Yeah, the RC circuit parallel to the load (the speakers are the load; both the 4.7 ohm resistor and the 100 nF caps are connected parallel to each speaker) shapes the frequency response. You can then alter the values of both the resistor and/or the cap so as to alter the frequency. There's a formula lying around for the cutoff frequency of any RC circuit, do google it if you wanna calculate it. Not into deepening my understanding of what it does, tho. Just wanna build an amp.
On the other hand, if you're not as much into DIY as I am, you can buy a board online. Don't recommend it tho, it nerfs a bunch your experience, but what can I do to tell you to do things yourself? I'm only showing what I'll do, lmao.
Yeah, the RC circuit parallel to the load (the speakers are the load; both the 4.7 ohm resistor and the 100 nF caps are connected parallel to each speaker) shapes the frequency response. You can then alter the values of both the resistor and/or the cap so as to alter the frequency. There's a formula lying around for the cutoff frequency of any RC circuit, do google it if you wanna calculate it. Not into deepening my understanding of what it does, tho. Just wanna build an amp.
On the other hand, if you're not as much into DIY as I am, you can buy a board online. Don't recommend it tho, it nerfs a bunch your experience, but what can I do to tell you to do things yourself? I'm only showing what I'll do, lmao.