Search for tag: "voltage"

176 Media

V01_02_DC Analysis of BJT Circuits duration 21 minutes 15 seconds V01_02_DC Analysis of BJT Circuits V01_02_DC Analysis of BJT Circuits	V01_02_DC Analysis of BJT Circuits This video describes the DC analysis of BJT circuits. bjts dc analysis vote times circuit voltage equation beta base bjt vc region vbe vb ohms volt rb1 loop e. kilo resistance characteristics From Chih-hung Chen 511 plays 0
V01_01_DC Analysis of MOSFET Circuits duration 32 minutes 23 seconds V01_01_DC Analysis of MOSFET Circuits V01_01_DC Analysis of MOSFET Circuits	V01_01_DC Analysis of MOSFET Circuits This video describes the DC analysis of MOSFET circuits. mosfets dc analysis vgs equation source voltage region vote saturation characteristics volt vd mosfet minus circuit vg times transistor step question sink dc From Chih-hung Chen 689 plays 0
V00_03_Linearization of MOSFETs_Part2 duration 17 minutes 30 seconds V00_03_Linearization of MOSFETs_Part2 V00_03_Linearization of MOSFETs_Part2	V00_03_Linearization of MOSFETs_Part2 This video describes how to develop the equivalent circuit model for a MOSFET based on its linearized i-v characteristics. mosfets times vgs drain input source port terminal mosfet model circuit term current vds signal body gate voltage component currents linear From Chih-hung Chen 763 plays 0
V00_02_Linearization of MOSFETs_Part1 duration 18 minutes 29 seconds V00_02_Linearization of MOSFETs_Part1 V00_02_Linearization of MOSFETs_Part1	V00_02_Linearization of MOSFETs_Part1 This video reviews how to linearize a MOSFET to become a linear element. Note: In the video, there is a typo in gm at 16:43. The correct gm = kn'(W/L)Vov, instead of (kn'/2)(W/L)Vov. mosfets vgs equation times region term voltage channel device vds drain mosfet effect length modulation function saturation minus terminal circuit signal From Chih-hung Chen 1,093 plays 1
Plasmid DNA migration on an agarose gel duration 3 minutes 35 seconds Plasmid DNA migration on an agarose gel Plasmid DNA migration on an agarose gel	Plasmid DNA migration on an agarose gel dna plasmid conformation bacteria cell base linear gel things pairs migration conditions process strands pair voltage lab size bit electrophoresis From FELICIA VULCU 465 plays 0
Lecture 5b - Radiographic Imaging duration 34 minutes 59 seconds Lecture 5b - Radiographic Imaging Lecture 5b - Radiographic Imaging	Lecture 5b - Radiographic Imaging ray image exposure patient photons attenuation radiation air energy kv tissue beam distance source voltage quality intensity images spot contrast From Troy Farncombe 43 plays 0
Lecture 5a - X-ray Production duration 34 minutes 14 seconds Lecture 5a - X-ray Production Lecture 5a - X-ray Production	Lecture 5a - X-ray Production ray energy electrons tube filament spot voltage target beam electron filtration anode spectrum image production angle heat radiation tubes intensity From Troy Farncombe 50 plays 0
Lab D13: Pre-Lab Presentation duration 4 minutes 39 seconds Lab D13: Pre-Lab Presentation Lab D13: Pre-Lab Presentation	Lab D13: Pre-Lab Presentation mechenglab pre-lab video lab control manual presentation shaft systems motor equipment plant loop ta analog experiment safety procedure potentiometer port gear voltage ometer From JOHN COLENBRANDER 437 plays 0
L11_How Differential Pair Amplifiers Work duration 11 minutes 24 seconds L11_How Differential Pair Amplifiers Work L11_How Differential Pair Amplifiers Work	L11_How Differential Pair Amplifiers Work This video presents how a differential pair amplifier with a current sink removes the common-mode noise to its single-ended output. differential amplifier output voltage drain input signal source amplifier waveform phase q2 terminal side gate stage problem interference terminals shift differences differential From Chih-hung Chen 113 plays 0
ENRTECH 4PP3 Lecture 10 duration 2 hours 5 minutes ENRTECH 4PP3 Lecture 10 ENRTECH 4PP3 Lecture 10	ENRTECH 4PP3 Lecture 10 Induction Motor Protection 4pp3 motor induction unit sequence impedance phase protection fault capacity rotor relay current face motors seconds voltage curve source times heat From CHI TANG 35 plays 0
ENRTECH 3PD3 Lecture 11 duration 2 hours 1 minute ENRTECH 3PD3 Lecture 11 ENRTECH 3PD3 Lecture 11	ENRTECH 3PD3 Lecture 11 First Contingency Incremental Transfer Capability (FCITC) 3pd3 transfer contingency flow megawatts circuit odf loss pre pdf lines calculation power limit voltage tds york ontario times distribution delta From CHI TANG 101 plays 0
Calorimetry - Oxygen Calorimetry Calculations -… duration 6 minutes 32 seconds Calorimetry - Oxygen Calorimetry Calculations -… Calorimetry - Oxygen Calorimetry Calculations - Week 2	Calorimetry - Oxygen Calorimetry Calculations - Week 2 CHEMENG 3L03 - Intermediate Laboratory Skills Lab: Calorimetry Week: 2 Topic: fundamental walkthrough of oxygen calorimetry temperature wire heat oxygen reaction vessel water energy mass period compound amount values gram times formula change voltage wires combustion From Kushal Panchal 45 plays 0
45_Back-to-Back Motor Drive Problem_Part2 duration 2 minutes 46 seconds 45_Back-to-Back Motor Drive Problem_Part2 45_Back-to-Back Motor Drive Problem_Part2	45_Back-to-Back Motor Drive Problem_Part2 drive curve voltage armature current dc waveform t. supply waveforms question From BERKER BILGIN 78 plays 0
43_Switched Reluctance Motor Drives_3_Part3 duration 9 minutes 10 seconds 43_Switched Reluctance Motor Drives_3_Part3 43_Switched Reluctance Motor Drives_3_Part3	43_Switched Reluctance Motor Drives_3_Part3 torque voltage angle profile speed operation turn conduction control dc position phase period rotor switching current power flux motor pulse From BERKER BILGIN 54 plays 0
43_Switched Reluctance Motor Drives_3_Part2 duration 6 minutes 28 seconds 43_Switched Reluctance Motor Drives_3_Part2 43_Switched Reluctance Motor Drives_3_Part2	43_Switched Reluctance Motor Drives_3_Part2 voltage dc speed magnitude controller reference load speech speeds current change motor face torque theta nature amplitude turn rpm currents From BERKER BILGIN 49 plays 0
43_Switched Reluctance Motor Drives_3_Part1 duration 7 minutes 3 seconds 43_Switched Reluctance Motor Drives_3_Part1 43_Switched Reluctance Motor Drives_3_Part1	43_Switched Reluctance Motor Drives_3_Part1 voltage emf face inductance phase machine control figure change rate dc equation position stator current term speeds rotor motor switch From BERKER BILGIN 53 plays 0
42_Tutorial_PMSM_Operational Characteristics_Part2 duration 10 minutes 16 seconds 42_Tutorial_PMSM_Operational Characteristics_Part2 42_Tutorial_PMSM_Operational Characteristics_Part2	42_Tutorial_PMSM_Operational Characteristics_Part2 point speed torque voltage current characteristics axis circle points ellipse motor omega curve edtpa t3 operation a. control is1 omega-3 From BERKER BILGIN 75 plays 0
41_Switched Reluctance Motor Drives_2_Part4 duration 7 minutes 10 seconds 41_Switched Reluctance Motor Drives_2_Part4 41_Switched Reluctance Motor Drives_2_Part4	41_Switched Reluctance Motor Drives_2_Part4 phase bridge converter terminal direction vdc face switches limit dc control source angle turn mode figure d1 voltage energy hysteresis From BERKER BILGIN 64 plays 0
40_Switched Reluctance Motor Drives_1_Part4 duration 11 minutes 21 seconds 40_Switched Reluctance Motor Drives_1_Part4 40_Switched Reluctance Motor Drives_1_Part4	40_Switched Reluctance Motor Drives_1_Part4 rotor position torque characteristics linkage flux voltage pole gap stator air direction alignment poles moves amps region side profile van From BERKER BILGIN 59 plays 0
39_Brushless DC Motor Drives_Part2 duration 5 minutes 24 seconds 39_Brushless DC Motor Drives_Part2 39_Brushless DC Motor Drives_Part2	39_Brushless DC Motor Drives_Part2 effect hall voltage emf sensors sensor waveform output model dc phase mechanism flux magnets rotor signal power gap current magnitude From BERKER BILGIN 62 plays 0
39_Brushless DC Motor Drives_Part1 duration 4 minutes 9 seconds 39_Brushless DC Motor Drives_Part1 39_Brushless DC Motor Drives_Part1	39_Brushless DC Motor Drives_Part1 motor position rotor waveform voltage phase emf linkage flux brushless magnets dc currents shape magnet coils windings motors control power From BERKER BILGIN 72 plays 0
38_SVPWM_2_Part9 duration 8 minutes 17 seconds 38_SVPWM_2_Part9 38_SVPWM_2_Part9	38_SVPWM_2_Part9 waveform reference sector carrier period voltage times vector magnitude pulse phase gate vdc voltages switching vectors sectors leg vbe potential From BERKER BILGIN 51 plays 0
38_SVPWM_2_Part8 duration 6 minutes 12 seconds 38_SVPWM_2_Part8 38_SVPWM_2_Part8	38_SVPWM_2_Part8 period vector switching voltage sector reference phase vectors position ta half tb times zeros conduction switches tv tco v1 factors From BERKER BILGIN 48 plays 0
38_SVPWM_2_Part10 duration 9 minutes 7 seconds 38_SVPWM_2_Part10 38_SVPWM_2_Part10	38_SVPWM_2_Part10 reference sector waveform carrier references voltage beta alpha modulation table phase period vector values sinusoidal dc voltages space gate sampling From BERKER BILGIN 55 plays 0