***So this post ended up branching off into looking for insight into better controlling frequency shaping throughout amplifier stages.**
I'm becoming frustrated at the interaction between bass and treble frequencies when adjusting the potentiometer values in my tone stack. I'm really looking to trim a fair amount of the bass, I guess. (without simultaneously increasing the highs). It would be great to have a little more isolation in the tone controls, but once I find a good setting, I really don't change them to be honest. So, finding a solution without having to redesign the tonestack is fine.
I like the touch response I'm getting. The overdrive is tight and I'm not getting blocking. I guess my concern is, if I alter the values of interstage coupling caps too drastically, it may upset some of the circuit dynamics–excursion during overdrive, etc.
Also, I'm using a 15" speaker with a massive alnico magnet. It's a 1960's Jensen P15L. From what I could find out, it's a full range speaker that jensen designed as part of their most efficient line. But, I'm wondering if this might be a place to start in cutting some of the bass (or, should I be looking at the front end of the amplifier??)
For those with experience in the frequency response of a range of speakers, I was able to find these low res plots. I was hoping you could way in on whether or not this is a practical choice for guitar.
I'm becoming frustrated at the interaction between bass and treble frequencies when adjusting the potentiometer values in my tone stack. I'm really looking to trim a fair amount of the bass, I guess. (without simultaneously increasing the highs). It would be great to have a little more isolation in the tone controls, but once I find a good setting, I really don't change them to be honest. So, finding a solution without having to redesign the tonestack is fine.
I like the touch response I'm getting. The overdrive is tight and I'm not getting blocking. I guess my concern is, if I alter the values of interstage coupling caps too drastically, it may upset some of the circuit dynamics–excursion during overdrive, etc.
Also, I'm using a 15" speaker with a massive alnico magnet. It's a 1960's Jensen P15L. From what I could find out, it's a full range speaker that jensen designed as part of their most efficient line. But, I'm wondering if this might be a place to start in cutting some of the bass (or, should I be looking at the front end of the amplifier??)
For those with experience in the frequency response of a range of speakers, I was able to find these low res plots. I was hoping you could way in on whether or not this is a practical choice for guitar.
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