El-Sharkawi, Mohamed A. <br/><br/>
Fundamentals of electric drives / 
Mohamed A. El-Sharkawi. 
 - Pacific Grove, CA :  Brooks/Cole,  c2000. 
 - xii, 314 p. :  ill. ;  25 cm. 
<br/><br/> Includes index. 
<br/><br/> Elements of Electric Drive Systems  Historical Background  Basic Components of an Electric Drive System  Mechanical Loads  Electric Motors  Power Sources  Converters  Controllers  Introduction to Solid-State Devices  Transistors  Bipolar Transistor  Field Effect Transistor (FET)  Thyristors  Four-Layer Diode  Silicon-Controlled Rectifier (SCR)  Other Power Devices  Darlington Transistor  Insulated Gate Bipolar Transistor (IGBT)  Ratings of Power Electronic Devices  di/dt and dv/dt Protection  Introduction to Solid-State Switching Circuits  Single-Phase, Half-Wave, ac/dc Conversion for Resistive Loads  Root-Mean-Squares  Electric Power  dc Power  Power Factor  Single-Phase, Full-Wave, ac/dc Conversion for Resistive Loads  Single-Phase, Half-Wave, ac/dc Conversion for Inductive Loads Without Freewheeling Diode  Average Voltage Across Inductance and Resistance  Average Power of Inductance  RMS voltage  Single-Phase, Half-Wave, ac/dc Conversion for Inductive Loads with Freewheeling Diode  Three-Phase, Half-Wave, ac/dc Conversion for Resistive Loads  Three-Phase, Half-Wave, ac/dc Conversion for Inductive Loads  Three-Phase, Full-Wave, ac/dc Conversion  dc/dc Conversion  dc/ac Conversion  Single-Phase, dc/ac Converter  Three-Phase, dc/ac Converter  Voltage, Frequency, and Sequence Control  Pulse-Width Modulation (PWM)  Energy Recovery Systems  Charging Operation  Discharging Operation  Three-Phase Energy Recovery Systems  Current Source Inverter  Joint Speed-Torque Characteristics of Electric Motors and Mechanical Loads  Bidirectional Electric Drive Systems  Four-Quadrant Electric Drive Systems  Speed-Torque Characteristics of Electric Motors  dc Motors  Separately Excited Motors  Shunt Motors  Series Motors  Compound Motors  Induction Motors  Equivalent Circuit  Power Flow  Torque Characteristics  Starting Procedure  Synchronous Motors  Reactive Power  Power Flow  Torque Characteristics  Starting Procedure  Damage to Electric Machines  Speed Control of Direct Current Motors  Speed Control of Shunt or Separately Excited Motors  Controlling Speed by Adding Resistance  Controlling Speed by Adjusting Armature Voltage  Controlling Speed by Adjusting Field Voltage  Solid-State Control  Speed Control of Series Motor  Controlling Speed by Adding Resistance to Armature Circuit  Controlling Speed by Adjusting Armature Voltage  Controlling Speed by Adjusting Field Current  Speed Control of Induction Motors  Basic Principles of Speed Control  Controlling Speed Using Rotor Resistance  Rotor Voltage Injection  Slip Energy Recovery  Controlling Speed by the Slip Energy Recovery Method  Torque-Current Relationship  Efficiency  Controlling Speed Using Inductance  Controlling Speed by Adjusting the Stator Voltage  Controlling Speed by Adjusting the Supply Frequency  Effect of Excessively Highc Frequency  Effect of Excessively Low Frequency  Voltage/Frequency Control  Current Source Speed Control  Induction Motor with Constant Frequency CSI  Induction Motor with Adjustable Frequency CSI  Braking of Electric Motors  Regenerative Braking  Dynamic Braking  Countercurrent Braking  Braking of dc Motors  Regenerative Braking of dc Shunt Motors  Regenerative Braking of dc Series Motors  Dynamic Braking of dc Shunt Motors  Dynamic Braking of dc Series Motors  Countercurrent Braking of dc Shunt Motors  Plugging  Braking by Terminal Voltage Reversal (TVR)  Countercurrent Braking of dc Series Motors  Braking of Induction Motors  Regenerative Braking  Dynamic Braking  Countercurrent Braking  Dynamics of Electric Drive Systems  Moment of Inertia  Basic Concept of Traveling Time  Gears and Belts  Traveling Time of dc Motors  Traveling Time of Induction Motors  Unloaded Induction Motor  Loaded Induction Motor  Traveling Time of Synchronous Motors  1  1 --  1.1  2 --  1.2  5 --  1.2.1  6 --  1.2.2  8 --  1.2.3  9 --  1.2.4  9 --  1.2.5  10 --  2  12 --  2.1  13 --  2.1.1  13 --  2.1.2  16 --  2.2  18 --  2.2.1  18 --  2.2.2  19 --  2.3  22 --  2.3.1  22 --  2.3.2  23 --  2.4  24 --  2.5  26 --  3  31 --  3.1  31 --  3.1.1  34 --  3.1.2  37 --  3.1.3  40 --  3.1.4  41 --  3.2  43 --  3.3  46 --  3.3.1  50 --  3.3.2  51 --  3.3.3  52 --  3.4  53 --  3.5  58 --  3.6  61 --  3.7  63 --  3.8  69 --  3.9  73 --  3.9.1  73 --  3.9.2  74 --  3.9.3  81 --  3.9.4  84 --  3.10  87 --  3.10.1  88 --  3.10.2  92 --  3.11  95 --  3.12  98 --  4  105 --  4.1  106 --  4.2  108 --  5  112 --  5.1  112 --  5.1.1  115 --  5.1.2  120 --  5.1.3  120 --  5.1.4  123 --  5.2  126 --  5.2.1  130 --  5.2.2  134 --  5.2.3  139 --  5.2.4  142 --  5.3  144 --  5.3.1  147 --  5.3.2  149 --  5.3.3  151 --  5.3.4  151 --  5.4  152 --  6  156 --  6.1  156 --  6.1.1  157 --  6.1.2  160 --  6.1.3  161 --  6.1.4  165 --  6.2  176 --  6.2.1  176 --  6.2.2  178 --  6.2.3  178 --  7  189 --  7.1  189 --  7.2  190 --  7.3  194 --  7.4  200 --  7.4.1  202 --  7.4.2  203 --  7.4.3  204 --  7.5  209 --  7.6  209 --  7.7  211 --  7.7.1  212 --  7.7.2  216 --  7.8  217 --  7.9  220 --  7.9.1  223 --  7.9.2  225 --  8  231 --  8.1  231 --  8.2  233 --  8.3  235 --  9  236 --  9.1  236 --  9.2  243 --  9.3  244 --  9.4  247 --  9.5  248 --  9.5.1  248 --  9.5.2  253 --  9.6  263 --  10  269 --  10.1  269 --  10.2  275 --  10.3  277 --  11  283 --  11.1  284 --  11.2  286 --  11.3  287 --  11.4  290 --  11.5  295 --  11.5.1  297 --  11.5.2  301 --  11.6  303. 
<br/><br/><label>ISBN: </label>0534952224 9780534952228 
<br/><br/><label>LCCN: </label>00022934 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Electric driving.
<br/><br/><label>LC Class. No.: </label>TK4058  / .E39 2000 
<br/><br/><label>Dewey Class. No.: </label>621.46