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Chapter Four of "Fundamentals of Audio Production" delves into the essential types of microphones including dynamic, condenser, ribbon, piezoelectric, and carbon, with a comparative overview of their functionalities. The chapter also explores polar patterns such as cardioid, hypercardioid, bidirectional, and omnidirectional, explaining how each pattern influences sound capture. Additionally, specialized microphones like lavalier and boundary effect microphones are discussed, along with the proximity effect and how to manage bass response using a roll-off switch.
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Fundamentals of Audio Production Chapter Four: Microphones Fundamentals of Audio Producion. Chapter 4
Microphone types • Dynamic • Condenser • Ribbon • Piezoelectric • Carbon (See Chapter 2, “Capturing Sound Electronically,” for details) Fundamentals of Audio Producion. Chapter 4
Dynamic Fundamentals of Audio Producion. Chapter 4
Condenser Fundamentals of Audio Producion. Chapter 4
Ribbon Fundamentals of Audio Producion. Chapter 4
Polar patterns • Cardioid or “heart-shaped Fundamentals of Audio Producion. Chapter 4
Polar patterns • Hypercardioid Fundamentals of Audio Producion. Chapter 4
Polar patterns • Bidirectional Fundamentals of Audio Producion. Chapter 4
Polar patterns • Omnidirectional Fundamentals of Audio Producion. Chapter 4
Specialized microphones • Lavaliere Fundamentals of Audio Producion. Chapter 4
Specialty microphones Boundary effect Fundamentals of Audio Producion. Chapter 4
Specialty microphones Boundary effect Fundamentals of Audio Producion. Chapter 4
Proximity effect • In cardioid microphones, the closer the microphone to the audio source, the more emphasis on the low frequencies. • That is, moving the microphone closes emphasizes low frequencies. • Compensate with a bass roll-off switch Fundamentals of Audio Producion. Chapter 4
Bass roll off Fundamentals of Audio Producion. Chapter 4