Two passive two-port networks  and  are connected as shown in the figure. The impedance matrix of network  is . The admittance matrix of network  is . Let the ABCD matrix of the two-port network  in the figure be . The value of  in  is _______(rounded off to 2 decimal places).

The admittance parameters of the passive resistive two-port network shown in the figure are :

The power delivered to the load resistor  in Watt is ________ (Round off to 2 decimal places).

In the two-port network shown, the  parameter (where, , when) in ohms is_______

(up to 2 decimal places)

Two passive two-port networks are connected in cascade as shown in figure. A voltage source is connected at port 1

Given,

are the generalized circuit constants. If the Thevenin equivalent circuit at port 3 consists of a voltage source  and impedance , connected in series, then

For the given 2-port network, the value of transfer impedance  in ohms is _________         

The z-parameters of the two port network shown in the figure are . ,  , and  . The average power delivered to , in watts, is _________

In a linear two-port network, when 10V is applied to port 1, a current of 4A flows through port 2 when it is short – circuited. When 5V is applied to port 1, a current of 1.25A flows through a  resistance connected across port 2. When 3 V is applied to port 1, the current (in Ampere) through a  resistance connected across port 2 is_______________.

The two-port network P shown in the figure has ports 1 and 2. Denoted by terminals (a, b) and (c, d) respectively. It has an impedance matrix Z with parameters denoted by  resistor is connected in series with the network at port 1 as shown in the figure. The impedance matrix of the modified two-port network (shown as a dashed box) is

The parameter type and the matrix representation of the relevant two port parameters that describe the circuit shown are

For the two-port network shown in Figure, the Z-matrix is given by         

Two networks are connected in cascade as shown in Figure. With the usual notations the equivalent A, B, C and D constants are obtained. Given that

C = 0.025∠45°, the value of  is:        

The h-parameters for a two-port network are defined by.  

For the two-port network shown in Figure, the value of  is given by

A two port network, shown in Figure is described by the following equations.         

The admittance parameters  for the network shown are

A passive 2-port network is in a steady-state. Compared to its input, the steady state output can never offer

A two-port device is defined by the following pair of equations:         

 and  

Its impedance parameters  are given by

The performance of a general two-port network N shown in the figure can be described in terms of its z-parameters of h-parameters as indicated below

If the two-port is further characterized by additional constraints, a few conditions have to be satisfied by the parameters of the network. For each of the constraints specified in Table A, choose the appropriate condition to be satisfied, from amongst those listed in Table B.

If a two-port network is passive, then we have, with the usual notation, the following relationship

The terminal voltage and currents of a two-port network are indicated on the figure. If the two-port is reciprocal, then