I would like to make this circuit on stripboard. This is actually a buffer on the input in one of the Boss pedals, with some modification, so that the signal leaving the circuit is reduced with 50% in the end.
On the photo below, on the left side, you can see the original buffer circuit from Boss, on the right side it is the modified design (the blue circle is the transistor).
I wondered if someone could help me to convert it to stripboard design? I cannot do that myself, my knowledge is too little for that.
On the photo below, on the left side, you can see the original buffer circuit from Boss, on the right side it is the modified design (the blue circle is the transistor).
I wondered if someone could help me to convert it to stripboard design? I cannot do that myself, my knowledge is too little for that.
Well, you're almost there, as you've drawn all the nodes 'in separation' already.
Actually, there is no 'stripboard design application' available: it's the learning curve.
Use the attached Strip to rehearse for free, print, draw, erase, start over, again, and again & so on.
Make 100% sure the green 2SK184 has a DGS (top view TO92) pinout as indicated.
Actually, there is no 'stripboard design application' available: it's the learning curve.
Use the attached Strip to rehearse for free, print, draw, erase, start over, again, and again & so on.
Make 100% sure the green 2SK184 has a DGS (top view TO92) pinout as indicated.
Not sure what the input 10k resistor is supposed to be doing other than adding noise? Maybe reduce it to 1k?
Alas, only errors after installing on W11...
Possibly a residue from the original circuit. Can be skipped.
I am not sure why the 10K resistor was suggested. I am a total beginner, so I have no clue about the whole diagram. Some people are helping me with it they suggested it.
I have already soldered things, repaired and made cables, repaired the battery of my iPod, etc, so if I have a precisely described guide with PCB and everything, I can build any circuit from it, but if I have no clear guide, I have no clue how to do it. Same applies to stripboard application.
But anyway what mostly the problem for me with stripboards is the routing. Which components go on common strip and which not. Please check the image below. The routings and parts I encircled with red are the ones I am interested in how they look on stripboards. If you could link anything that shows example to those, then I can start building it. Most guides are too comprehensive, lots of info I am not interested in and not essential. But they rarely summarize the routing solutions focusing onto a beginner's mind. If there was a summary about how these circuit parts encircled look on stripboards, it would be very easy to understand stripboards and start building.
I have already soldered things, repaired and made cables, repaired the battery of my iPod, etc, so if I have a precisely described guide with PCB and everything, I can build any circuit from it, but if I have no clear guide, I have no clue how to do it. Same applies to stripboard application.
But anyway what mostly the problem for me with stripboards is the routing. Which components go on common strip and which not. Please check the image below. The routings and parts I encircled with red are the ones I am interested in how they look on stripboards. If you could link anything that shows example to those, then I can start building it. Most guides are too comprehensive, lots of info I am not interested in and not essential. But they rarely summarize the routing solutions focusing onto a beginner's mind. If there was a summary about how these circuit parts encircled look on stripboards, it would be very easy to understand stripboards and start building.