EM-27693-C12

Microphones

The EM-27693-C12 microphone is a high-quality, low-noise microphone designed for broadcast applications. It features an omnidirectional, balanced pick-up pattern and an effective capsule shock mounting to provide exceptional sound quality. Its wide dynamic range and low self-noise make it suitable for both live and recorded sound applications.

Application Field

The EM-27693-C12 microphone is designed primarily for professional broadcast applications, but is also suited for other sound applications with similar requirements, such as film/TV production and sound reinforcement. It is particularly suited for capturing dialog, as its low self-noise ensures that there is no adverse effect on speech intelligibility. It can also be used to capture ambient sound or music, as its wide dynamic range captures the full range of sound.

Working Principle

The EM-27693-C12 microphone is based on the principle of a dynamic microphone. This type of microphone uses a diaphragm to sense sound waves, which vibrate in response to sound waves. This vibration is then converted into an electrical signal by means of a transducer. The transducer is a coil of wire that is suspended in a magnetic field. When the diaphragm vibrates, it causes the coil to move, which in turn generates a small electrical current. This current is then amplified and sent to a mixer or recording device.

The EM-27693-C12 microphone is designed to provide a wide dynamic range while maintaining clarity and detail, even at low sound levels. Its output is tailored to provide flat response across the audio spectrum, with a slight rise in the upper-midrange, which provides increased clarity and presence. The microphone has a low sensitivity setting, allowing it to be used for distant or quiet sources without distortion, and it also features an integrated pop filter for improved vocal clarity.

Conclusion

The EM-27693-C12 microphone is a versatile and reliable microphone suitable for a variety of professional applications. Its wide dynamic range and low self-noise make it ideal for capturing dialog or ambient sound for broadcast or recording applications. Its flat response and pop filter provide excellent clarity and presence, and its low sensitivity setting allows it to be used in situations where a more distant or quieter source is needed.