PBRC8.00HR10X000

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PBRC8.00HR10X000 Resonators: Applications and Working Principle

PBRC8.00HR10X000 resonators are a type of electrical components commonly used in many electronic systems and devices. Their basic components are a resonator, fixed capacitor and inductor. These components together form a2-port network which can be used to create an electrical filter, oscillator, amplifier, or signal repeater.

Applications

PBRC8.00HR10X000 resonators are widely used in telecommunications, industrial electronics, military communications and medical technology. In mobile phones and other wireless communications systems, the resonators are used in signal blending and filtering phases, separating one frequency from another. In medical applications, such as electrocardiographs and ultrasound scanning devices, resonators are used to produce repetitive oscillations. In industrial process control and robotics, resonators are used to create a stable and reliable control signal, since their structure allows for a long service life and a high-level of accuracy.

Working Principle

The generic structure of a PBRC8.00HR10X000 resonator consists of two ports, an inductor, and a capacitor. The two ports are where the input signal, the output signal and the resonant frequency is transferred. The inductor is composed of two windings of wire and it provides the magnetic field necessary for the device to resonate. The capacitor works in conjunction with the inductor, forming a tuned circuit, which controls the frequency of the output signal.

When a signal is applied to one side of the resonator, it creates a current in the inductor, which produces an alternating electromagnetic field. This changes the capacitance of the capacitor, creating an output voltage. This voltage is the output of the resonator, and it is at the same frequency as the input signal. By adjusting the values of the inductor and capacitor, the resonance frequency can be changed.

The PBRC8.00HR10X000 resonators are designed to function under extreme temperatures, and to provide reliable, stable operation, even in environments where temperature and pressure changes frequently. This makes them ideal for use in telecommunications, industrial electronics, and other high-performance applications where precision is important.

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