EM-26091-C36

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Microphones - EM-26091-C36 Application Field and Working Principle

A microphone is an acoustic-to-electric transducer, which is capable of converting sound into an electrical signal. Among the various types of microphones available today, the EM-26091-C36 condenser microphone stands out due to its superior features. It is often used in recording studios, film industry, and broadcasting stations. This article investigates the application field and working principle of the EM-26091-C36 condenser microphone.

Application Field

The EM-26091-C36 condenser microphone is used in a variety of applications. It is most commonly used in recording studios, film production, broadcast centers, and other places where sound capturing and signal transduction are needed. The frequency range of the mic is 20Hz-20KHz, making it suitable for capturing vocal and musical sound accurately. It also works well in capturing higher frequency sound such as the sound of cymbals, drums, and other acoustic instruments.

The EM-26091-C36 condenser mic is also frequently used in sound effects. Its high sensitivity and low-noise make it perfect for capturing sounds such as footsteps, heartbeats, and other similar sounds. It is also often used in voice-over work and audio engineering.

Working Principle

The EM-26091-C36 condenser microphone has a simple working principle. It uses an electric circuit made up of two plates called the diaphragm and the backplate. The diaphragm is a thin membrane that vibrates when sound waves impinge on it. These vibrations are then converted into electrical signals. These signals are then transmitted to the amplifier for further processing.

The backplate of the EM-26091-C36 condenser microphone is an electrically charged metal plate. When sound waves impinge on the diaphragm, it causes a disturbance in the electric field between the diaphragm and the backplate. This disturbance gives rise to an electrical current, which is amplified and then transmitted to the amplifier.

The EM-26091-C36 condenser microphone also has a built-in overload protection mechanism. This ensures that the sound input does not exceed the level of sound processing capabilities of the microphone. If the sound input is too high, the overload protection mechanism automatically reduces the sound level.

The EM-26091-C36 condenser microphone is also designed with a high-pass filter. This filter removes low-frequency sound waves by passing sound waves with a frequency of 50Hz or higher. This helps reduce background noise and increases the clarity of the sound being captured.

Conclusion

The EM-26091-C36 condenser microphone is an excellent choice for capturing high-quality sound in various applications. It is most commonly used in recording studios, film production, broadcast centers, and other places where sound capturing and signal transduction are needed. With its wide frequency range, high sensitivity, and low-noise, it is capable of capturing sound accurately. Moreover, its built-in overload protection mechanism and high-pass filter ensure that it produces clear and crisp sound.

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