Sound, which is actually waves of varying pressure in the air, is converted into electrical energy by a microphone, which is often a coil of wire suspended in a magnetic field. The waves of air pressure at the microphone cause the coil to move, which generates an electrical waveform that is, as much as possible, similar to the waves of air pressure at the microphone. The electrical waveform is amplified by several stages of active electronic devices--either vacuum tubes or transistors--until it has enough power to drive an electrodynamic loudspeaker. The speaker is another coil of wire suspended in a magnetic field--just like the microphone, but operated in reverse. The varying electrical current in the coil causes the coil to move within the magnetic field. The coil is attached to a plastic or fiber cone; when it moves, it can displace enough air to create large waves of air pressure. In this way, the speaker can produce pressure waves in the air that are much larger than the ones that originally reached the microphone.
Amplification increases the strength or power of a sound signal, making it louder without changing its fundamental characteristics. This process allows the sound to be heard over longer distances or in louder environments. However, excessive amplification can introduce distortion and affect the quality of the sound.
It's amplification.
Improving your speakers will help with the amplification of sound coming out of your stereo.
Application: 1.For amplification of sound. 2.logic switch 3 oscillation 4 power amplification.
Accordion amplification works by capturing the sound produced by a musical instrument, such as a guitar or microphone, and increasing its volume through electronic amplification. This process involves converting the acoustic sound waves into electrical signals, which are then boosted and projected through speakers to create a louder and more powerful sound.
Sound amplification occurs when an input sound signal is increased in amplitude to make it louder. This is typically achieved by using electronic devices called amplifiers that receive the input signal and boost its strength before sending it to a speaker or headphone to produce louder sound. Amplification can also occur naturally in some environments with acoustic properties that reflect and focus sound waves.
Hard reflexions from walls reflect the sound and add it to the direct sound. That gives amplification of the total sound.
LASER- light amplification by stimulated emission by radiation SASER - sound amplification by stimulated emission by radiation
it is based on the pricipal of reflection and amplification of sound waves.
Amplification
A headphone isn't a sound at all. The sound that can be produced by headphones can be very loud depending upon the amplification used.
The opposite of attenuation is amplification. Amplification involves increasing the strength or intensity of a signal, sound, or electrical current, while attenuation involves decreasing it.