EM-25447-C36

Microphones

The EM-25447-C36 is a versatile microphone that offers reliable, accurate and consistent sound capture. It is suitable for a wide range of applications, from live performances to sound reinforcement for recordings. This article will discuss the capabilities of the EM-25447-C36, including its application field and working principle.

Application Field

The EM-25447-C36 is a multifunctional microphone that is designed for a variety of uses. It can be used to capture speech, musical instruments, ambient noise, and more. Its fast transient response and low distortion make it suitable for recording both live performances and studio sessions. Furthermore, the EM-25447-C36 is capable of capturing sound from a wide frequency range, making it also suitable for sound reinforcement applications. Its cardioid polar pattern can precisely capture sound around it, eliminating noise from the sides and rear. In addition, this type of microphone has a low self-noise, making it ideal for sound recordings with subtle details.

Working Principle

The EM-25447-C36 operates using a pressure differential principle. This is a type of transducer that is sensitive to changes in air pressure. It consists of two components: a diaphragm and a backplate. When sound waves strike the diaphragm, it vibrates. This causes the air pressure above and below the diaphragm to change, resulting in a voltage signal. This voltage signal is then converted into an audio signal by the microphone\'s built-in circuitry.

The EM-25447-C36 offers excellent sound quality. It has an impressive sensitivity of -38 dBV/Pa and a frequency response of 50 Hz to 20 kHz. This ensures that the microphone will capture accurate, clear sound regardless of the situation. Furthermore, the high dynamic range of 124 dB ensures that even sudden, loud sounds will not cause distortion.

Conclusion

The EM-25447-C36 is well suited for a variety of recording and sound reinforcement applications. It has an excellent audio quality and a wide frequency response. Additionally, its low self-noise and high dynamic range make it suitable for capturing subtle sounds in high-quality recordings. Its cardioid polar pattern ensures that it captures sound precisely, while its pressure differential principle ensures accurate sound capture.