All of this translates to the formulas below
P_total = AC{V^2}f + {%tau}AVI_shortf + VI_leak newline
P_o = C_o {{V_o}^2}f newline
P_n = 0.5 P_o newline
I_leak = K_2 W(V over {T_ox})^2 func e^({{%alpha}T_ox over V}) newline
sum from 0 to 100 (a^2)(b^3)d newline
where, left lbrace {stack{a, contanst# b, variable # d, dynamic}} right rbrace
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