I think it's great. :)
Thank you for taking the time.
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I think it's great. :)
Thank you for taking the time.
Mine would be to try and live life a little, travel a bit, see the world, enjoy a cold beer, volunteer in your community... something, anything, besides sitting around making tapped autotransformers....
Some guys swear the higher voltage capacitors sound better, especially on the top end. That's why they use 400V capacitors on their tweeters.
The higher the voltage rating the more expensive and...
JBL uses lots of 100V components. I use 250V. I've never had any issues. However, I have come to the realization over the years that perhaps I don't flog my systems like some other forum members do.
Yes, R6 is the 16 ohm driver load. It's easier than putting in a driver model along with a 16 ohm objective curve. :D
An actual driver impedance curve is rather pointless since this is a "generic"...
I want to address this because I think it is important to show why.
First schematic shows substituting in a 3.3 mH inductor for the 3.3 mH tapped autotransformer as well as adding in the -10 dB...
Here's one showing the effects of the HF compensation switch. High, Low, None.
:dont-know:
Here is the standard value equivalent. I forgot to force it in the original.
Here you go.
Don't fret about the 316.2m value shown on the schematic for the tapped autotransformer T1. It is indeed 3.3 mH with a turns ratio of 0.3162 to 1 for the -10 dB voltage drop as shown...
Nope. You cannot treat a tapped autotransformer like an inductor.
If I have time tomorrow I'll work up the 3110A equivalent network. I suspect it will be similar to what I already have along with...