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import DC
import Circuit
import Print

import Array

circuit :: ESim -> [Device]      
circuit z0 = (npn1 1 2 3 0 z0) ++
             (res1 2 1 2 1000.0 z0) ++
             (res1 3 3 4 1000.0 z0) ++
             (vsrc2 4 1 0 15.0 z0) ++
             (vsrc2a 5 4 0 0.25 60 z0) ++
             (res1 6 2 3 100000.0 z0)     
 

                       
m = opvalue (dcOP1 [] [] circuit)  
n = dcOP1 [] [] circuit 
tr = dcTran1 (1/(60*8)) (2/60) m m circuit 

 
main = trPrint [1,2,4,5] tr