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You SHOULD be able to find a 2K Ohm resister. If not, try a 1.8K ohm. Either one should work. The other way of trying it is with 2 4K ohm resisters in parallel. That will give you 2K across them.
Ray Matteis
KE6NHG
XS1100 E '78 (winter project)
XS1100 SF Bob Jones worked on it!
I'm no electrical guru, but I thought my understanding of basic resistance is that it's additional when in series....like the Ballast resistor which is 1.5 ohms, and the 1.5 ohm coils which has a total of 3 ohms resistance which is what the TCI needs to see!
SO...two 1000 ohm resistors in series should work the same as two 4k ohms resistors in PARALLEL. I remember being informed about 2 parallel loads puts 1/2 the resistance vs. a series load.
ZX11..if you have an ohmeter, wire the 2 resistors together and test them with the meter, I would expect it to read close to the 2k value.
T.C.
T. C. Gresham
81SH "Godzilla" . . .1179cc super-rat.
79SF "The Teacher" . . .basket case! History shows again and again,
How nature points out the folly of men!
I'm no electrical guru, but I thought my understanding of basic resistance is that it's additional when in series....like the Ballast resistor which is 1.5 ohms, and the 1.5 ohm coils which has a total of 3 ohms resistance which is what the TCI needs to see!
SO...two 1000 ohm resistors in series should work the same as two 4k ohms resistors in PARALLEL. I remember being informed about 2 parallel loads puts 1/2 the resistance vs. a series load.
ZX11..if you have an ohmeter, wire the 2 resistors together and test them with the meter, I would expect it to read close to the 2k value.
T.C.
Yep, that's the way it works, except for parallel resistance is a little more complicated than that.
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