PBRC-3.93AR

Resonators

Resonators are components that act as frequency-selective filters. The PBRC-3.93AR resonator is an advanced solution that combines both high Q and excellent temperature stability. It is suitable for digital consumer or transportation system applications.

Application Field

The PBRC-3.93AR resonator is suitable for a wide variety of consumer, automotive, and communication electronics applications. It is especially well-suited for digital consumer and transportation system applications, due to its high Q and temperature stability. For example, it can be used in digital audio and video players, navigation systems, and digital cameras.

Working Principle

The PBRC-3.93AR resonator operates using the principle of electromechanical coupling. It is comprised of two components: an electromagnetic coil, and a permanent magnet. When an electric current is applied to the coil, a magnetic field is generated. This magnetic field interacts with the permanent magnet, creating an oscillating magnetic field that emits sound waves.

The PBRC-3.93AR resonator works by selecting a specific frequency from the sound waves generated. This frequency passes through the resonator and out into the surrounding environment. This process creates a resonance effect, which is heard as a distinct sound.

Advantages

The PBRC-3.93AR resonator has several advantages. It features excellent temperature stability and high Q, which make it well-suited for digital consumer or transportation system applications. Additionally, it is cost-effective and easily integrated into existing systems. Finally, it is lightweight and small, making it ideal for a variety of applications.

Conclusion

The PBRC-3.93AR resonator is a versatile solution that is well-suited for digital consumer and transportation system applications. It is lightweight and small, and offers excellent temperature stability and high Q. Additionally, it is cost-effective and easily integrated into existing systems. For these reasons, it is an ideal choice for a variety of applications.