APPEARED IN MARKS S.N0 QUESTION (R05,R07, Assigned R09, R13) What is a pole-zero plots? What is its significance? Explain time 1 Behavior from pole zero plot. Define and explain the following : port, driving point functions And Transfer 2 functions What is a transfer function? Explain the necessary conditions for transfer 3 functions What is a driving point function? Explain the necessary conditions for 4 driving point function The Laplace transform of a voltage v(t) is V(s)=4(s+1)/(s+2)(s+3). Draw poles and zeros of this function and determine v(t) using pole-zero plot 5 Find the stability of the network Q(S) =40S/S3 +2S2+8S+1 6 The transform voltage V(s) of a network is given by V(s) =4s/(s+2)(s2+2s+2) plot its pole-zero diagram and hence obtain v(t) 7 Derive the condition for symmetry and reciprocity for Y parameters 8 Explain Z-parameters and Why Z-parameters are called as open circuit 9 impedance (Z) parameter Explain y-parameters and Why Y parameters are called as short circuit World admittance Parameters 10 Express Z parameters in terms of ABCD parameters 11 The Z parameters of a two port network are Z11=6Ω, Z22=4Ω, Z12=Z21= 3Ω Compute Y and ABCD Parameters and write the describing equations 12 13 Express y-parameters in terms of h-parameters 14 Derive the condition for symmetry and reciprocity for Z- parameters 15 Derive the condition for symmetry and reciprocity for ABCD- parameters UNIT-IV
S.N0 QUESTION APPEARED IN (R05,R07, R09, R13) MARKS Assigned 1 What is a pole-zero plots? What is its significance? Explain time Behavior from pole zero plot. 2 Define and explain the following : port, driving point functions And Transfer functions 3 What is a transfer function? Explain the necessary conditions for transfer functions 4 What is a driving point function? Explain the necessary conditions for driving point function 5 The Laplace transform of a voltage v(t) is V(s)=4(s+1)/(s+2)(s+3). Draw poles and zeros of this function and determine v(t) using pole-zero plot 6 Find the stability of the network Q(S) =40S/S3 +2S2+8S+1 7 The transform voltage V(s) of a network is given by V(s) =4s/(s+2)(s2+2s+2) plot its pole-zero diagram and hence obtain v(t) 8 Derive the condition for symmetry and reciprocity for Y parameters 9 Explain Z-parameters and Why Z-parameters are called as open circuit impedance (Z) parameter World 10 Explain y-parameters and Why Y parameters are called as short circuit admittance Parameters 11 Express Z parameters in terms of ABCD parameters 12 The Z parameters of a two port network are Z11=6Ω, Z22=4Ω, Z12=Z21= 3Ω Compute Y and ABCD Parameters and write the describing equations 13 Express y-parameters in terms of h-parameters 14 Derive the condition for symmetry and reciprocity for Z- parameters 15 Derive the condition for symmetry and reciprocity for ABCD- parameters UNIT-IV
10013_30102017II_B.TECH_SEM-I._EEE._NETWORK_THEORY__MID-II._PAPER.docx