Bill-
Because I'm not sure what you mean by continuity, I ran the following test and hopefully you'll understand and be able to tell me what's up.
With the battery and power board installed, and the red lead of my MM on the positive of the battery, I get the .71V when the black lead of my MM on pin 13, all other pins are 0V. With the black lead of my MM on the negative battery terminal I get the following when touched with the red lead:
pin 1 = .01V
2 = .01V
3 = .71V
4 = .71V
5 = .57V
6 = .57V
7 = 0V
8 = 0V
9 = .16V
10 = 0V
11 = .12V
12 = .13V
13 = 0V
14 = .33V
15 = 0V
16 = 0V
17 = .71V
18 = .71V
19 = 0V
20 = 0V
21 = 0V
22 = 0V
23 = 0V
pin 24 = 0V
The battery is reading .71V.
With the power board not installed, and the red lead of my MM on the positive of the battery, I get the 5.7V when the black lead of my MM on pin 13, all other pins are 0V. With the black lead of my MM on the negative battery terminal I get the following when touched with the red lead:
pin 1 = .02V
2 = .02V
3 = 5.7V
4 = 5.7V
5 = .38V
6 = .38V
7 = 0V
8 = 0V
9 = .37V
10 = 0V
11 = .3V
12 = .3V
13 = 0V
14 = .3V
15 = 0V
16 = 0V
17 = .32V
18 = .32V
19 = 0V
20 = 0V
21 = 0V
22 = 0V
23 = 0V
pin 24 = 0V
The battery is reading 5.7V.
The mother board is 691-PCB1-072 Rev D. The black lead of my MM is COM.
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