FCR4.19MC5T

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Resonators

Resonators are electrical circuit components that store and release energy. Commonly found in oscillators and filters, they are essential components in any electric circuit.

The FCR4.19MC5T resonator is a cost-effective and reliable way to generate a frequency signal for various applications. It has a wide frequency range of 0.5 MHz - 55 MHz and can operate at temperatures from -20 to +85 Degrees Celsius.

Application Field

FCR4.19MC5T resonators are used in a variety of applications, such as timing circuits, communication systems, consumer electronics, automotive electronics, industrial controls, communication systems, and more. Some applications for the FCR4.19MC5T resonators include fiber-optic communications systems, low-noise RC oscillators, PLLs, frequency synthesizers, and frequency filters.

Working Principle

The FCR4.19MC5T works by using a quartz crystal that is oscillating at a certain frequency. This frequency is determined by the dimensions of the resonator. The resonator stores energy, which is converted into an electrical signal. When an alternating voltage is induced by the resonator, the crystal will vibrate at the same frequency that is emitted from the resonator, releasing oscillations and converting the energy back into a useable electrical signal.

By applying the FCR4.19MC5T resonator in various types of circuits, one can create various useful applications such as modulation, filtering, and switching. In a modulation circuit, the resonator will be used to adjust the frequency of the signal being sent. The frequency of the circuit will be tuned to match the frequency of the resonator. As the frequency of the signal is adjusted, the resonator will absorb and release energy in the circuit.

In a filtering circuit, the FCR4.19MC5T resonator will be used to filter out unwanted frequencies and emit the wanted ones. This is done by the resonator accepting certain frequencies, while rejecting the others. The desired frequency will pass through the resonator and be sent out without being altered.

Switching circuit applications use the FCR4.19MC5T resonator to switch between frequency signals. This is done by the resonator being connected to two different circuit paths. When the resonator is activated by a certain frequency, it shifts to the other circuit path, allowing the desired frequency to pass through. This is a great way to switch between two different signals.

The FCR4.19MC5T resonator is a versatile and cost-effective way to generate and filter a wide range of frequency signals. Its various applications and reliable performance make it a great choice for various communication and consumer electronics products.

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