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1. The range of frequencies a microphone can accurately capture and reproduce.
2. A representation of sound in the form of an electrical voltage that can be processed and analyzed.
3. A graphical representation of a sound wave showing its amplitude and frequency variations over time.
4. A type of microphone that uses a capacitor to convert sound into an electrical signal.
5. The electrical power required by condenser microphones to operate, typically provided by an audio interface or mixer.
6. Sound represented in a binary format consisting of discrete samples taken at regular intervals.
7. The maximum extent of vibration or oscillation in a sound wave, representing the loudness or volume of the sound.
8. The number of cycles or waves occurring in one second, determining the pitch of a sound.
9. The number of samples of a sound wave that are taken per second to convert it into a digital form.
10. The thin membrane in a microphone that vibrates in response to sound waves and converts the vibrations into an electrical signal.
11. The process of converting sound waves into a digital form that can be stored or manipulated by a computer.
12. A type of microphone that uses electromagnetic induction to convert sound into an electrical signal.