103t)V. RS = 25Ω, ZL =
75Ω, l = 4, vp = 2.5 x
108 m.s-1, Z0 = 50Ω
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V0(t) = 5cos(3pi x 103t)V. RS = 25Ω, ZL = 75Ω, l = 4, vp = 2.5 x 108 m.s-1, Z0 = 50Ω
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V0(t) = 5cos(3pi x 103t)V. RS = 25Ω, ZL = 75Ω, l = 4, vp = 2.5 x 108 m.s-1, Z0 = 50Ω
V0(t) = 5cos(3pi x
103t)V. RS = 25Ω, ZL =
75Ω, l = 4, vp = 2.5 x
108 m.s-1, Z0 = 50Ω
3) Core CSA is circular, A, and the core is made of Silicon Steel, with N = 155, inner radius, ni = 4 cm and outer radius re = 8 cm. i) Calculate / to give B = 1.17, ii) Calculate the core flux, 0, Insert a 1 mm airgap, at any point, and calculate the new current Inew to keep B at 1.11 1-> ri ro A A
103t)V. RS = 25Ω, ZL =
75Ω, l = 4, vp = 2.5 x
108 m.s-1, Z0 = 50Ω
3) Core CSA is circular, A, and the core is made of Silicon Steel, with N = 155, inner radius, ni = 4 cm and outer radius re = 8 cm. i) Calculate / to give B = 1.17, ii) Calculate the core flux, 0, Insert a 1 mm airgap, at any point, and calculate the new current Inew to keep B at 1.11 1-> ri ro A A
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