Introduction to Energy, Renewable Energy and Electrical Engineering. Ewald F. Fuchs

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E7.1.1 Magnitude M(ω) and phase angle Φ(ω) for first‐order RC ...Table E7.2.1 Magnitude M(ω) and phase angle Φ(ω) for first‐order RC ...Table E7.3.1 Magnitude M(ω) and phase angle Φ(ω) for (second‐order) ...Table E7.4.1 Magnitude M(ω) and phase angle Φ(ω) for (second‐order) ...Table E7.5.1 Magnitude and phase angle Φ_Is(ω) for (second‐order) RLC se...Table E7.6.1 Magnitude and phase angle Φ_Is(ω) for (second‐order) RLC pa...

      5 Chapter 8Table 8.1 Low‐pass active filter frequency response

with R ₂/R ₁ = 10.Table 8.2 High‐pass active filter frequency response (pu).Table E8.9.1 Mathematica [32] program from t = 0 to 2 s for P control, and fro...Table E8.10.1 PSPICE program for Figure E8.10.1.

      6 Chapter 10Table E10.1.1a Voltage harmonics of v_s(t) = v_out(t) of Figure E10.1.1a in term...Table E10.1.1b PSPICE program [2–5] for ideal (i_d − v_d) characteristic with RTable E10.1.1c Voltage harmonics of v_s(t) = v_out(t) of Figure E10.1.1b in term...Table E10.2.1 PSPICE program [2–5] for (i_d − v_d) characteristic with V_D = 0.7...Table E10.2.2 Voltage harmonics of v_out(t) of Figure E10.2.1 in terms of volts...Table E10.3.1 PSPICE program for exponential (i_d − v_d) characteristic with R ...Table E10.3.2 Voltage harmonics of v_out(t) of Figure E10.3.1 in terms of volts...Table E10.4.1 PSPICE program for ideal diode (i_d − v_d) characteristic with R ...Table E10.4.2 Voltage harmonics of v_out(t) of Figure E10.4.2 in terms of volts a...Table E10.4.3 PSPICE program for diode (i_d − v_d) characteristic modeled with con...Table E10.4.4 Voltage harmonics of v_out(t) of Figure E10.4.3 in terms of volts a...Table E10.4.5 PSPICE program for exponential diode (i_d − v_d) characteristic with...Table E10.4.6 Voltage harmonics of v_out(t) of Figure E10.4.4 in terms of volts...Table E10.5.1 PSPICE program for ideal diode (i_d − v_d) characteristic, R = 3 ...Table E10.5.2 Voltage harmonics of v_out(t) of Figure E10.5.2 in terms of volts...Table E10.5.3 PSPICE program for ideal diode (i_d − v_d) characteristic, R = 3 ...Table E10.5.4 Voltage harmonics of v_out(t) of Figure E10.5.4 in terms of volts...Table E10.6.1 PSPICE program for ideal diode (i_d − v_d) characteristic.Table E10.6.2 Voltage harmonics of v_out(t) of Figures E10.6.1 and E10.6.2 in t...Table E10.9.1 PSPICE program for the signals of Figure E10.9.2.Table E10.9.2 Voltage harmonics of v_out(t) of Figure E10.9.2 in terms of volts...Table E10.10.1 PSPICE program for the signals of Figure E10.10.2.Table E10.10.2 Voltage harmonics of v_out(t) = R · i_R(t) of Figure E10.10.2 in ...Table E10.11.1 PSPICE program for the signals of Figure E10.11.2.Table E10.11.2 Voltage harmonics of v_out(t) of Figure E10.11.2 in terms of vol...Table E10.12.1 PSPICE program for the signals of Figure E10.12.2.Table E10.12.2 Voltage harmonics of v_out(t) of Figure E10.12.2 in terms of vol...Table E10.13.1 PSPICE program for the signals of Figure E10.13.2.Table E10.13.2 Voltage harmonics of v_out(t) of Figure E10.13.2 in terms of vol...Table E10.14.1 PSPICE program for the signals of Figure E10.14.2.Table E10.14.2 Voltage harmonics of v_out(t) of Figure E10.14.2 in terms of vol...Table E10.15.1 PSPICE program for the signals of Figure E10.15.2.Table E10.15.2 Voltage harmonics of v_out(t) of Figure E10.15.2 in terms of vol...Table E10.15.3 PSPICE program for the signals of Figure E10.15.4.Table E10.15.4 Voltage harmonics of v_out(t) of Figure E10.15.4 in terms of vol...Table E10.16.1 PSPICE program for the signals of Figure E10.16.2.Table E10.16.2 Voltage harmonics of v_out(t) of Figure E10.16.2 in terms of vol...Table E10.17.1 PSPICE program for the signals of Figure E10.17.2.Table E10.17.2 Current harmonics of i_R(t) of Figure E10.17.2 in terms of amper...Table E10.18.1 PSPICE program for the signals of Figure E10.18.2.Table E10.18.2 Current harmonics of i_R(t) of Figure E10.18.2 in terms of amper...Table E10.19.1 PSPICE program for the signals of Figure E10.19.2.Table E10.19.2 Current harmonics of i_R(t) of Figure E10.19.2 in terms of amper...Table E10.19.3 PSPICE program for the signals of Figure E10.19.3.Table E10.19.4 Current harmonics of i_R(t) of Figure E10.19.3 in terms of amper...Table E10.20.1 PSPICE program for the signals of Figure E10.20.2.Table E10.20.2 PSPICE program for the signals of Figure E10.20.4.Table E10.20.3 PSPICE program for the signals of Figure E10.20.6.Table E10.21.1 PSPICE program for the signals of Figure E10.21.2.Table E10.21.2 Fundamental current (1) and harmonics of i_a(t) of Figure E10.21...Table E10.22.1 PSPICE program for the signals of Figure E10.22.2, firing angl...Table E10.22.2 PSPICE program for the signals of Figure E10.22.3, firing angl...Table E10.22.3 Fundamental current (1) and harmonics of i_a(t) = I(Van) of Figu...Table E10.22.4 Fundamental current (1) and harmonics of i_a(t) = I(van) of Figu...Table E10.23.1 PSPICE program for the signals of Figure E10.23.2.Table E10.23.2 Fundamental current (1) and harmonics of i_a(t) = I(Van) of Figu...Table E10.23.3 PSPICE program for the signals of Figure E10.23.4.Table E10.23.4 Fundamental current (1) and harmonics of i_a(t) = I(Van) of Figu...Table E10.24.1 PSPICE input program for Figures E10.24.2 and E10.24.3.Table E10.24.2 Fundamental voltage and harmonics of v_AB(t) = V(1) − V(2) of Fi...Table E10.24.3 Fundamental voltage and harmonics of v_ab(t) = V(11) − V(12) of ...Table E10.24.4 Fundamental current and harmonics of i_AL(t) = I(RsysA) of Figur...Table E10.24.5 Fundamental current (1) and harmonics of i_aph(t) = I(L4) of Fig...Table E10.24.6 Fundamental voltage and harmonics of v_load(t) = V(15) − V(14) =...Table E10.25.1 PSPICE program for the signals of Figure E10.25.3.Table E10.25.2 Current harmonics of i_MA(t) = I(R1) of Figure E10.25.3 in terms...Table E10.26.1 PSPICE program for the signals of Figures E10.26.2–E10.26.4.Table E10.26.2 Current harmonics of i_an(t) = I(Rsysa) = I(Rwa) of Figures E10....Table E10.27.1 PSPICE program for the signals of Figure E10.27.4–E10.27.6.Table E10.27.2 Current harmonics of i_an(t) = I(Rsysa) = I(Rwa) = I(RM1) of Fig...Table E10.28.1 PSPICE input program for Figure E10.28.4.Table E10.28.2 PSPICE input program for Figures E10.28.2 and E10.28.3.Table E10.28.3 DC voltage and harmonics of V_bat(t) = V(16) − V(14) of Figure E...Table E10.28.4 Fundamental current (1) and harmonics of i_aph(t) = I(L4) of Figur...Table E10.28.5 Fundamental current (1) and harmonics of i_genA(t) = I(RgenA) of...Table E10.29.1 PSPICE program for the signals of Figures E10.29.3–E10.29.6.Table E10.29.2 Fundamental component (1) and harmonics of i_a(t) = I(RTH1) = I(...Table E10.29.3 PSPICE program for the signals of Figures E10.29.7–E10.29.11.Table E10.29.4 Fundamental component (1) and harmonics of i_syst(t) = I(Vsyst)....Table E10.29.5 DC component (1) and harmonics of V_out(t) = V(Rload) = V(5) − V

      7 Chapter 11Table E11.2.1 Mathematica statements for cases a, b, and c.Table P11.1.1 Voltage–current values for voltage‐drop method of measuring the...Table P11.1.2 Variation of speed n_m with excitation current I_f for no‐load con...Table P11.3.1 Armature voltage V_a, armature current I_a, and speed n_m.Table 11.B.1 (B‐H) characteristic for stator iron core, where T stands for te...Table 11.B.2

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