Question: Determine following transfer functions for signal flow graph shown in Fig. P 3.9. (a) (mathrm{T}_{11}(s)=frac{mathrm{Y}_{1}(s)}{mathrm{R}_{1}(s)}) (b) (mathrm{T}_{21}(s)=frac{mathrm{Y}_{2}(s)}{mathrm{R}_{1}(s)}) (c) (mathrm{T}_{12}(s)=frac{mathrm{Y}_{1}(s)}{mathrm{R}_{2}(s)}) (d) (mathrm{T}_{22}(s)=frac{mathrm{Y}_{2}(s)}{mathrm{R}_{2}(s)}) R(s) o R(s) o
Determine following transfer functions for signal flow graph shown in Fig. P 3.9.
(a) \(\mathrm{T}_{11}(s)=\frac{\mathrm{Y}_{1}(s)}{\mathrm{R}_{1}(s)}\)
(b) \(\mathrm{T}_{21}(s)=\frac{\mathrm{Y}_{2}(s)}{\mathrm{R}_{1}(s)}\)
(c) \(\mathrm{T}_{12}(s)=\frac{\mathrm{Y}_{1}(s)}{\mathrm{R}_{2}(s)}\)
(d) \(\mathrm{T}_{22}(s)=\frac{\mathrm{Y}_{2}(s)}{\mathrm{R}_{2}(s)}\)
R(s) o R(s) o 1 1 S S s+2 1 s +3 10 1 -o Y,(s) -o Y(s)
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The figure provided appears to be a signal flow graph for a system with two inputs R1s and R2s and two outputs Y1s and Y2s The transfer functions T11s ... View full answer
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