review power electronics

review power electronics - POWER ELECTRONICS EE 362L INDEX...

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Tom Penick tom@tomzap.com www.teicontrols.com/notes PowerElectronics.pdf 5/12/2003 Page 1 of 21 POWER ELECTRONICS EE 362L INDEX 10 Cornerstones. .................. 2 1-phase bipolar inverter. ....11 3-phase inverter. ................ 14 3-phase power and commutation. ..................... 7 3-phase PWM inverter. ...... 14 3-phase rectifier. .................. 7 3-phase Thèvenin equivalent ........................................... 8 with α ............................. 8 3-phase voltage and commutation. ................. 7, 8 air gap flux . ....................... 16 amp. ..................................... 3 Ampere's law. .................... 20 amplitude modulation ratio12 area sphere. .......................... 20 average . ............................... 2 average value. .................... 19 B magnetic flux dens. ...... 20 binomial expansion. ........... 20 binomial theorem. .............. 20 bipolar inverter . ................. 12 bridge rectifier. .................... 6 buck converter. .................. 10 buck-boost converter . ..10, 11 C capacitance. ..................... 3 calculus. ............................. 19 capacitance . ......................... 3 capacitor . ............................. 2 CF crest factor . ................... 2 commutation 3-phase power . ............... 7 3-phase voltage . ......... 7, 8 power. ............................. 6 voltage. ........................... 6 commutation interval. .......... 6 complex conjugate. ............ 18 complex numbers . ............. 18 conjugate complex. ....................... 18 constant torque . ................. 17 constant volts/Hz. .............. 17 converter buck. ............................. 10 buck-boost. ............. 10, 11 Cúk. .............................. 11 dc-dc. .................. 9, 10, 11 step-down. .................... 10 step-up. ......................... 10 coulomb. .............................. 3 crest factor. .......................... 2 Cúk converter. ................... 11 D electric flux dens. .......... 20 dB decibels. ........................ 3 dc. .................................. 2, 19 dc-ac inverters . ............ 11, 14 dc-dc converters . ..... 9, 10, 11 decibel. ................................ 3 delta-wye transformer. ......... 8 dependent variable. ............ 20 derivatives . ........................ 19 diode current. ....................... 8 distortion . ............................ 2 duty cycle . ........................... 9 E electric field. ................. 20 efficiency of induction motor ......................................... 17 electric motors. .................. 15 Euler's equation. ................ 19 even function. ...................... 4 farad . ................................... 3 Faraday's law. .................... 20 Fourier series. .............. 2, 4, 5 square wave. ................... 5 frequency domain. ............. 20 frequency modulation ratio12 f sl slip frequency. .............. 16 full bridge converter. ......... 11 Gauss' law . ........................ 20 general math. ..................... 18 generalized harmonics 1-phase. ........................ 13 3-phase. ........................ 14 graph paper. ....................... 21 graphing terminology. ....... 20 H magnetic field . .............. 20 half-wave rectifier . .............. 5 harmonics generalized, 1-phase. ....13 generalized, 3-phase. ....14 henry . .................................. 3 Hoft . .................................... 2 horsepower. ......................... 3 hyperbolic functions. ......... 20 I 1 .......................................... 8 i A rectifier current. .............. 8 independent variable . ........ 20 inductance . .......................... 3 induction motor. ................ 16 induction motor model . ..... 15 inductor . .............................. 2 LC tank circuit . .............. 3 integration . ........................ 19 inverter . ....................... 11, 14 3-phase. ........................ 14 bipolar. ......................... 11 harmonic voltage. ......... 13 pulse width modulation12 J current density. .............. 20 joule. .................................... 3 KCL. .................................... 2 kelvin. .................................. 3 Kimbark's equations. ........... 7 with α ............................. 7 Kirchoff’s current law. ........ 2 Kirchoff’s voltage law. ........ 2 KVL. ................................... 2 L inductance. ...................... 3 L’Hôpitol’s rule. ................ 20 LC tank circuit . ................... 3 linear range. ....................... 12 linearizing an equation. ..... 20 m a amplitude modulation ratio . ................................ 12 magnitude. ......................... 18 Maxwell's equations. ......... 20 m f frequency modulation ratio . ................................ 12 minimum inductance. .......... 9 model induction motor. ........... 15 motor induction motor. ........... 16 newton. ................................ 3 n s synchronous speed . ...... 16 odd function . ....................... 4 overmodulation . ................ 12 parallel resistance. ............... 3 PF power factor. ................. 3 3-phase rectifier . ............ 9 phase . ................................ 18 phase current. ...................... 8 phasor notation. ................. 18 plotting I 1 ............................ 8 plotting i A ............................ 8 plotting paper . ................... 21 plotting V 1 ........................... 8 plotting V dc .......................... 8 power . ................................. 2 electric motor. .............. 15 power and commutation. ..... 6 power factor . ....................... 3 3-phase rectifier . ............ 9 pull out. ............................. 15 pulse width modulation synchronous. ................ 12 pulse width modulation in inverters. .......................... 12 PWM pulse width modulation . ..................... 12 PWM inverter 3-phase. ........................ 14 rectifier three-phase. .................... 7 rectifiers . ............................. 5 resistance in parallel. ...................... 3 resistor. ................................ 2 rms . ............................... 2, 19 square wave . ................ 19 rms harmonic voltage in inverters. .......................... 13 root mean square. .............. 19 rpm induction motor. ........... 16 s slip. ................................ 16 S.S. capacitor principle . ...... 2 S.S. inductor principle. ........ 2 series . ................................ 20
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This note was uploaded on 07/16/2010 for the course ELECTRICAL ELE846 taught by Professor Xu during the Spring '10 term at Ryerson.

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review power electronics - POWER ELECTRONICS EE 362L INDEX...

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