. The Bell System technical journal . e the es-tablishment of the algebraic relations between the element valuesOi . . a„ and the parameters yli . . ^„for each of these three cases. * Assuming that the final branch, IfianX is in shunt as in Fig. 4. When the analysisis stated in terms admittances the results are precisely similar, except for an obviouschange from Zo to 1/Zo. 810 BELL SYSTEM TECHNICAL JOURNAL The analyses are stated in terms of conductance and susceptance, sincein this form they are most conveniently applied to the impedancecorrection of systems of parallel filters, which consti
. The Bell System technical journal . e the es-tablishment of the algebraic relations between the element valuesOi . . a„ and the parameters yli . . ^„for each of these three cases. * Assuming that the final branch, IfianX is in shunt as in Fig. 4. When the analysisis stated in terms admittances the results are precisely similar, except for an obviouschange from Zo to 1/Zo. 810 BELL SYSTEM TECHNICAL JOURNAL The analyses are stated in terms of conductance and susceptance, sincein this form they are most conveniently applied to the impedancecorrection of systems of parallel filters, which constitute a large propor-tion of practical cases. The formuke and curves can, however, beused directly in analyses stated in terms of impedance if we merelyreplace conductance and susceptance by resistance and reactance andwrite Zo in the numerator rather than in the denominator whenever it GENERAL CONFIGURATIONS OF TERMINATION SUSCEPTANCE ANNULLING NETWORK (n = i) (n=2) APPROPRIATE CONFIGURATIONS OF SUSCEPTANCE ANNULLING NETWORKS.
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