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Matrix representation of networks
Basic operations with matrices
Simple network elements and their associated transmission
9 other sections not shown
A B C D active four-pole active network algebraic manipulations applied black box Canadian Marconi Company capacitance cascaded network coefficients common-base connection common-base transistor common-collector amplifier common-emitter amplifier common-emitter transistor composite network definition dependent variables determinant Electric networks elementary elementary matrices engineering approximations equation 5.1 equivalent T network Hence from equation ideal transformer inductively coupled circuits input and output input impedance input terminals 1-2 inverse inverse matrix Kirchhoff's Law Linear model load impedance matrix form matrix multiplication network configurations network in Fig nodal analysis obtained open-circuit voltage gain output impedance output quantities output terminals 3-4 output voltage pair of simultaneous parallel admittance parameter matrix passive networks reference to Fig resistive model reverse transfer admittance rewritten series impedance short-circuit current gain shown in Fig simple algebraic simultaneous equations sistor Substituting equation Substituting now equation tran Transistor C. C. transmission matrix