VARIABLES [V,I]
MODES [ m1,m2,m3 ]
STATESPACE
  m1[[-0.1,0.055],[-0.002,0.002]]
  m2[[0.055,0.35],[-0.002,0.002]]
  m3[[0.35,0.6],[-0.002,0.002]]
INITIAL
  m3{V>=0.42/\V<=0.52/\I=0.0006}
FLOW
  m1{V_d=1000000000000*(-(6.0105*V*V*V-0.9917*V*V+0.0545*V)+I)}{I_d=1000000*(-V-200*I+0.3)}
  m2{V_d=1000000000000*(-(0.0692*V*V*V-0.0421*V*V+0.004*V+0.00089579)+I)}{I_d=1000000*(-V-200*I+0.3)}
  m3{V_d=1000000000000*(-(0.2634*V*V*V-0.2765*V*V+0.0968*V-0.0112)+I)}{I_d=1000000*(-V-200*I+0.3)}
JUMP
  m1->m2{[V>=0.055/\I>=0.0006]/\[V'=V/\I'=I]}
  m2->m1{[V<=0.055/\I<=0.0006]/\[V'=V/\I'=I]}
  m2->m3{[V>=0.35/\I>=0.0006]/\[V'=V/\I'=I]}
  m3->m2{[V<=0.35/\I<=0.0006]/\[V'=V/\I'=I]}
UNSAFE
  m1{I<-0.0015\/I>0.00175\/V<-0.04}
  m2{I<-0.0015\/I>0.00175}
  m3{I<-0.0015\/I>0.00175\/V>0.54}