000			03675nam a22002177a 4500
003			OSt
005			20230817092349.0
008			210131b ||||| |||| 00| 0 eng d
020			_a9780273793250
040			_aBUL _cBUL _dBUL _beng _eRDA
082			_222 _a621.381 _bHAM
100			_aHambley, Allan R.
245			_aElectrical Engineering : _cprinciples and applications / _bAllan R.Hambley
250			_a6th edition
260			_aBoston ; _aNew York : _bPearson, _cc2014
300			_a900 p. : _bill.(some col.) ; _c26 cm.
500			_a CONTENT 1. Introduction 1.1 Overview of electrical engineering 1.2 Circuits, currents, and voltages 1.3 Power and energy 1.4 Kirchhoff's current law etc. 2. Restive Circuit 2.1 Resistances in series and parallel 2.2 Network analysis by using series and parallel equivalents 2.3 Voltage divider and current divider circuits 2.4 Node voltage analysis etc. 3. Inductance and Capacitance 3.1 Capacitance 3.2 Capacitances in series and parallel 3.3 Physical characteristics of capacitors etc. 4. Transients 4.1 First order RC circuits 4.2 DC steady state 4.3 RL circuits 4.4 RC and RL circuits with general sources etc, 5. Steady- State Sinusoidal Analysis 5.1 Sinusoidal currents and voltages 5.2 Phasors 5.3 Complex impedances 5.4 Current analysis with phasos and complex impedances etc. 6. Frequency Response, Bode Plots, and Resonance 6.1 Fourier analysis, filters and transfer functions 6.2 First order low-pass filters 6.3 Decibels, the cascade connection, and logarithmic frequency scales 6.4 Bode plots etc. 7. Circuits 7.1 Basic logic circuit concepts 7.2 Representation of numerical data in binary form 7.3 Combinatorial logic circuits 7.4 Synthesis of logic circuits etc. 8. Computers and Micro controllers 8.1 Computer organization 8.2 Memory types 8.3 Digital process control 8.4 Programming model for the HCS12/9S12 family etc. 9. Computers-Base Instrumentation Systems 9.1 Measurement of concepts and sensors 9.2 Signal conditioning 9.3 Analog to digital conversion 9.4 Lab-VIEW etc. 10. Diodes 10.1 Basic diode concepts 10.2 Load line analysis of diode circuits 10.3 Zener diode voltage regulator circuits 10.4 Ideal diode model etc. 1. Amplifiers: Specifications and External Characteristics 11.1 Basic amplifier concepts 11.2 Cascaded amplifiers 11.3 Power supplies and efficiency 11.4 Additional amplifier models etc. 12. Field-Effect Transistors 12.1 NMOS and PMOS transistors 12.2 Load line analysis of a simple NMOS amplifier 12.3 Bias circuits 12.4 Small signal equivalent circuits etc. 13. Bipolar Junction Transistors 13.1 Current and voltage relationships 13.2 Common emitter characteristics 13.3 Load line anaylsis of a common emitter amplifier 13.4 pnp bipolar junction transistor etc. 14. Operational Amplifiers 14.1 Ideal operational amplifiers 14.2 Inverting amplifiers 14.3 Non-inverting amplifiers 14.4 Design of simple amplifiers etc. 15. Magnetic Circuits and Transformers 15.1 Magnetic fields 15.2 Magnetic circuits 15.3 Inductance and mutual inductance 15.4 Magnetic materials etc. 16. DC Machines 16.1 Overview of motors 16.2 Principles of DC machines 16.3 Rotating DC machines 16.4 Shunt connected and separately excited DC motors etc. 17. AC Machines 17.1 Three phase induction motors 17.2 Equivalent circuit and performance calculations for induction 17.3 Synchronous machines etc.
504			_aIndex : p. 887-900
650			_aElectrical Engineerring
942			_2ddc _cBOOK-CA _e6th edition _h621.381 _i1 _kHAM _m621.381 HAM
999			_c494 _d494