RaLaRotorArmaturev½(1)circuit| Om0)Figure 5Table 1ElectricalElectro-mechanicalMechanicalRi,(1) +L,di,(t)+v,(t) = e,(t)dtT„(t) = Ki,(t)de (t)2 =T_(t)dtm dt+D_de (t)v, (t) = K,dt Figure 5 depicts the schematic diagram of a DC motor system. The differential equationsderived from the shown system are tabulated in Table 1.(i) Draw the functional block diagram of the DC motor system.e_(s)(ii) Derive the transfer function of system defined by G(s) =E,(s)

We will refer the electromechanical system of dc motor

Answered: (i) Draw the functional block diagram…

(i) Draw the functional block diagram of the DC motor system. e_(s) (ii) Derive the transfer function of system defined by G(s) = E (s)

Introductory Circuit Analysis (13th Edition)

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Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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Question

Ra
La
Rotor
Armature
v½(1)
circuit
| Om0)
Figure 5
Table 1
Electrical
Electro-mechanical
Mechanical
Ri,(1) +L,
di,(t)
+v,(t) = e,(t)
dt
T„(t) = Ki,(t)
de (t)
2 =T_(t)
dt
m dt
+D_
de (t)
v, (t) = K,
dt

Figure 5 depicts the schematic diagram of a DC motor system. The differential equations
derived from the shown system are tabulated in Table 1.
(i) Draw the functional block diagram of the DC motor system.
e_(s)
(ii) Derive the transfer function of system defined by G(s) =
E,(s)

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