ultrasonic transducer
The microphone is defined as an electrical transducer or sensor that converts sound into electrical signals. The microphones are used in many applications. Used in various instruments such as telephones, tape recorders, hearing aids, film production and live sound engineers, broadcasters and equipment for voice recording, and also not to sound effects, such as ultrasound tests. Speakers can also function as a microphone during the retreat.
The basic function of a microphone with cable connection to capture the waves of different surfaces and turn them into an electrical signal. A signal flow common is enabled by using thin membranes that produces a proportional electrical signal.
Most microphones used today to generate Job electromagnetic audio (dynamic microphones), capacitance change (condenser microphones) or piezoelectric generation produce mechanical vibration signal.
In the world of wired microphones, there is considerable variety, with different functions. The types of microphones are capacitors or also commonly known as a condenser, dynamic carbon and piezoelectric microphones.
The microphone signals piezoelectric mechanical vibrations. The dynamic microphone is also known for the use of electromagnetic principles.
The microphone capacitor, which is also known as a condenser microphone, a unique function. In this microphone, the diaphragm acts as a capacitor plate, and vibrations produce changes in distance between the plates. The condenser microphone consists of two bases on the basis of the production of audio from the transducer. A division called DC biased and the other is known as RF or HF condenser microphone.
The duration varies from disposable condenser microphone audio cheap for the quality of high-precision instruments. In general, the signal producing high quality audio. Condenser microphones are now the popular choice in applications laboratory and recording studio. Usually require a power source, which is provided either by the mic like a phantom power or a small battery.
The dynamic microphone works the same way the speaker, but only the principle is reversed. The microphone function is as follows. A small coil Induction furniture placed in the magnetic field permanent magnet is attached to the membrane. The sound comes through the windscreen of the microphone and sound waves the diaphragm. When the diaphragm vibrates, the coil moves in the magnetic field, producing a variation of current in the electromagnetic induction coil.
Dynamic microphone, professional microphones condenser using the principle of sport often an external power source, for reasons of perceived quality. Power is a need for the operation of the condenser. Plate capacitor can not operate with a supply voltage. Power is also required for amplification internal signal to an output level of utility.
Condenser microphones are also available with two diaphragms, the signals that can be electrically connected to provide a range of models such as the polar cardioid, omnidirectional and figure eight.
The world of microphones is not limited a few dynamic microphones and condenser microphones. Every day a new innovation and invention occurs.
About the Author:
Victor Epand is an expert consultant for music gear, speakers, and microphones. You can find the best marketplace for music gear, speakers, and microphones at these 3 sites: music gear, music equipment, speakers, subwoofers, and dynamic microphones, carbon microphones, piezoelectric microphones.
Article Source: ArticlesBase.com – The World of Wired Microphones
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Ultrasonic transducer materials (Ultrasonic technology) … |
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