Güç elektroniği konusunda işinize yarayacak bir çok formul, hesaplama bulunuyor ingilizce bir kaynak fakat çözmesi kolay olacaktır.
| 10 Cornerstones | dc-dc converters | Kirchoff’s current law | root mean square |
| 1-phase bipolar inverter | decibel | Kirchoff’s voltage law | rpm |
| 3-phase inverter | delta-wye transformer | KVL | induction motor |
| 3-phase power and | dependent variable | L inductance | s slip |
| commutation | derivatives | L’Hôpitol’s rule | SS capacitor principle |
| 3-phase PWM inverter | diode current | LC tank circuit | SS inductor principle |
| 3-phase rectifier | distortion | linear range | series |
| 3-phase Thèvenin equivalent | duty cycle | linearizing an equation | single-phase bridge rectifier |
| E electric field | ma amplitude modulation | slip | |
| with a | efficiency of induction motor | ratio | slip frequency |
| 3-phase voltage and | magnitude | slip speed | |
| commutation | electric motors | Maxwell’s equations | space-time |
| air gap flux | Euler’s equation | mf frequency modulation | sphere |
| amp | even function | ratio | square wave |
| Ampere’s law | farad | minimum inductance | Fourier series |
| amplitude modulation ratio | Faraday’s law | model | square wave inverter |
| area | Fourier series | induction motor | starting torque |
| sphere | square wave | motor | step-down converter |
| average | frequency domain | induction motor | step-up converter |
| average value | frequency modulation ratio | newton | synchronous pulse width |
| B magnetic flux dens | fsl slip frequency | ns synchronous speed | modulation |
| binomial expansion | full bridge converter | odd function | synchronous speed |
| binomial theorem | Gauss’ law | overmodulation | tank circuit |
| bipolar inverter | general math | parallel resistance | temperature |
| bridge rectifier | generalized harmonics | PF power factor | tesla |
| buck converter | 1-phase | 3-phase rectifier | THD |
| buck-boost converter | 3-phase | phase | Thèvenin equivalent |
| C capacitance | graph paper | phase current | 3-phase |
| calculus | graphing terminology | phasor notation | with a |
| capacitance | H magnetic field | plotting I1 | three-phase rectifier |
| capacitor | half-wave rectifier | plotting iA | time domain |
| CF crest factor | harmonics | plotting paper | time-average |
| commutation | generalized, 1-phase | plotting V1 | time-averaged power |
| 3-phase power | generalized, 3-phase | plotting Vdc | time-harmonic |
| 3-phase voltage | henry | power | torque |
| power | Hoft | electric motor | constant |
| voltage | horsepower | power and commutation | starting |
| commutation interva | hyperbolic functions | power factor | trigonometric identities |
| complex conjugate | I1 | 3-phase rectifier | u commutation interval |
| complex numbers | iA rectifier current | pull out | unibipolar inverter |
| conjugate | independent variable | pulse width modulation | units |
| complex | inductance | synchronous | V1 |
| constant torque | induction motor | pulse width modulation in | Vdc |
| constant volts/Hz | induction motor model | inverters | vi relationship |
| converter | inductor | PWM pulse width | volt |
| buck10 | LC tank circuit | modulation | voltage and commutation |
| buck-boost | integration | PWM inverter | volts/Hz ratio |
| Cúk | inverter | 3-phase | volume |
| dc-dc | 3-phase | rectifier | sphere |
| step-down | bipolar | three-phase | watt |
| step-up | harmonic voltage | rectifiers | weber |
| coulomb | pulse width modulation | resistance | wye-delta transformer |
| crest factor Cúk converter D electric flux dens | J current density joule KCL | in parallel resistor2 rms | fag air gap flux h efficiency of induction motor |
| dB decibels dc dc-ac inverters | kelvin Kimbark’s equations with a | square wave rms harmonic voltage in inverters | rn volume charge dens wsl |
yukarı da içerik listesi verildi kaynak;
guc-elektronigi-hesaplamalar-formuller
Şifre-Pass: 320volt.com
Yayım tarihi: 2010/02/22 Etiketler: dc hesap, güç formül, güç hesap, smps hesap
çok güzel bir belge. teşekkürler. yüzsüzlük olacak ama varsa diğer alanlara ait (haberleşme, elektromanyetik vb…) formül kartlarını da bekleriz 🙂