The block diagram of a satellite single-axis attitude control system can be represented by the block diagram as shown in Figure 3. R(s) 1 C(s) s+4 s+2 s+3 5 Figure 3 (i). Reduce the block diagram into a single feedback control system using block diagram reduction techniques. (ii). Calculate the transfer function a satellite single-axis attitude control system. (ii). Write a general MATLAB codes to reduce the block diagram into a single feedback control system and to calculate the overall transfer function. Note: Refer the Table for M value. M=0.6 2.
The block diagram of a satellite single-axis attitude control system can be represented by the block diagram as shown in Figure 3. R(s) 1 C(s) s+4 s+2 s+3 5 Figure 3 (i). Reduce the block diagram into a single feedback control system using block diagram reduction techniques. (ii). Calculate the transfer function a satellite single-axis attitude control system. (ii). Write a general MATLAB codes to reduce the block diagram into a single feedback control system and to calculate the overall transfer function. Note: Refer the Table for M value. M=0.6 2.
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Transcribed Image Text:The block diagram of a satellite single-axis attitude control system can be represented by the
block diagram as shown in Figure 3.
R(s)
4
C(s)
M
s+4
s+2
s+3
2
5
Figure 3
(i). Reduce the block diagram into a single feedback control system using block diagram
reduction techniques.
(ii). Calculate the transfer function a satellite single-axis attitude control system.
(iii). Write a general MATLAB codes to reduce the block diagram into a single feedback control
system and to calculate the overall transfer function.
Note: Refer the Table for M value. M=0.6
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