However, I have my Bachelor's (EE) from Cornell before working in the recording industry for a major equipment manufacturer, before I left to start my own company supplying custom tools and services for equipment calibration and maintenance to the industry, that I sold before going back and doing a Master's (EE) and starting my PhD at Berkeley. Never finished that because I ended up running a group developing professional audio equipment for the recording industry. They were happy with their niche, I wanted to grow, so I put together a team that worked on software plug-ins and hardware that we eventually sold to a competitor. Since then been dabbling with a number of companies across a range of tech. In other words, yes, I actually do have a clue what I am talking about, but that is probably evident from me picking up easily things like incorrect speaker models, simulations that can't possibly match actual transmission line effects, quick estimation of cable losses, and all the other errors in the paper.
*WHITE PAPER* The Sound of Music - How & Why the Speaker Cable Matters
G'DAY
I’ve spent a sizeable amount of the last year putting together this white paper: The Sound of Music and Error in Your Speaker Cables
Yes, I’ve done it for all the naysayers but mainly for all the cable advocates that know how you connect your separates determines the level of accuracy you can part from your system.
I’ve often theorized what is happening but now, here is some proof of what we are indeed hearing in speaker cables caused by the mismatch between the characteristic impedance of the speaker cable and the loudspeaker impedance.
I’ve included the circuit so you can build and test this out for yourselves.
Let the fun begin
Max Townshend
Townshend Audio
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- 146 posts total
- 146 posts total