Ingénierie
Industrial Electronics
Description
Le main objective de writing this book sur le subject INDUSTRIAL ELECTRONICS is to present to le student-community, a book which should contain comprehensive treatment de le subject matter en simple language. For understanding de le book le only need pour le reader is knowledge de basic electronics. This Book features a large number de tested circuits, examples et illustrations emphasizing le physical concepts rather than mathematical treatment sur ventionalized to cover le curriculum de le various states . Le language used en explaining le various concepts has been very simple compare to other popular encyclopedias. Le book explains phenomena such as Contrôle Systèmes, Thyristors et their Applications, Rectifier et its types, Solid State Contrôle de D.C. et A.C. Motors, electronic timers et automatic controllers, electronic control de electrical heating et welding processes, Biomedical electronics, basics such as Bio-electric potential, types de bio-potential electrodes, electrocardiography (ECG), lectroencephalography (EEG), electromyography(EMG), X-Ray, Ultrasonic Generation et Applications, programmable logic controls (PLC) etc. This book will be very useful to its readers et save a lot de their precious time et energy.
Table des matières
Contrôle Systèmes Introduction à Automatic Contrôle Système: Open Loop Contrôle Systèmes, Close Loop control Systèmes, Basic Éléments de a Servo-Mechanism, Example sur Automatic Contrôle Systèmes, Système Performance, Synchros, Servo-Motors AC et DC, Stepper Motors; Thyristors Introduction, Thyristor Construction, Principle de Operation de an SCR, Two Transistor Analogy de SCR, Diac, Triac, Uni- Junction Transistor, Rectifier Circuit Using SCR, Solid State Switching Circuits Using Thyristor, Introduction de MCT pour Power Contrôle; Polyphase Rectifier et Inverters Advantages de Polyphase Rectifiers, Types de Polyphase Rectifiers- Three Phase Half Wave et Full Wave, Three Phase Half Wave avec Interphase Transformer Using Solid State Devices, Contrôleled Rectifiers, Principes de Operation de Contrôleled Rectifiers, Parallel, Series et Bridge Inverters, Single et Three Phase Cycloconverters, Uninterrupted Power Supply (UPS), Different Méthodes de Forced Communication; Solid State Contrôle de A.C. et D.C. Motors, Advantages de Electronic Contrôle de Devices, D.C. Motors Speed Contrôle, Speed Contrôle de D.C. Shunt Motors Using Thyristor, Over Voltage Protection de D.C Motors, Over Load Protection de D.C. Motors, A.C. Motor Contrôle, Speed Contrôle de a Single Phase Induction Motor, Speed Contrôle de a Universal Series Motors; Timers et Automatic Contrôlelers Principes de R.C. Timing Circuit, Timer Using I.C, S.C.R. Delay Timer, Light Operated Photo Relay; Rf Heating et Resistance Welding Resistance Heating, Induction Heating, Oscillator Circuit Using Induction Heating, Electronics Heaters Used pour Induction Heating Using Transistor Circuit, Advantages et Applications de Induction Heating, Di-electric Heating, Advantages et Applications de Di-Electric Heating, Resistance Welding, Sequential Timer Used en Welding Contrôle; Bio-Medical Electronics, Sources de Bio-Electric Potential, Types de Bio-Potential Electrodes, Electrocardiography, Electromyography, X-Ray, Production et Application, Ultrasonic Generation et Application; Programmable Logic Contrôlelers, PLC Histoire, Ladder Logic et Relays, PLC Programming; Questionnaire; Laboratory Experiments, Firing Characteristic de an SCR, Half-wave Gate-controlled Rectifier Using One SCR, Single-phase Half-controlled Full-wave Rectifier Using Two SCRS et Two Diodes, Illumination Contrôle Using SCR, Firing Characteristic de a Triac, Application de a Triac pour Illunmination Contrôle, Unijunction Transistor Characteristic, SCR Contrôleled Emergency Light, LDR Application en a Light Activated Turn-off Circuit, Speed Contrôle de a D.C. Shunt Motor Using SCR, Study de a Three-phase Rectifier Using Power Diodes, Study de an Electronic Timer Using Ic Ne-555, Study de ECG Recorder; Subject Index.