Industrial ElectronicsAn introduction to the state-of-the-art control systems used in industry, this valuable text identifies the elements that comprise a closed-loop network and continues to explain in detail the function of each. Expanded coverage of DC and AC drives and programmable controls offer readers an industrial career perspective. Examples of real-world applications are presented without requiring difficult mathematical calculations. ALSO AVAILABLE Laboratory Manual, ISBN: 0-8273-5969-1 INSTRUCTOR SUPPLEMENTS CALL CUSTOMER SUPPORT TO ORDER Instructor's Guide, ISBN: 0-8273-5828-8 |
Contents
Operational Amplifiers for Industrial | 1 |
Gyrator | 11 |
LowVoltage Op | 20 |
Copyright | |
25 other sections not shown
Common terms and phrases
amplifier analog anode applications armature armature current armature speed BDCM C₁ calculated called capacitor cemf Chapter coil commutation constant contacts current flows curve DC motor decreases device diagram diode duty cycle electrical electronic encoder energy EPROM Equation example excitation field current frequency full-load gate increases induction motor industry input voltage inverting junction ladder logic laser line voltage load logic magnetic field maximum measurement mode modulation op amp operation oscillator output voltage phase pole position power factor produce pulse r/min R₁ R₂ range relay reset resistor robot rotating rotor schematic SCIM semiconductor sensor shown in Figure signal starting torque stator stepper motor supply voltage switch synchronous temperature thermal resistance thermistor thermocouple three-phase thyristor timer tion torque transducer transistor triac trigger turn V₁ voltage waveform windings zero ΚΩ