FCR25.0M6T Crystals, Oscillators, Resonators

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Resonators

FCR25.0M6T is an ultra-low profile series of resonators which are designed for general use in applications where board space is at a premium. Featuring a high power rating, a large frequency range, and a low electrical network loss, they are perfect for applications in wide range of industries such as consumer electronics, automotive, and communications systems.

Application Fields

FCR25.0M6T resonators are ideally suited to applications involving stability and high power in small packages. These resonators are useful for a wide range of equipment, including high-end consumer electronics and handheld devices, automotive infotainment systems, and telecoms and broadcasting apparatus. Their small size makes them ideal when complex, high power designs are needed in tightly confined spaces.

FCR25.0M6T resonators are also ideal for use in resonator-based filters, where their high power rating makes them particularly suitable for both RF and microwave filters. Other applications include quasi-crystal oscillators, active filters, parametric amplifiers, and radio modulators.

Working Principle

FCR25.0M6T resonators work on the principal of resonance, where microwaves, radio waves, and other frequencies cause the resonator to vibrate at specific frequencies. The resonator works by reflecting incoming waves at the same frequency, and hence amplifying them before re-radiating. This allows the resonator to filter out unwanted frequencies and keep only those the user desires.

The frequency of vibration can be adjusted by varying the capacitance or inductance of the resonator. The FCR25.0M6T resonator uses a combined inductor and capacitor to be able to adjust the frequency of vibration. The resultant signal is precisely tuned, allowing the resonator to be used in a wide range of applications.

Conclusion

FCR25.0M6T resonators are ideal for a wide range of applications where stability and high power are key factors. They are especially useful for low-profile designs, where board space is restricted. Due to their precision tuning, they have a wide range of uses, from consumer electronics to radio communications.

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