Portable Electricity: Rectifier and Inverter Systems, Diploma – Postgraduate Course

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HRODC Postgraduate Training Institute, A Postgraduate-Only Institution

Comments about Portable Electricity: Rectifier and Inverter Systems, Diploma – Postgraduate Course - At the institution - London - Greater London

• Course description
  Portable Electricity: Rectifier and Inverter Systems, Leading to Diploma Postgraduate - in Portable Electricity: Rectifier and Inverter Systems, 30 Credit-Hours, accumulating to a Postgraduate Certificate, with 150 additional Credit-Hours, a Postgraduate Diploma, with 330 additional Credit-Hours
  Course Contents, Concepts and Issues
  Part 1 - Direct Current (DC) and Alternating Current (AC)Principles of Alternating Current;Principles of Direct Current. Conductors and Circuitry:Conceptualising Conductors; Electricity Conductors; Insulators; Semiconductors; Electrical Circuits; Diodes: Their function and general applications;Part 2 - Rectifiers: Function and Types Contextualising a Rectifier;
  Rectifier Circuit Configurations; Half-wave Rectifiers;
  Full-Wave Rectifiers;
  Full-Wave Centre-Tapped Rectifiers;
  Full-Wave Bridge Rectifiers;
  Three-Phase Full-Wave Bridge Rectifiers.
  
  
  Part 3 - Using Rectifiers in Practical Situations
  
  Homes;
  Industry;
  Commerce;
  Healthcare;
  
  
  Part 4: Inverters: Their Function, Classification and Types (1)
  
  The Inverter System:
  The function of an Inverter;
  Components of an Inverter.
  
  
  Inverter Classification:
  
  
  Classification According to the Output Characteristic
  Square Wave Inverter
  Sine Wave Inverter
  Modified Sine Wave Inverter
  
  
  Classification According to the Source of Inverter
  Current Source Inverter
  Voltage Source Inverter
  
  
  Classification According to the Type of Load
  Single Phase Inverter
  Half Bridge Inverter;
  Full Bridge Inverter.
  Three Phase Inverter:
  
  180-degree mode;
  120-degree mode.
  
  
  
  
  Classification According to different PWM Technique
  Simple Pulse Width Modulation (SPWM)
  Multiple Pulse Width Modulation (MPWM)
  Sinusoidal Pulse Width Modulation (SPWM)
  Modified sinusoidal Pulse Width Modulation (MSPWM)
  
  Part 5: Inverters: Their Function, Classification and Types (2)
  
  Classification According to Number of Output Level
  
  
  Regular Two-Level Inverter
  Multi-Level InverterClassification According to the Output Characteristic
  Square Wave Inverter
  Sine Wave Inverter
  Modified Sine Wave InverterClassification According to the Source of the Inverter
  Voltage Source Inverter
  Current Source Inverter
  Part 6: Inverters: Their Function, Classification and Types (3)
  
  Classification According to the Type of Load
  Single-phase Inverter;
  Three-phase Inverter;
  Single Phase Full-bridge Inverter;
  Three Phase Bridge InverterClassification According to Control Technique
  Single Pulse Width modulation (single PWM)
  Multiple Pulse Width Modulation (MPWM)
  Sinusoidal Pulse Width Modulation (SPWM)
  Modified Sinusoidal Pulse Width Modulation (MSPWM)Classification According to the Number of Levels at the Output
  Regular Two-Level InverterMulti-level Inverter

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