Exciters and Governors 30 
Exciter_AC10C.pdfExciter_AC11C.pdfExciter_AC1A.pdfExciter_AC1C.pdfExciter_AC2.pdfExciter_AC2A.pdfExciter_AC2C.pdfExciter_AC3.pdfExciter_AC3A.pdfExciter_AC3C.pdfExciter_AC4A.pdfExciter_AC4C.pdfExciter_AC5A.pdfExciter_AC5C.pdfExciter_AC6A.pdfExciter_AC6C.pdfExciter_AC7B.pdfExciter_AC7C.pdfExciter_AC8B.pdfExciter_AC8C.pdfExciter_AC9C.pdfExciter_DC1A.pdfExciter_DC1C.pdfExciter_DC2A.pdfExciter_DC3A.pdfExciter_DC4B.pdfExciter_DC4C.pdfExciter_EXPI.pdfExciter_EXPIC1.pdfExciter_IEEET1.pdfRenewables 6 advanced 9 asynchronous_machine 7 cable_const 5 control_functions 12 control_machines 14 controls 32 commonexpression_syntax.pdfmisc_ctrl_tab.pdfcomparator.pdfconstant.pdfcontrol_signal_meter.pdfdelay.pdfderivative.pdfdetector.pdff(s).pdff(s)_with_limits.pdff(u).pdff(z).pdff(z)_with_limits.pdfgain.pdfhold.pdfhold_t0.pdfinput_selector.pdfintegral.pdfintegral_with_limits.pdflimiter.pdfloss.pdfoutput_selector.pdfsampler.pdfsignal_generator.pdfsimulation_probe.pdfstate_space_controls.pdfsum.pdftable.pdftimer.pdftracker.pdftruth_table.pdfv_t_probe.pdfweighted_sum.pdfflipflops 37 D_falling_clock.pdfD_falling_clock_full.pdfD_rising_clock.pdfD_rising_clock_full.pdfD_unclocked.pdfD_unclocked_full.pdfJK_falling_clock.pdfJK_falling_clock_full.pdfJK_rising_clock.pdfJK_rising_clock_full.pdfJK_unclocked.pdfJK_unclocked_full.pdfSR_ideal_falling_clock.pdfSR_ideal_falling_clock_full.pdfSR_ideal_rising_clock.pdfSR_ideal_rising_clock_full.pdfSR_ideal_unclocked.pdfSR_ideal_unclocked_full.pdfSR_nand_falling_clock.pdfSR_nand_falling_clock_full.pdfSR_nand_rising_clock.pdfSR_nand_rising_clock_full.pdfSR_nand_unclocked.pdfSR_nand_unclocked_full.pdfSR_nor_falling_clock.pdfSR_nor_falling_clock_full.pdfSR_nor_rising_clock.pdfSR_nor_rising_clock_full.pdfSR_nor_unclocked.pdfSR_nor_unclocked_full.pdfT_falling_clock.pdfT_falling_clock_full.pdfT_rising_clock.pdfT_rising_clock_full.pdfT_unclocked.pdfT_unclocked_full.pdfuniversal.pdfline_const 15 Conductor_geometry.vsdLine_parameters_output_file.pdfMutual_impedance_with_communications_lines.pdfTransformation_matrices_and_Qerror.pdfcapture_of_first_tab.bmpconductor_data.pdfline_constants_EMTP_V3.pdfmathpage.jsmodel.pdfpi_exact_drawing.ecfpi_nominal.pdfprefs10.eqpprint_modal_parameters.pdfshunt_conductance.pdftransposition.pdflines 6 meters 18 nonlinear 12 phasors 37 inst_to_phasor.pdfinst_to_polar.pdfinst_to_xy.pdfphasor_add.pdfphasor_angle_diff.pdfphasor_angle_sum.pdfphasor_conjugate.pdfphasor_conjugate_multiply.pdfphasor_divide.pdfphasor_mag_product.pdfphasor_mag_ratio.pdfphasor_multiply.pdfphasor_resize.pdfphasor_rotate.pdfphasor_substract.pdfphasor_to_frame.pdfphasor_to_polar.pdfphasor_to_x.pdfphasor_to_xy.pdfphasor_to_y.pdfpolar_conjugate.pdfpolar_conjugate_multiply.pdfpolar_divide.pdfpolar_multiply.pdfpolar_resize.pdfpolar_rotate.pdfpolar_to_phasor.pdfpolar_to_xy.pdfpolar_to_xy_3ph.pdfxy_add.pdfxy_resize.pdfxy_rotate.pdfxy_substract.pdfxy_to_phasor.pdfxy_to_polar.pdfxy_to_polar_3ph.pdfxy_to_polar_detailed.pdfsynchronous_machine 4 transformers 15 Eddy_currents.pdfIdeal_unit.pdfIdeal_unit_m-windings.pdfThree-phase_nameplate_input_transformers.pdfThree-winding_nameplate_input_transformers.pdfTopologicTopological transformer.pdfbctranBCTRAN.pdftransformer.pdffdbfit.pdfsingle_phase_2_winding_transformer.pdfsingle_phase_3_winding_transformer.pdftopmagTOPMAG.pdftransformer.pdftransformers_3phase_nameplate_3units.pdftransformers_3windings_nameplate_3units.pdftrelegTRELEG.pdf