- #1
FocusedWolf
- 81
- 0
http://wolfsfiles.googlepages.com/norton.jpg
Well that's the problem. I tried to do this problem several ways but it seems to be impervious to several ways or maybe it's just 3:07 am that's the problem :P
Anyway i got the Rth pretty easy because shorting the Vs also shorts the R1 so R2 = Rth = 56k ohms.
Now i did get close with getting Voc = 5,600,000*I which with my Rth gives 100*I as the norton current. but according to some software it's supposed to be I^2 instead of I for both Voc and Isc.
Here this is what i have so far:
(v2 - v1)/r_1 = i and v_3/r_2 = i*100
so v1 -> Vs and v2 is node over R_1 and v3 = Voc = node over R2
Well that's the problem. I tried to do this problem several ways but it seems to be impervious to several ways or maybe it's just 3:07 am that's the problem :P
Anyway i got the Rth pretty easy because shorting the Vs also shorts the R1 so R2 = Rth = 56k ohms.
Now i did get close with getting Voc = 5,600,000*I which with my Rth gives 100*I as the norton current. but according to some software it's supposed to be I^2 instead of I for both Voc and Isc.
Here this is what i have so far:
(v2 - v1)/r_1 = i and v_3/r_2 = i*100
so v1 -> Vs and v2 is node over R_1 and v3 = Voc = node over R2
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