_____________________________________________________________________________________
Basic Concepts
LN 1.1. Module 1: Basic concepts (PDF).
SL 1.1 Module 1: Basic concepts (PDF).
LB 1.1. Worksheet 1 (PDF).
LB 1.2. Solution (PDF).
LB 1.3. Worksheet 2 (PDF).
LB 1.4. Solution (PDF).
Analysis ofDC Circuits
LN 1.2. Module 2: Analysis of DC circuits (PDF).
SL 1.2. Module 2: Analysis of DC circuits (PDF).
LB 2.1. Worksheet 3 (PDF).
LB 2.2. Solution (PDF).
LB 2.3. Worksheet 4 (PDF).
LB 2.4. Solution (PDF).
PR 1.1. November 2020. Group 1 (DC+AC) (PDF).
PR 1.2. Solution (PDF).
PR 2.1. November 2020: Group 2 (DC+AC) (PDF).
PR 2.2. Solution (PDF).
PR 3.1. November 2020: Group 3 (DC+AC) (PDF).
PR 3.2. Solution (PDF).
PR 4.1. January 2020: Ordinary call (DC+AC+3Ph) (PDF).
PR 4.2. Solution (PDF).
PR 5.1. October 2019 (DC) (PDF).
PR 5.2. Solution (PDF).
PR 9.1. March 2018 (DC) (PDF).
PR 9.2. Solution (PDF).
Analysis of AC Circuits
LN 1.3. Module 3: Analysis of AC circuits (PDF).
SL 1.3. Module 3: Analysis of AC circuits (PDF).
LB 3.1. Worksheet 5 (PDF).
LB 3.2. Solution (PDF).
LB 3.3. Worksheet 6 (PDF).
LB 3.4. Solution (PDF).
LB 3.5. Worksheet 7 (PDF).
LB 3.6. Solution (PDF).
LB 3.7. Worksheet 8 (PDF).
LB 3.8. Solution (PDF).
PR 6.1. November 2019 (AC) (PDF).
PR 6.2. Solution (PDF).
PR 10.1. April 2018 (AC) (PDF).
PR 10.2. Solution (PDF).
Three-phase Systems
LN 1.4. Module 4: Three phase systems (PDF).
SL 1.4. Module 4: Three phase systems (PDF).
LB 4.1. Worksheet 9 (PDF).
LB 4.2. Solution (PDF).
LB 4.3. Worksheet 10 (PDF).
LB 4.4. Solution (PDF).
LB 4.5. Worksheet 11 (PDF).
LB 4.6. Solution (PDF).