The diaphragm is the part of the speaker that physically interacts with the air to produce sound. The electromagnets underneath the diaphragm create motion, and it is the repeated in/out movements of the diaphragm that change the position of the air particles in the surroundings, creating sound waves. Larger movements lead to a louder sound, whereas the frequency of the movement correlates to the pitch.
The diaphragm is used to change the aperture diameter,same as shade.
in the most basic terms it works the same as a micro phone and speaker. In both a microphone and a speaker there's a diaphragm with a magnet inside a coil. As You speak into the mirophone the sound waves move the diaphragm back and forth causing the magnet to move back and forth, this induces current in the coil and the rest of the circuit. A speaker works the same but in reverse the current causes the magnet to move causing the diaphragm to move creating sound. So basically the signal of one mircophone is connected to the other persons ear piece. Hope that helps
The heart is anchored to the diaphragm in order to keep it in place. The diaphragm also reduces friction to the outer membranes of the heart.
abdominal aorta is the portion of the descending aorta inferior to the diaphragm. it passes thru a hole in the diaphragm called aortic hiatus
antonyms
The diaphragm.
Diaphragm
Electrical energy is used to vibrate a diaphragm. The mechanical energy so produced vibrates the air molecules in contact with the diaphragm and these vibrations are then propagated as sound.
A common electrical device that contains an electromagnet is a speaker. The electromagnet in a speaker is used to convert electrical signals into sound waves by vibrating a diaphragm.
The diaphragm in a telephone is most like a speaker cone. It vibrates to convert electrical signals into sound waves, similar to how a speaker diaphragm moves to produce sound. This movement allows the telephone to transmit voice audio clearly to the listener on the other end.
Magnets are used in speakers because they play a crucial role in converting electrical signals into sound waves. Inside a speaker, the magnet interacts with a coil of wire attached to a diaphragm, causing the diaphragm to vibrate and produce sound. This vibration creates the audio waves that we hear as music or speech. In essence, magnets help to create the movement needed for sound production in a speaker system.
A diaphragm will be found in both a microphone, and a speaker; both being transducers across electrical to air pressure.
A speaker device has many basic components. The more important parts include the frame or basket, diaphragm, spider, voice coil, dust cap, and pole piece.
A dynamic microphone is most similar to a speaker. They both consist of a diaphragm, a voice coil and a magnet.
Sound is generated from a speaker through the vibrations of an electromagnet attached to a diaphragm. The electrical signal from an audio source causes the diaphragm to move back and forth, creating sound waves that travel through the air and are heard as sound.
The eardrum is more like a sensing microphone's diaphragm or membrane.
A magnet in a speaker helps create sound by interacting with an electric current to move a diaphragm, which produces vibrations that create sound waves.