Relation between Transmission Parameters with Short & Open Circuit Impedance Parameters MCQ’s

Electronics & Communication Engineering Network Theory

This set of Network Theory Multiple Choice Questions & Answers (MCQs) focuses on “Relation between Transmission Parameters with Short & Open Circuit Impedance Parameters”.

1. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y12 in terms of Transmission parameters can be expressed as ________
a) y12 = DB
b) y12 = C−AB
c) y12 = – 1B
d) y12 = AB

2. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y21 in terms of Transmission parameters can be expressed as ________
a) Y21 = DB
b) Y21 = C−AB
c) Y21 = – 1B
d) Y21 = AB

3. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y11 in terms of Transmission parameters can be expressed as ________
a) y11 = DB
b) y11 = C−AB
c) y11 = – 1B
d) y11 = AB

4. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y22 in terms of Transmission parameters can be expressed as ________
a) y22 = DB
b) y22 = C−AB
c) y22 = – 1B
d) y22 = AB

5. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z12 in terms of Transmission parameters can be expressed as ____________
a) z12 = AC
b) z12 = ADC–B
c) z12 = 1C
d) z12 = DC

6. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z22 in terms of Transmission parameters can be expressed as ____________
a) z22 = AC
b) z22 = ADC–B
c) z22 = 1C
d) z22 = DC

7. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z11 in terms of Transmission parameters can be expressed as ____________
a) z11 = AC
b) z11 = ADC–B
c) z11 = 1C
d) z11 = DC

8. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z21 in terms of Transmission parameters can be expressed as ____________
a) z21 = AC
b) z21 = ADC–B
c) z21 = 1C
d) z21 = DC

9. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y11 in terms of Inverse Transmission parameters can be expressed as ________
a) y11 = A′B′
b) y11 = – 1B′
c) y11 = (C′–D′A′B′)
d) y11 = D′B′

10. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y21 in terms of Inverse Transmission parameters can be expressed as ________
a) y21 = A′B′
b) y21 = – 1B′
c) y21 = (C′–D′A′B′)
d) y21 = D′B′

11. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z11 in terms of Transmission parameters can be expressed as ____________
a) z11 = D′C′
b) z11 = 1C′
c) z11 = (A′D′C′–B′)
d) z11 = A′C′

12. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y12 in terms of Inverse Transmission parameters can be expressed as ________
a) y12 = A′B′
b) y12 = – 1B′
c) y12 = (C′–D′A′B′)
d) y12 = D′B′

13. For a T shaped network, if the Short-circuit admittance parameters are y11, y12, y21, y22, then y22 in terms of Inverse Transmission parameters can be expressed as ________
a) y22 = A′B′
b) y22 = – 1B′
c) y22 = (C′–D′A′B′)
d) y22 = D′B′

14. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z12 in terms of Transmission parameters can be expressed as ____________
a) z12 = D′C′
b) z12 = 1C′
c) z12 = (A′D′C′–B′)
d) z12 = A′C′

15. For a T-network if the Open circuit Impedance parameters are z11, z12, z21, z22, then z22 in terms of Transmission parameters can be expressed as ____________
a) z22 = D′C′
b) z22 = 1C′
c) z22 = (A′D′C′–B′)
d) z22 = 

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