Search for tag: "equals"

62 Media

V00_05_Linearization of BJTs_Part2 duration 12 minutes 33 seconds V00_05_Linearization of BJTs_Part2 V00_05_Linearization of BJTs_Part2	V00_05_Linearization of BJTs_Part2 This video describes how to develop the equivalent circuit models for a BJT based on its linearized i-v characteristics. bjts circuit pi emitter beta times terminal equation base transconductance mosfet model alpha amplifier equals hand collector bjt currents input naught From Chih-hung Chen 517 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
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
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
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
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
42_Tutorial_PMSM_Operational Characteristics_Part1 duration 16 minutes 20 seconds 42_Tutorial_PMSM_Operational Characteristics_Part1 42_Tutorial_PMSM_Operational Characteristics_Part1	42_Tutorial_PMSM_Operational Characteristics_Part1 minus sector alpha beta reference milliseconds carrier sampling equals root theta times period switch waveform model kilohertz signals modulation space From BERKER BILGIN 125 plays 0
08_Tutorial_Magnetic Circuit Problem_Part4 duration 4 minutes 9 seconds 08_Tutorial_Magnetic Circuit Problem_Part4 08_Tutorial_Magnetic Circuit Problem_Part4	08_Tutorial_Magnetic Circuit Problem_Part4 times flux coil reluctance mmf side square gap air turns circuit equals meters nodes left cross minus core permeability peer From BERKER BILGIN 118 plays 0
13_Phase Controlled DC Motor Drives1_Part3 duration 9 minutes 18 seconds 13_Phase Controlled DC Motor Drives1_Part3 13_Phase Controlled DC Motor Drives1_Part3	13_Phase Controlled DC Motor Drives1_Part3 beta alpha omega cosine minus pi average armature iat expression ea t. current gamma vat capital period function voltage equals From BERKER BILGIN 112 plays 0
06_Electromechanical Energy Conversion_Part2 duration 8 minutes 17 seconds 06_Electromechanical Energy Conversion_Part2 06_Electromechanical Energy Conversion_Part2	06_Electromechanical Energy Conversion_Part2 flux times reluctance gap expression air core permeability lc equals mu length path ac inductance circuit definition guy psi force From BERKER BILGIN 103 plays 0
14_Phase Controlled DC Motor Drives2_Part1 duration 7 minutes 23 seconds 14_Phase Controlled DC Motor Drives2_Part1 14_Phase Controlled DC Motor Drives2_Part1	14_Phase Controlled DC Motor Drives2_Part1 voltage armature cycle pi input omega mode conduction half cosine phase current circuit rectifier motor equals conduct torque operation average From BERKER BILGIN 115 plays 0
20_Tutorial_DC-DC converter drive_Problems_Part2 duration 5 minutes 29 seconds 20_Tutorial_DC-DC converter drive_Problems_Part2 20_Tutorial_DC-DC converter drive_Problems_Part2	20_Tutorial_DC-DC converter drive_Problems_Part2 max dx conduction equals mode motor switching expression ea cycle duty kilohertz frequency ohms switch period diode circuit switches turn From BERKER BILGIN 100 plays 0
20_Tutorial_DC-DC converter drive_Problems_Part3 duration 4 minutes 10 seconds 20_Tutorial_DC-DC converter drive_Problems_Part3 20_Tutorial_DC-DC converter drive_Problems_Part3	20_Tutorial_DC-DC converter drive_Problems_Part3 expression omega average armature voltage motor dc equation function speed mode conduction drive duty torque load input radians equals parameters From BERKER BILGIN 90 plays 0
17_Control of DC Machines using DC-DC… duration 3 minutes 23 seconds 17_Control of DC Machines using DC-DC… 17_Control of DC Machines using DC-DC converters1_Part3	17_Control of DC Machines using DC-DC converters1_Part3 expression max capital variable equals period waveform minus ia ea voltage switches switch reference amy van expressions times switching mind From BERKER BILGIN 99 plays 0
12_Tutorial_DC Motor Problems_Part4 duration 6 minutes 13 seconds 12_Tutorial_DC Motor Problems_Part4 12_Tutorial_DC Motor Problems_Part4	12_Tutorial_DC Motor Problems_Part4 times torque amps omega load speed volts ea condition equals armature rpm motor pi radians current minus emf meters newton From BERKER BILGIN 80 plays 0
PHYS2G03_C duration 23 minutes 16 seconds PHYS2G03_C PHYS2G03_C	PHYS2G03_C C++ rules (without functions) raw ppt video compiler variable statement semicolon operators variables types slash block constants integer things languages rules language operator equals statements names terminal From JAMES WADSLEY 98 plays 0
07_Overview of Power Converters_Part1 duration 6 minutes 8 seconds 07_Overview of Power Converters_Part1 07_Overview of Power Converters_Part1	07_Overview of Power Converters_Part1 voltage half diode cycle load input phase inductor conduction source energy rectifier bridge diodes output loads converters equals current law From BERKER BILGIN 87 plays 0
22_Equivalent Circuit of Induction Motors_Part1 duration 6 minutes 28 seconds 22_Equivalent Circuit of Induction Motors_Part1 22_Equivalent Circuit of Induction Motors_Part1	22_Equivalent Circuit of Induction Motors_Part1 rotor speed frequency stator circuit induction voltage equals torque times slip field resistance transformer voltages omega ns motor magnetic current From BERKER BILGIN 99 plays 0
PHYS2G03_Types_and_Operators duration 27 minutes 51 seconds PHYS2G03_Types_and_Operators PHYS2G03_Types_and_Operators	PHYS2G03_Types_and_Operators Types and operators raw ppt video operators types string things numbers expression dot integer compiler integers float equals result division times bit cpp bits brackets complex From JAMES WADSLEY 101 plays 0
11_DC Motor Excitation Types2_Part1 duration 4 minutes 40 seconds 11_DC Motor Excitation Types2_Part1 11_DC Motor Excitation Types2_Part1	11_DC Motor Excitation Types2_Part1 field armature circuit series motor voltage current circuits windings motors inductance speed lot function expression eq omega ea emf equals From BERKER BILGIN 86 plays 0
17_Control of DC Machines using DC-DC… duration 4 minutes 23 seconds 17_Control of DC Machines using DC-DC… 17_Control of DC Machines using DC-DC converters1_Part2	17_Control of DC Machines using DC-DC converters1_Part2 expression ea voltage circuit mode phase ph notation proof ca ldidt equals average input armature slide duties switch dt runtime From BERKER BILGIN 98 plays 0
14_Phase Controlled DC Motor Drives2_Part2 duration 5 minutes 51 seconds 14_Phase Controlled DC Motor Drives2_Part2 14_Phase Controlled DC Motor Drives2_Part2	14_Phase Controlled DC Motor Drives2_Part2 alpha pi armature cosine angle voltage omega conduction cycle firing mode half thyristor current equals degrees input model phase times From BERKER BILGIN 96 plays 0
17_Control of DC Machines using DC-DC… duration 6 minutes 42 seconds 17_Control of DC Machines using DC-DC… 17_Control of DC Machines using DC-DC converters1_Part7	17_Control of DC Machines using DC-DC converters1_Part7 mode conduction cycle expression switching equals period duty voltage dx ea volts calculation times armature input averaging dc t. ndt From BERKER BILGIN 90 plays 0
14_Phase Controlled DC Motor Drives2_Part4 duration 8 minutes 47 seconds 14_Phase Controlled DC Motor Drives2_Part4 14_Phase Controlled DC Motor Drives2_Part4	14_Phase Controlled DC Motor Drives2_Part4 omega average expression equals times alpha cosine torque minus ea function k. values iat seconds simulation pi tl expressions speed From BERKER BILGIN 93 plays 0