EE courses for designing audio amplifiers and speakers?

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Discussion Overview

The discussion revolves around the educational pathways in electrical engineering (EE) for individuals interested in designing audio amplifiers and speakers. Participants explore relevant courses, the value of pursuing a bachelor's versus a master's degree, and specific topics within EE that would enhance their understanding of audio equipment design.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant suggests that introductory circuits classes cover RLC filters, but it may take several classes to reach more complex topics like amplifiers and filters.
  • Another participant emphasizes the importance of taking courses in Linear System Theory (or Signals and Systems), Electronic Circuits, and Digital Signal Processing (DSP) for a career in audio.
  • There is a discussion about the potential benefits of pursuing a master's degree in EE rather than a bachelor's degree, with one participant noting that it may take less time to complete the requirements for an MS.
  • One participant questions the necessity of taking bridge courses for an MS, expressing concern about the time commitment due to prerequisites.
  • Another participant mentions the value of attending the AES convention for networking and learning opportunities in the audio industry.
  • There is curiosity about the relevance of Communication Systems in the context of audio engineering and a request for clarification on the background of participants suggesting these courses.

Areas of Agreement / Disagreement

Participants generally agree on the importance of foundational courses like Circuits and Signals & Systems for audio design. However, there is no consensus on whether to pursue a bachelor's or master's degree, as opinions vary regarding the necessity and time required for bridge courses.

Contextual Notes

Participants express uncertainty about the specific course offerings at their respective colleges, particularly regarding integrated circuits and the prerequisites for advanced degrees. There are also varying opinions on the best educational path for entering the audio engineering field.

Who May Find This Useful

Individuals with a background in physics or related fields interested in transitioning to electrical engineering, particularly in audio equipment design, may find this discussion relevant.

cjv998
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Hi everyone. I've got my BS in physics, but I don't know much about electrical engineering. I've had a passing interest in do-it-yourself audio equipment for quite some time (designing and building your own speakers and amplifiers), and I've finally decided to get serious about it.

So, it seems that learning some electrical engineering would greatly benefit me. I know what the various passive components are (inductors, resistors, capacitors, etc.), and I'm vaguely familiar with transistors and diodes, but I'd love to know more. I still don't fully understand why the various LRC filters function the way they do, and designing a discrete audio amplifier at the transistor level is like black magic to me, as are power supplies (I do remember discussing bridge rectifiers back in college, but I've forgotten the details). I'm not sure which courses in electrical engineering would benefit me. (Also, I'm not opposed to branching out a bit in EE, if an area sparks my interest.) I assume you typically cover the behavior and characteristics of LRC filters in a Circuits class? What about designing a power amplifier? (I know there are entire textbooks just on this topic.) Learning a bit about DSP would also be cool.

(As a side note, I've even debated returning to college and getting a full bachelor's degree in EE, since the employment prospects look more promising. So it's definitely a field that interests me.)

I'd greatly appreciate any input you can provide. Thanks!
 
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Yep you'll learn RLC filters in the beginning circuits class, but it can take a few classes before you get to really interesting and useful stuff.

When I was an undergrad, Intro to Circuits was purely passive networks, starting with R working our way up to RLC. The second class will get into op amps and more detail about amplifiers and filters. You'll find these classes more difficult than they should be because you don't use the frequency domain (Laplace analysis) right away.

Your third class with be an intro to transistors which will be highly relevant for audio circuits. Your fourth class will start getting fun with more complex filters and amplifiers. My fifth through maybe tenth classes were great because we got into integrated circuits.

Have fun!

PS If you go back to school get an MS, don't bother with the BS in EE. It will only take you less than a year to get the requirements for an MS, so you can get one in 2.5 years or so.
 
998, i think that if you survived Physics with a B.S. and you can do tensor math or Hamiltonians or whatever, you have more mathematical sophistication than most EEs (students or practitioners).

while i might agree with not bothering with a BSEE, you do need to take some undergrad courses in Linear System Theory (nowadays they might call it Signals and Systems) and maybe Electronic Circuits and maybe Communication Systems and maybe DSP.

also, if you have the money and the time, if you want a career in audio, you should attend the AES convention in NYC next month. getting lodging won't be cheap.

the audio industry could use a few more competent physicists with electronic and DSP chops, IMO.

L8r,

r b-j
 
Sounds like Circuits and Signals & Systems would be a good start, along with the introductory course on transistors. No surprise there I suppose.

Any other comments on skipping the BS and going for an MS? I was under the impression that the bridge courses I'd need for an MS would take like 4-5 semesters to complete due to all the prereq's (it's only like 24 credit hours, but the prerequisites mean you can't condense them down neatly - at least that's the way it works at my last college).

analogdesign: What sort of upper-level undergrad courses did you take that went into integrated circuits? I'm just asking because my college doesn't seem to offer a lot of that stuff.

rbj: I'm curious, why do you suggest Communication Systems? Also out of curiosity, what is your background (physics, EE, etc.)?
 
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