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For the given circuit operational amplifier is ideal, meaning that input current of opamp is 0. Calculate the absolute value of two-port admittance parameter y21 by means of (1/kΩ) for this network given that all passive components are resistors and values are provided as follows:

For the given circuit operational amplifier is ideal, meaning that input current of opamp is 0. Calculate the absolute value of two-port admittance parameter y21 by means of (1/kΩ) for this network given that all passive components are resistors and values are provided as follows:

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 13PP: In an R-L parallel circuit, IT=1.25 amps, R=1.2k, and XL=1k. Find IR
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For the given circuit operational amplifier is ideal, meaning that input current of opamp is 0. Calculate the absolute value of two-port admittance parameter y21 by means of (1/kΩ) for this network given that all passive components are resistors and values are provided as follows:
For the given circuit operational amplifier is ideal, meaning that input current of opamp is 0. Calculate the absolute value of two-port admittance parameter y21 by means of (1/k2) for this network given that all passive components are resistors and values are provided as follows: Z1 Z2 Z3 Z4 Z5 Z6 Z7 50Ω 4000 1kQ 5002 1.5kO 1800 3kQ Hint: Some of these resistors have no impact on the two-port network parameters. Z, Z, Z, Z, V3 + I, + V1 Z, Z6 V2
Transcribed Image Text:For the given circuit operational amplifier is ideal, meaning that input current of opamp is 0. Calculate the absolute value of two-port admittance parameter y21 by means of (1/k2) for this network given that all passive components are resistors and values are provided as follows: Z1 Z2 Z3 Z4 Z5 Z6 Z7 50Ω 4000 1kQ 5002 1.5kO 1800 3kQ Hint: Some of these resistors have no impact on the two-port network parameters. Z, Z, Z, Z, V3 + I, + V1 Z, Z6 V2
Name of the parameter Set Defining equation 4(s) [Y,[s) Y12(s) ][V{(s) Short-circuit admittance parameter, [y] [Y21(s) Y»(s)][V½s). [VIs)]_[4,(s) _Z12(s) [ k(s) ] [Z2(s) Z„[s] Open-circuit impedance parameter set, [z] (s) ] 4(s) Hybrid parameter set, [h] (s) Inverse-hybrid parameter set, [g] [92{s) 9m[s)][½(s)
Transcribed Image Text:Name of the parameter Set Defining equation 4(s) [Y,[s) Y12(s) ][V{(s) Short-circuit admittance parameter, [y] [Y21(s) Y»(s)][V½s). [VIs)]_[4,(s) _Z12(s) [ k(s) ] [Z2(s) Z„[s] Open-circuit impedance parameter set, [z] (s) ] 4(s) Hybrid parameter set, [h] (s) Inverse-hybrid parameter set, [g] [92{s) 9m[s)][½(s)
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