M-Audio Microphone - Manual

M-Audio Microphone

M-Audio Microphone – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Table of Contents:

  • Page 2 – Contents
  • Page 3 – Chapter 1; Microphone Design; Microphone Types; Dynamic microphones; Ribbon microphones; Choosing & Using Microphones
  • Page 4 – Condenser microphones; Condenser; Capsule Size
  • Page 5 – Small Capsules; Medium Capsules; Large Capsules; The Diaphragm; The Backplate
  • Page 6 – Patterns; Cardioid pattern; Omni pattern
  • Page 7 – Figure 8 or bidirectional pattern; Super-cardioid pattern
  • Page 8 – Top Address vs. Side Address Designs; Microphone Electronics
  • Page 9 – Tubes vs. solid state; Tube electronics
  • Page 10 – Solid state electronics; Manufacturing Standards; The story behind affordable matched pairs for stereo-miking
  • Page 11 – Higher standards
  • Page 13 – Chapter 2; Caring for Microphones; Shock Protection
  • Page 14 – Cleaning and Storage
  • Page 15 – Chapter 3; Basic Miking Concepts
  • Page 16 – Large Capsules vs. Medium Capsules; Use of Processing During Recording
  • Page 17 – The Recording Environment; The Revolutionary New TAMPA Preamp
  • Page 18 – Phasing Issues with Multiple Microphones; Minimize the number of microphones in; Separate the sound sources.
  • Page 19 – Minimize reflective surfaces.; Avoid boxing in mics.
  • Page 21 – Chapter 4; Stereo Miking Techniques
  • Page 22 – Blumlein
  • Page 23 – Spaced Omni
  • Page 25 – Chapter 5; Specific Miking Applications; Vocals
  • Page 26 – Acoustic Guitar; is very boomy, especially when combined
  • Page 27 – Electric Guitar
  • Page 28 – Drums
  • Page 33 – Chapter 6; The M-Audio Family of Microphones
  • Page 34 – Appendix A; Troubleshooting Tips; Problem: No audio from mic; Problem: Audible buzz; Problem: Sound is muffled
  • Page 35 – Appendix B; Contact Information; Music Trades
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Summary

Page 2 - Contents

Contents Microphone Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 Microphone Types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 Capsule Size . . . ....

Page 3 - Chapter 1; Microphone Design; Microphone Types; Dynamic microphones; Ribbon microphones; Choosing & Using Microphones

Chapter 1 Microphone Design While all microphones are designed for the common purpose of converting variations in soundpressure to electronic signals, different technologies have their benefits depending upon theapplication.This chapter examines the merits of different design types, capsule sizes, p...

Page 4 - Condenser microphones; Condenser; Capsule Size

have very low output, thereby requiring more electronic gain a factor that necessitateshigh-quality preamp electronics in order to avoid noise. Condenser microphones Condenser mics are the most common for studio use. A thin electrically conductive diaphragm is suspended over a back plate,forming a d...

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