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, Avalanche Model at High Current: Proposal // Activation energies into Joules E0_D = D_E0*1, pp.6-19
, E0_K = K_E0*1, pp.6-19
, // Calculation of the emitter current density JE = (IE/AE)*1e3
, P_K*Tdev), issue.E0_D
, P_K*Tdev)
, // KF as a function of the bias (IAVL)
, mu0*VBC)*pow((1/abs(JE)+abs(JE)/JEHC)
, // Resistance/Capacitor calculation of the RC ladder network C_H = h_spacer*((1-alpha_C)/(1-alpha_C*alpha_C*alpha_C*alpha_C*alpha_C
tran")) begin //Trap Generation I(br_nt) <+ -f_age ,
, I(br_nt) <+ ddt(V(br_nt))*scale
, //H-diffusion I(br_nh) <+ -f_age
, I(br_nh1) <+ V(br_nh1)/R_H
, I(br_naux1) <+ ddt(C_H*V(br_naux1)*scale)
, I(br_nh2) <+ V(br_nh2)/(alpha_R*R_H)
, I(br_naux2) <+ ddt(C_H*alpha_C*V(br_naux2)*scale)
, I(br_nh3) <+ V(br_nh3)/(alpha_R*alpha_R*R_H)
, I(br_naux3) <+ ddt(C_H*alpha_C*alpha_C*V(br_naux3)*scale)
, I(br_nh4) <+ V(br_nh4)/(alpha_R*alpha_R*alpha_R*R_H)
, I(br_naux4) <+ ddt(C_H*alpha_C*alpha_C*alpha_C*V(br_naux4)*scale)
, I(br_nh5) <+ V(br_nh5)/(alpha_R*alpha_R*alpha_R*alpha_R*R_H)
, I(br_naux5) <+ ddt(C_H*alpha_C*alpha_C*alpha_C*alpha_C*V(br_naux5)*scale)
, I(br_naux5) <+ 1/(alpha_R*alpha_R*alpha_R*alpha_R*R_H)*V(br_naux5)
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