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Power and Telecommunication

DOUBLE INTEGRALS PART 1 00:00
DOUBLE INTEGRALS PART 2 00:00
INTRODUCTION TO MICRO-CONTROLLER PART 1 00:00
INTRODUCTION TO MICROCONTROLLER PART 2 00:00
INTRODUCTION TO MICROCONTROLLER PART 3 00:00
INTRODUCTION TO MICRO-CONTROLLER PART 4 00:00
INTRODUCTION TO MICRO-CONTROLLER PART 5 FINAL 00:00
PROCESS CONTROL PART 1 00:00
PROCESS CONTROL PART 2 00:00
PROCESS CONTROL PART 3 00:00
PROCESS CONTROR PART 4 00:00
PROCESS CONTROL PART 5 00:00
DIGITAL CONTROL SYSTEM 00:00
SCADA SYSTEM 00:00
ROBOTICS PART 1 {Introduction to Robotics, History of Robotics and Advantages/Disadvantages } 00:00
ROBOTICS PART 2 {Components of a Robot i.e 1.STRUCTURE, 2.POWER SOURCE, 3. ACTUATORS} 00:00
ROBOTICS PART 3 {Manipulators , Grippers, Basic motions of Manipulators, Locomotion and Sensors} 00:00
ROBOTICS PART 4 {Controllers And Levels of Robotics Autonomy} 00:00
ROBOTICS PART 5 {Robots Classification, Broad Classification, Robots Qualities} 00:00
ROBOTICS PART 6 {Robot specification, Spatial resolution, mechanical errors, Accuracy} 00:00
DOUBLE INTEGRALS PART 3 {Applications of Double Integrals i.e Volumes of Solids } 00:00
DOUBLE INTEGRALS PART 3 {Applications of Double Integrals i.e Volumes of Solids } 00:00
DOUBLE INTEGRALS PART 5 FINAL {EXAMPLE 1,2,3} 00:00
DOUBLE INTEGRALS PART 4 { Polar Coordinates, Polar Regions , Polar Regions Graphs } 00:00
COMMUNICATION SYSTEM{Transmitters,functions of transmitters,Requirement when sourcing a transmitter} 00:00
COMMUNICATION SYSTEMS PART 2 {Radio Transmitters} 00:00
ROBOT PROGRAMMING 00:00
SINGLE SIDEBAND TRANSMITTERS {Filter method, phase shift methods} 00:00
DOUBLE SIDEBND TRANSMITTER (DSB) ,independent sideband Transmitter (ISB) {DEMERITS & BLOCK DIAGRAM} 00:00
FM TRANSMITTER PART 2 00:00
PRE-EMPHASIS 00:00
FM STEREO TRANSMITTER 00:00
INTRODUCTION TO MICROPROCESSOR PART 1 00:00
DC MACHINES PART 1 00:00
DC MACHINES PART 2 00:00
MICROPROCESSOR PROGRAMMING PART 2 00:00
SATELLITE COMMUNICATION PART 1 00:00
MORE EXAMPLES OF DC MACHINES 00:00
TRIPPLE INTEGRALS PART 1 00:00
NETWORK ANALYSIS PART 1 00:00
SATELLITE COMMUNICATION PART TWO 00:00
NETWORK ANALYSIS PART 2 00:00
NETWORK ANALYSIS PART 3 00:00
ELECTROMAGNETIC FIELD THEORY PART 2 {CO ORDINATE SYSTEM} 00:00
ELECTROMAGNETIC FIELD THEORY PART 3 {Differential length, Surface, Area And Volume} 00:00
DC MACHINES PART 3 00:00
DC MACHINES PART 4 00:00
TRIPLE INTEGRALS IN SPHERICAL COORDINATES 00:00
ELECTRODYNAMICS {Electrostatics i.e COULOMB’S LAW} 00:00
ELECTRIC FIELD INTENSITY FIELD STRENGTH (ELECTRODYNAMICS PART 2) 00:00
MICROPROCESSOR PROGRAMING PART 3 00:00
RECTIFIERS PART 1 {Single phase half-wave rectifiers } 00:00
RECTIFIERS PART 2 { Examples of Single Phase half-wave Rectifiers} 00:00
SINGLE PHASE FULL WAVE RECTIFICATION PART 3 BY MR OLOO 00:00
CHANGING OF VARIABLES IN MULTIPLE INTEGRALS { JACOBIAN } 00:00
THREE – PHASE HALF AND FULL-WAVE RECTIFIERS WITH A RESISTIVE LOAD 00:00
SINGLE PHASE FULL WAVE RECTIFICATION PART 3 00:00
TYPES OF RADAR SYSTEMS 00:00
SURFACE INTEGRALS 00:00
WAVE GUIDES PART 1 00:00
MICROWAVE DEVICES PART 2 00:00
EXAMPLES OF ELECTRIC DRIVES / ELECTRIC HEATING 00:00
MICROWAVE DEVICES PART 3 00:00
POISSONS EQUATION AND LAPLACE EQUATION {EFT} 00:00
INTRODUCTION TO FOURIER SERIES PART 1 00:00
CAPACITANCE AND CAPACITORS CAPACITANCE PART 1 00:00
EXAMPLE 1 OF FOURIER SERIES EVEN 00:00
INTRODUCTION TO FOURIER SERIES PART 2{ EVEN AND ODD FUNCTIONS} 00:00
EXAMPLE 2 OF FOURIER SERIES EVEN 00:00
CYNDRICAL CAPACITANCE COAXIAL CABLES 00:00
AMPERE’S LAW OF FORCE , BIOT SAVERT LAW , FORCE ON A CURRENT ELEMENT 00:00
FOURIER SERIES EXAMPLE 3 00:00
DC MACHINE {SPEED CONTROL, DC MOTOR BREAKING , EXAMPLES1,2) 00:00
DC MOTOR HOPKINSON TEST Regenerative OR Back to back test 00:00
HOPKINSON TEST EXCLUDING THE FIELDS 00:00
INDUCTION MOTORS {POWER STAGES IN INDUCTION MOTOR} 00:00
DOMESTIC INSTALLATION & MOTOR CONNECTION PRACTICALS 00:00
PROCESS CONTROL (TWO POSITION , FLOATIING CONTROL AND PROPORTIONAL CONTROL) 00:00
CIRCLE DIAGRAM 00:00
ELECTROMAGNETIC FIELD THEORY {INTRODUCTION TO VECTORS PART 1} 00:00
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SINGLE SIDEBAND TRANSMITTERS {Filter method, phase shift methods}
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