Thank you!
What kind of a bypass circuit are you thinking of? If it's a negative feedback bypass circuit, yes, that's what the switched pot on the back of the chassis is for. I have a standard negative feedback circuit with a switched 50K pot in the circuit so that I can shut off the bypass, or have it on with a variable amount of feedback to the preamp. I don't know how well it will work on an amp this small, but I guess I'll find out.
Sorry, I meant a standby switch so you don't have to turn off the power to the tubes when you aren't playing for a minute or changing things like effects pedals. Not sure why I said bypass. I'm curious on how that negative feedback circuit works out. Thanks for the response
Yeah, I understand. I didn't put a standby switch on this amp. I could have, but it seems that you very seldom see a standby switch on an amp this small. I couldn't tell you why. I usually put a standby switch on any push pull amp that I build.
Thank you!
What kind of a bypass circuit are you thinking of? If it's a negative feedback bypass circuit, yes, that's what the switched pot on the back of the chassis is for. I have a standard negative feedback circuit with a switched 50K pot in the circuit so that I can shut off the bypass, or have it on with a variable amount of feedback to the preamp. I don't know how well it will work on an amp this small, but I guess I'll find out.
Sorry, I meant a standby switch so you don't have to turn off the power to the tubes when you aren't playing for a minute or changing things like effects pedals. Not sure why I said bypass. I'm curious on how that negative feedback circuit works out. Thanks for the response
Yeah, I understand. I didn't put a standby switch on this amp. I could have, but it seems that you very seldom see a standby switch on an amp this small. I couldn't tell you why. I usually put a standby switch on any push pull amp that I build.