## A Basis for the Selection of Canonic Networks with Regard to Driving Point Immittance Function Sensitivity |

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_ dZ 1st CAUER FORM 2.2 Derivation 2nd Cauer RC 2nd FOSTER FORM application calculated Cauer canonic forms chain rule Chapter four utilizes cheapest components possible circuit clA M2 ADB comparison critical frequencies Derivation of sensitivity different network forms driving impedance driving point function driving point impedance dZ dZ element values equations expression farads Foster and Cauer Foster expanded ladder frequency correction factors frequency variable impedance changes impedance with respect inductors infinite ladder input impedance J22_ ft L S last element last impedance load impedance network in Figure network synthesis olf slF2 output tube parallel combination partial derivatives port presented in chapter procedure rate of change RC network reason the ladders resistor respect to Zn sensitivity formulas sensitivity with respect series combination simultaneously yields V22 SUBDIVIDED EXTENDED 2nd Table temperature coefficient temperature dependence terminals being loaded thermistor thesis two-port network University of Wisconsin V22 results