SLOT F2+TF2
REG NO:17BEC0030 to 17BEC0834 & 18BEC0024 to 18BEC0459
1. Determine the simplified transfer function
C s
of the following system using block
Rs
diagram reduction technique as shown in fig. 1.
Fig.1
2.Using D'Alembert's principle, determine the transfer function
𝜃2 (𝑠)
𝑇(𝑠)
for the following
mechanical rotational system as shown in Fig. 2. and draw its torque -voltage and torque
current analogous system.
Fig. 2
3. Obtain the transfer function of the electrical network
suitable analytical techniques.
Fig. 3
vo ( s )
shown in Fig. 3, using
vi ( s )
4.Simulate and Infer the first order system C(t) analytical expression in matlab for the given input a)
unit step input b) Ramp input and c) Parabolic input. Also, derive the analytical expression for the
system time response c(t) for the same.
5. Determine the transfer function using Mason’s Gain formula
REG NO: 18BEC0503 to 18BEC2011, 18BML0082 to18BML0106
& 19BML0005 to 19BML0067
1. Find the transfer function,
X 3 (S )
, for the translational mechanical system shown in
F ( s)
fig.1. And draw its force-voltage and force current analogous system.
fig.1
2. Determine the transfer function using Mason’s Gain formula
fig. 2
3.
4. Simulate and Infer the second order system C(t) analytical expression in matlab for the
given input a) unit step input b) Ramp input and c) Parabolic input. Also, derive the
analytical expression for the system time response c(t) for the same.
5. Construct the signal flow graph for the given transfer function