(from the article `microphone`) ...displacement of the diaphragm may cause variations in the resistance of a carbon contact (carbon microphone), in electrostatic capacitance ... Most microphones use either an electromagnetic or an electrostatic technique to convert sound waves into electrical signals. The dynamic microphone ... [2 re...
Found on
http://www.britannica.com/eb/a-z/d/87
A type of microphone that works on the electric generator principle, where a diaphragm moves a coil of wire within a magnetic field and is typically less sensitive than Condenser Microphones where you need more gain
Found on
http://www.encyclo.co.uk/local/20532
A moving coil or ribbon microphone, in which the movement of the diaphragm (with its attached coil of very fine wire) or ribbon through the field of a permanent magnet induces a varying output voltage. This voltage is sent to the recording console. Works like a dynamic loudspeaker in reverse. (WW)
Found on
http://www.encyclo.co.uk/local/22286
Type of microphone - and the simplest. Can be likened to a loudspeaker in that dynamic microphones operate principally in reverse. The sound pressure entering the microphone moves a diaphragm, which causes electrical energy to be produced. Very popular for its robustness and reliability under physical extremes.
Found on
http://www.encyclo.co.uk/visitor-contributions.php
This kind of Microphone converts acoustic energy to electrical energy by using a moving coil and a permanent magnet. This kind of microphone does not require any external power to be applied.
Found on
http://www.songstuff.com/glossary/D
A type of microphone that works on the electric generator principle, where a diaphragm moves a coil of wire within a magnetic field. Where a diaphragm moves a coil of wire within a magnetic field and is typically less sensitive than Condenser Microphones where you need more gain.
Found on
http://www.traditionalmusic.co.uk/music%20tech%20glossary/Music%20Tech%20Gl
Microphone which works through a diaphragm being attached to a coil which operates within a strong magnetic field. The diaphragm vibrates in response to soundwaves, which, in turn stimulates motion of the coil. The magnetic field causes an electric current to flow through the coil, with a voltage which varies in sympathy with the motion of the diap...
Found on
http://www.traditionalmusic.co.uk/music%20tech%20glossary/Music%20Tech%20Gl
No exact match found.
