EM-25359-C36

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Microphones

Microphones are an essential piece of equipment for audio recording, mixing, and mastering. They are used to capture sound from a variety of sources such as musical instruments, vocals, and more. The EM-25359-C36 is a highly sensitive condenser microphone with incredible audio performance. It offers a unique combination of sensitivity, low noise, and high SPL handling which makes it an ideal choice for many recording and studio applications.

Application Field of EM-25359-C36 Microphone

The EM-25359-C36 microphone is well-suited for a variety of studio and recording applications. As a condenser microphone, it is perfect for capturing acoustic instruments such as guitar, vocals, and amplified instruments. Its high sensitivity and low noise make it a great choice for capturing delicate sounds like flutes, pianos, and strings without adding coloration or distortion to the sound. It is also capable of handling high SPL levels, making it ideal for capturing louder sources such as drums, percussion, and amplified guitar.

Working Principle of EM-25359-C36 Microphone

The EM-25359-C36 is a condenser microphone. It uses an electric field to capture sound waves and convert them into an electrical signal. The electrical signal is then amplified and sent to a microphone pre-amplifier. The microphone pre-amplifier boosts the signal before it is sent to the audio mixer or other audio equipment. The microphone pre-amplifier also adds tone controls and other effects which can be used to shape the sound of the incoming signal.

The EM-25359-C36 microphone is highly sensitive and can capture even the slightest sound wave. The capsule of the microphone consists of a thin-film diaphragm and conductor plates. The thin-film diaphragm is the primary component which converts the sound waves into a voltage signal. The conductor plates create an electric field between them with the diaphragm in the center. When sound waves pass through the diaphragm, the electric field created by the conductor plates changes and the diaphragm moves in response. This movement of the diaphragm then translates into a voltage signal which is the audio signal.

Conclusion

The EM-25359-C36 microphone is a highly sensitive condenser microphone with amazing audio performance. Its wide application range and high SPL handling makes it an ideal choice for many studio and recording applications. It offers a unique combination of sensitivity, low noise, and excellent sound quality which makes it one of the best options available. The microphone is very easy to use and provides users with a wide range of tonal control capabilities.

The specific data is subject to PDF, and the above content is for reference