PBRC-14.31BR07

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Resonators: PBRC-14.31BR07 Application Field and Working Principle

Resonators are structures or components with the ability to resonate or vibrate at a specific frequency. They are widely used in many electronic circuit systems and have a variety of applications. One of them is the PBRC-14.31BR07 piezoelectronic resonator.

A piezoelectric resonator is a device that uses the properties of piezoelectric materials to produce an oscillation or vibration, which can be used in many different electronic circuits. The material used in this particular resonator is zinc oxide (ZnO). The PBRC-14.31BR07 resonator is much more efficient than other types of piezoelectric resonators, as it has a lower insertion loss and a much higher Q-factor.

The main application of the PBRC-14.31BR07 resonator is in consumer and industrial electronics, such as audio and video equipment, communication systems, and data transmission circuits. It is also used in medical equipment and is especially suitable for ultrasonic applications. Its wide temperature range and excellent mechanical shock immunity make it suitable for harsh operating conditions.

The PBRC-14.31BR07 piezoelectric resonator has many advantages. Its low insertion loss, high Q-factor and low power consumption make it an effective and economical device. It is also very reliable, and its wide temperature range and excellent mechanical shock immunity make it suitable for many environmental applications. In addition, its excellent linearity and wide frequency range make it suitable for a variety of applications.

The working principle of the PBRC-14.31BR07 resonator is based on the piezoelectric effect. When an alternating voltage is applied to the resonator, the alternating current produces a vibration or oscillation in the device. The resonator is designed to have a specific frequency at which it will begin to resonate or vibrate. This resonating frequency is determined by the size and shape of the device.

The resonator is based on a binary frequency tuning technique, which allows the frequency to be tuned by either increasing or decreasing the size of the resonator’s components. The frequency tuning range is usually determined by the range of the device’s capacitors and inductors. This allows the device to be tuned to match the desired frequency.

The PBRC-14.31BR07 piezoelectric resonator is a versatile and economical device that can be used in many different applications. Its low insertion loss, high Q-factor, and wide temperature range makes it suitable for many operating conditions. Its frequency tuning ranges is also adjustable, which allows it to be used in many different circuits and systems. Therefore, this resonator is an ideal component for many different applications.

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