resonators can be divided into the in-line type and patch type according to their appearance.
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