FI-23341-000

Introduction

The FI-23341-000 is an advanced microphone which is designed to provide superior sound performance in any application field. It has a wide range of operating frequency ranges, enabling it to adapt to different acoustical conditions. The microphone also features a "noise eigenvector" algorithm which allows for improved noise reduction capabilities. In addition, the microcontroller-based architecture of the microphone allows for easy integration into existing audio systems or applications.

Application Field

The FI-23341-000 microphone is mainly used in professional recording environments, where the sound quality needs to be of the highest quality. By featuring a wide range of operational frequency ranges, the FI-23341-000 ensures that no matter which sound conditions or recording contexts are present, the microphone will be able to accurately capture each and every sound. In addition, the microphone features a variety of input sensitivity settings which can be used to tailor the microphone’s sound output to suit the needs of the specific application.

The FI-23341-000 microphone is also highly suitable for home recording and audio production applications. The microphone is designed to be compatible with both professional and consumer audio equipment, making it perfect for both amateur and professional audio engineers. Additionally, the microphone’s noise reduction capabilities come in handy when it comes to recording in low-noise environments, ensuring that the audio that is captured is of the highest quality.

In addition to being used in professional and home studio applications, the FI-23341-000 microphone is also very suitable for use in public address systems and outdoor concerts. The microphone features a robust and weatherproof shell to make it able to withstand the harshest of environments. The microcontroller-based architecture of the microphone ensures that the signal from the microphone is reliable and of a consistently high quality, no matter the environment.

Working Principle

The FI-23341-000 microphone features a direct-coupling circuit architecture, which means that the signal generated by the microphone is sent directly to the amplifier circuit within the microphone. This eliminates the need for any unnecessary external connections, making the setup process of the microphone very simple. This also reduces the amount of interference to the signal generated by the microphone, resulting in a clear and crisp sound output.

The noise eigenvector algorithm present in the microphone also serves to reduce background noise while the microphone is in use. This algorithm breaks down the incoming audio signal into individual components and then amplifies or attenuates each of them depending on the sound’s frequency. This allows for a cleaner and more efficient sound output, eliminating any unnecessary noise that would otherwise be present.

Conclusion

The FI-23341-000 microphone is an excellent choice for any professional recording, production, or public address system. It features a direct-coupling circuit architecture to ensure a clear and crisp sound output, as well as a noise eigenvector algorithm which allows for improved noise reduction capabilities. Additionally, the microphone’s microcontroller-based architecture makes it compatible with both professional and consumer audio equipment, making it highly suitable for home recording and audio production applications.