6.3) The zero-state responses V1,V2and V3 of the three linear time invariant one-ports
n1, n2 and n3 for the same input current I are shown in Fig. 3. Knowing that
these circuits can be described by the first order differential equations, propose
a circuit topology and appropriate element values.
6.5) Consider the linear time-invariant series RL circuit driven by a voltage source
as shown in Fig. 6.
a. Calculate the zero-state response i to a unit step of voltage
b. Calculate and sketch the zero-state response hA(t) to an input voltage PA
for values of ^= 0.5, 0.2, and 0.05 sec.
c. Determine the unit impulse response h.
d. With regard to the solution of (c), explain the discontinuity of the current
through the inductor at t=0.
6.20) The circuit shown in the figure contains a linear capacitor that is charged at t=0
with V(0)=3V. The nonlinear resistor has a Vicharacteristic as shown in Fig.26.
Determine the waveform V(t) and the time it takes for the voltage to reach
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