Quote Originally Posted by Free USA Shipping
David, thanks for the photos and explanation, big help. I too would prefer to solder the resistors to the crossovers, however I have no interest in learning how to desolder so I will be using alligator clips. I see from your photo the alligator clip attaches to the speaker wire that runs from the tweeter to the positive tweeter terninal on the crossover. So, I will attach the alligator clip to either end of this wire where it has been striped bare.
You are correct

[QUOTE=How do I attach the resistor to the alligator clip? Do I just fold the 2 wires from the ends of the resistor together and put them inside the end of the alligator clip?[/QUOTE]
If it were me, I'd do the following

PCB tweeter +ve terminal <-> solder a length of wire and crimp an alligator clip <-> teeth of clip onto resistor <-> resistor <-> teeth of second clip and crimp on some wire <-> solder wire to +ve terminal of tweeter

That way - you have an alligator clip off the PCB and one off the tweeter - so you can replace components in between without any soldering. If you want to remove the extra resistor - just get the alligator clips to bite onto eachother

[QUOTE=Also, from your photo I see you added a 2 ohm resistor to the existing 2 ohm resistor on the crossover board for a total of 4 ohms. So would this total of 4 ohms produce the results showing in your graph for 4 ohms, or would it be graphed as 2 ohms since you added a 2 ohm resistor? Thanks[/QUOTE]
Your first point is correct. The total is 4 ohms on the board so that relates to the 4 ohm graph. The 2 ohm graph is the standard board shipped by madisound with only one 2 ohm resistor.

Let me know how you go...
Cheers,
Dave.