Power Electronics: Circuits, Devices, and ApplicationsPearson/Prentice Hall, 2004 - 880 من الصفحات For junior or senior undergraduate students in Electrical and Electronic Engineering. This text covers the basics of emerging areas in power electronics and a broad range of topics such as power switching devices, conversion methods, analysis and techniques, and applications. Its unique approach covers the characteristics of semiconductor devices first, then discusses the applications of these devices for power conversions. Four main applications are included: flexible ac transmissions (FACTs), static switches, power supplies, dc drives, and ac drives. - New chapters - Including Ch. 9, Multilevel Inverters, Ch. 13, Flexible AC Transmission Systems, and Ch. 17, Gate Drive Circuits.', gives students the latest information available on these topics. - New sections throughout - Including Semiconductor Basics, State-Space Analysis of Regulators, Vector Controls, Stepper Motor Control and more, gives students the latest information available on these topics. - Well-written and easy-to-follow, helps students maintain interest in the text. - Numerous worked-out examples, demonstrates for students the applications of conversion techniques in design and analysis of converter cir |
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النتائج 1-3 من 77
الصفحة 58
Circuits, Devices, and Applications M. H. Rashid. Io - 0 S1 Iold D1 K + t = 0 + Vs 0 Dm A Io if 0 t1 ( a ) Circuit diagram ( b ) Waveforms FIGURE 2.22 Diode circuit with an L load . 2.13 b . When switch S , is opened at a time t = t1 ...
Circuits, Devices, and Applications M. H. Rashid. Io - 0 S1 Iold D1 K + t = 0 + Vs 0 Dm A Io if 0 t1 ( a ) Circuit diagram ( b ) Waveforms FIGURE 2.22 Diode circuit with an L load . 2.13 b . When switch S , is opened at a time t = t1 ...
الصفحة 761
Circuits, Devices, and Applications M. H. Rashid. CHAPTER 17 Gate Drive Circuits The learning objectives of this ... circuit and the low- level gate drive circuit • To learn the functional requirements and implementation techniques ...
Circuits, Devices, and Applications M. H. Rashid. CHAPTER 17 Gate Drive Circuits The learning objectives of this ... circuit and the low- level gate drive circuit • To learn the functional requirements and implementation techniques ...
الصفحة 833
... circuit in- 200 V. The snubber resistance is 18.6 An RC snubber circuit , as shown in Figure 18.16c , has C = 1.5 μF , R = 4.5 N , and the input voltage is V , = 220 V. The circuit inductance is L = 20 μH . Determine ( a ) the peak ...
... circuit in- 200 V. The snubber resistance is 18.6 An RC snubber circuit , as shown in Figure 18.16c , has C = 1.5 μF , R = 4.5 N , and the input voltage is V , = 220 V. The circuit inductance is L = 20 μH . Determine ( a ) the peak ...
المحتوى
Chapter | 1 |
Diode Rectifiers | 68 |
Power Transistors | 122 |
حقوق النشر | |
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عبارات ومصطلحات مألوفة
a₁ anode applications average output voltage C₁ capacitance capacitor capacitor voltage characteristics component cycloconverter d(wt D₁ D₂ dc-dc converter delay angle determine diode drive duty cycle dv/dt equivalent circuit filter Fourier series frequency full converter full-wave gating signals half-cycle harmonic I₁ IEEE Transactions IGBT inductance inductor inductor current input current input PF input voltage instantaneous Key Points L₁ load current maximum mode modulation modulation index MOSFET motor on-state operation parameters peak phase voltage Points of Section Power Electronics power semiconductor devices PSpice pulse Q₁ R₁ rad/s rectifier resistive load resonant inverter reverse ripple current RLC circuit rms output rms value rotor S₁ semiconductor semiconverter shown in Figure single-phase sinusoidal snubber speed stator stepper motor T₂ three-phase thyristor thyristor T₁ torque transformer transistor turn-off turn-on turned V₁ V₂ waveforms zero ΔΙ