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62 Media

09_Operating Principles of Inverters_Part1 duration 14 minutes 15 seconds 09_Operating Principles of Inverters_Part1 09_Operating Principles of Inverters_Part1	09_Operating Principles of Inverters_Part1 terminal load node s4 s1 vdc voltage note s3 dc supply potential switches t3 equals difference nodes s2 figure switching From BERKER BILGIN 132 plays 0
08_Park Transformation_Part3 duration 2 minutes 53 seconds 08_Park Transformation_Part3 08_Park Transformation_Part3	08_Park Transformation_Part3 theta axis component beta angle cosine alpha sine e. degree times length matrix transformation position d. inverse equals expressions fp From BERKER BILGIN 231 plays 0
07_Clarke Transformation_Part3 duration 5 minutes 15 seconds 07_Clarke Transformation_Part3 07_Clarke Transformation_Part3	07_Clarke Transformation_Part3 omega cosine root sine t. term expression equals minus component values times vector space simplifications m. phase components waveform forms From BERKER BILGIN 260 plays 0
04_Modeling of BLDC Motors_Part7 duration 3 minutes 40 seconds 04_Modeling of BLDC Motors_Part7 04_Modeling of BLDC Motors_Part7	04_Modeling of BLDC Motors_Part7 slot arrow degree slots poles hand pole angle change pi direction pairs rotation equals stator omega cases node av diagram From BERKER BILGIN 325 plays 0
06_ECE716_SRM Modeling in JMAG_07 duration 9 minutes 38 seconds 06_ECE716_SRM Modeling in JMAG_07 06_ECE716_SRM Modeling in JMAG_07	06_ECE716_SRM Modeling in JMAG_07 linkage flux voltage lambda position theta times omega step minus expression equation calculation script equals model rotor timestep excitation vector From BERKER BILGIN 213 plays 0
04_ECE716_Derivation of pole configuration in… duration 18 minutes 26 seconds 04_ECE716_Derivation of pole configuration in… 04_ECE716_Derivation of pole configuration in SRM_04	04_ECE716_Derivation of pole configuration in SRM_04 phase configuration poles times integer equals function faces configurations ns rotor factors operation angles factor pole expression mod strokes srm From BERKER BILGIN 52 plays 0
03_ECE716_Operational Principles of SRM_02 duration 10 minutes 16 seconds 03_ECE716_Operational Principles of SRM_02 03_ECE716_Operational Principles of SRM_02	03_ECE716_Operational Principles of SRM_02 expression power motor term torque energy equation theta gap dc omega times region air position inductance equals sram talk flux From BERKER BILGIN 68 plays 0
03_ECE716_Operational Principles of SRM_01 duration 18 minutes 58 seconds 03_ECE716_Operational Principles of SRM_01 03_ECE716_Operational Principles of SRM_01	03_ECE716_Operational Principles of SRM_01 armature voltage expression motor flux inductance circuit linkage times dc theta field emf equals coil term phi excitation speed omega From BERKER BILGIN 74 plays 0
02_ECE716_Electromagnetic Principles of SRM_10 duration 12 minutes 27 seconds 02_ECE716_Electromagnetic Principles of SRM_10 02_ECE716_Electromagnetic Principles of SRM_10	02_ECE716_Electromagnetic Principles of SRM_10 energy theta lambda position delta linkage flux characteristics linear expression rotor coin derivative function torque core slide wwf equals figure From BERKER BILGIN 58 plays 0
02_ECE716_Electromagnetic Principles of SRM_08 duration 12 minutes 42 seconds 02_ECE716_Electromagnetic Principles of SRM_08 02_ECE716_Electromagnetic Principles of SRM_08	02_ECE716_Electromagnetic Principles of SRM_08 times reluctance flux lc expression permeability air gap core circuit equation inductance equals mu phi density material term parenthesis law From BERKER BILGIN 55 plays 0
02_ECE716_Electromagnetic Principles of SRM_07 duration 9 minutes 26 seconds 02_ECE716_Electromagnetic Principles of SRM_07 02_ECE716_Electromagnetic Principles of SRM_07	02_ECE716_Electromagnetic Principles of SRM_07 flux expression times mu field law equation equals material characteristics circuit inductance loop voltage intensity density lc age length core From BERKER BILGIN 50 plays 0
35_Practice Problem_Solutions_Part2 duration 7 minutes 10 seconds 35_Practice Problem_Solutions_Part2 35_Practice Problem_Solutions_Part2	35_Practice Problem_Solutions_Part2 load phase lambda flux omega voltage linkage degrees maximum condition position waveforms pairs pole times peak vd equals motor rotor From BERKER BILGIN 3 plays 0
37_SVPWM_1_Part5 duration 9 minutes 8 seconds 37_SVPWM_1_Part5 37_SVPWM_1_Part5	37_SVPWM_1_Part5 vector sector beta alpha root reference conditions degrees boundaries vdc condition space v2 voltage modulation minus v3 equals sectors vectors From BERKER BILGIN 59 plays 0
37_SVPWM_1_Part3 duration 3 minutes 42 seconds 37_SVPWM_1_Part3 37_SVPWM_1_Part3	37_SVPWM_1_Part3 vector voltage expression sine equals vdc switching space load vectors cosine degrees v1 phase windings supply positions v4 v3 root From BERKER BILGIN 63 plays 0
13_Phase Controlled DC Motor Drives1_Part4 duration 7 minutes 34 seconds 13_Phase Controlled DC Motor Drives1_Part4 13_Phase Controlled DC Motor Drives1_Part4	13_Phase Controlled DC Motor Drives1_Part4 armature voltage speed diodes wheeling equals simulation radians omega values degrees model average current alpha input half control volts equation From BERKER BILGIN 6 plays 0
06_Electromechanical Energy Conversion_Part1 duration 6 minutes 1 second 06_Electromechanical Energy Conversion_Part1 06_Electromechanical Energy Conversion_Part1	06_Electromechanical Energy Conversion_Part1 flux times inductance expression loop field mu lc density voltage cross equals circuit law energy core geometry construction ac equation From BERKER BILGIN 3 plays 0
04_Mechanical Systems_Part1 duration 5 minutes 58 seconds 04_Mechanical Systems_Part1 04_Mechanical Systems_Part1	04_Mechanical Systems_Part1 speed characteristics torque power script times region slide increases motor load base square drives loans minus profile equals matlab radians From BERKER BILGIN 16 plays 0
Lecture 3.4 - POSETS (with subtitles) duration 13 minutes 37 seconds Lecture 3.4 - POSETS (with subtitles) Lecture 3.4 - POSETS (with subtitles)	Lecture 3.4 - POSETS (with subtitles) subset property b. relation a. containment relations subsets sets equals equivalence ordering transitivity symmetric symmetry c. integers properties path arrow From Lindsay White 5 plays 0
39_Brushless DC Motor Drives_Part3 duration 7 minutes 24 seconds 39_Brushless DC Motor Drives_Part3 39_Brushless DC Motor Drives_Part3	39_Brushless DC Motor Drives_Part3 switch sector phase position hp signal effect hall equals s5 output sensor minus face s6 sensors motor outputs gate s4 From BERKER BILGIN 59 plays 0
35_Tutorial_PMSM Problems_Part3 duration 5 minutes 7 seconds 35_Tutorial_PMSM Problems_Part3 35_Tutorial_PMSM Problems_Part3	35_Tutorial_PMSM Problems_Part3 phase axis degrees angle cosine sine times torque linkage flux iq equals current amps degree dx motor reluctance magnet pairs From BERKER BILGIN 81 plays 0
32_Clarke_Park_Transformations_Part4 duration 5 minutes 19 seconds 32_Clarke_Park_Transformations_Part4 32_Clarke_Park_Transformations_Part4	32_Clarke_Park_Transformations_Part4 transformation expression cloud minus inverse alpha root matrix beta phase vector space equals term coefficients expressions model equation varieties fu From BERKER BILGIN 79 plays 0
33_PMSM_Torque_Voltage_Equations_Part6 duration 4 minutes 10 seconds 33_PMSM_Torque_Voltage_Equations_Part6 33_PMSM_Torque_Voltage_Equations_Part6	33_PMSM_Torque_Voltage_Equations_Part6 theta cosine sine transformation pi expression matrix term position derivative elements result equals park property middle identities times unity pipe From BERKER BILGIN 66 plays 0
34_PMSM_Torque_Voltage_Equations_FOC_Part2 duration 6 minutes 47 seconds 34_PMSM_Torque_Voltage_Equations_FOC_Part2 34_PMSM_Torque_Voltage_Equations_FOC_Part2	34_PMSM_Torque_Voltage_Equations_FOC_Part2 axis lambda flux voltage magnet linkage phase load iq omega torque angle equals dx rotor transformation condition speed voltages reluctance From BERKER BILGIN 75 plays 0
28_Tutorial_Induction Motor Control Problems_Part5 duration 5 minutes 22 seconds 28_Tutorial_Induction Motor Control Problems_Part5 28_Tutorial_Induction Motor Control Problems_Part5	28_Tutorial_Induction Motor Control Problems_Part5 load impedance power times component factor voltage exam ratio phase root equals expression degrees cosine angle theta naught current magnetizing From BERKER BILGIN 69 plays 0