AWSCR-16.93CV-T

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Resonators are fundamental components of any radio or sound system, converting sound waves into electrical signals. The AWSCR-16.93CV-T is a commonly used type of resonator that is capable of achieving wideband operation and high recovery in both audio and radio applications. This versatile device is often used for high-quality reception and transmission of signals in short distances. In this article, we will discuss the application field and working principles of the AWSCR-16.93CV-T.

Application Field

The AWSCR-16.93CV-T resonator is most commonly used in home entertainment systems, including television, soundbars, and other audio equipment. It is also commonly found in high-quality microphone applications, where its wideband operation and sensitivity make it ideal for capturing both delicate and intense audio. The AWSCR-16.93CV-T is also widely used in commercial radio communications and other related applications such as mobile phones, satellite dish receivers, and cordless phone systems.

Working Principle

The AWSCR-16.93CV-T is a piezoelectric device, which means it is able to convert mechanical energy into electrical energy. It works by vibrating a thin crystal plate at a specific frequency, producing a constant electrical signal. When sound waves enter the device, the plate vibrates at a different frequency, producing a changed electrical signal which can then be processed and amplified. The AWSCR-16.93CV-T is tuned to a specific frequency, typically within the range of 80-220 KHz, allowing it to capture a wide range of frequencies. This wideband operation makes the AWSCR-16.93CV-T a suitable choice for many applications, including radio communications and audio recording.

Conclusion

The AWSCR-16.93CV-T resonator is a widely used device in both audio and radio applications, due to its wideband operation and excellent sensitivity. It is a piezoelectric device that is able to convert mechanical energy into electrical energy by vibrating a thin crystal plate at a specific frequency. It is tuned to a range of frequencies usually between 80-220 KHz, allowing for the capture of sound waves across a wide range. The versatility of the AWSCR-16.93CV-T makes it suitable for many applications, both in home entertainment systems and commercial radio communications.

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