Chapter 7 Further Reading — Microphones

A short, honest shelf. Everything here is real and worth your time; nothing here is required before writing your capture plan. URLs are given at the domain level only — sites reorganize, search functions don't.

Beginner

  • Appendix C: Microphone Selection Guide (this book). When choosing actual hardware becomes the genuine next step, the appendix translates this chapter's families and patterns into classes, price tiers, and questions to ask — still without a shopping list. Pair it with Appendix D: Studio Setups by Budget to see mics in the context of whole rigs.
  • Bruce Bartlett and Jenny Bartlett, Practical Recording Techniques (Focal Press). A long-running, friendly, genuinely practical introduction to recording; its microphone and placement chapters reinforce everything here with additional source-by-source recipes. Multiple editions exist — any recent one serves.
  • Shure's educational articles (shure.com — look for their educational/publications section). Yes, a manufacturer — but their explainers on polar patterns, proximity effect, and mic technique are unusually solid, free, and honest about physics. Read them the way this chapter taught you: for mechanisms, not model numbers.

Intermediate

  • Bobby Owsinski, The Recording Engineer's Handbook (multiple editions). The natural next book after this chapter and Chapters 11–12: source-by-source mic selection and placement surveys, including techniques from working engineers with differing opinions — useful precisely because they disagree, which keeps you honest about there being no single right answer.
  • Mike Senior, Recording Secrets for the Small Studio (Focal Press). The recording-stage companion to his mixing book this series cites later. Written for exactly this book's reader — small rooms, modest gear — with placement-over-purchase pragmatism throughout, and excellent on getting professional captures out of one or two affordable mics.
  • Sound On Sound magazine (soundonsound.com). Decades of freely searchable technique articles; their acoustic guitar, vocal, and electric guitar recording features pair perfectly with this chapter's playbooks, and their studio-session write-ups show placement decisions in the wild. Search the site for "recording acoustic guitar" to start.

Advanced

  • John Eargle, The Microphone Book (Focal Press). The standard serious reference: transducer physics, pattern derivation, proximity effect and off-axis behavior with actual math, plus stereo technique theory. Later editions were revised after Eargle's death; any edition deepens every section of this chapter.
  • Glen Ballou (ed.), Handbook for Sound Engineers (Focal Press). An encyclopedia rather than a read-through; its microphone chapters cover transducer engineering at depth this book deliberately skips. For the reader who wants to know exactly why the pattern changes shape with frequency.
  • DPA Microphones' "Mic University" (dpamicrophones.com). A manufacturer's educational library that reads like a free acoustics course — particularly strong on off-axis response, stereo pair geometry, and placement theory. Their commercial interest is high-end capsules; their physics is physics.
  • Audio Engineering Society (aes.org). Conference papers and journal articles on transducer design and stereo technique, for when curiosity turns professional. Student memberships exist and are worth it for access alone.

For Educators

  • Run the chapter's labs as in-class stations. The distance ladder (exercise C1), axis sweep (C2), and null hunt (C4) work with one USB mic per station and produce audible, discussable results inside a 50-minute session; the Theo test (C6) makes an excellent two-team challenge with a blind class vote.
  • The companion volume, The Physics of Music, covers the underlying acoustics this chapter applies — timbre and Fourier analysis (its Chapter 7) and room acoustics (its Chapter 34) — useful for courses pairing engineering practice with science credit.
  • Case study 2 as a discussion text: the SM57's history opens well into seminar questions about network effects versus fitness, why audio tools resist obsolescence, and what "industry standard" does and doesn't certify. Pair with a blind listening test of a budget dynamic versus a premium condenser, placement controlled — let the room argue with its own assumptions before you reveal which was which.