ELECTRICAL ENGINEERING

 

 

The modules listed below are written for specific courses. The web site does not specialise in the subject but anyone who would like to make a contribution under their own name please contact us. The contents of each tutorial may be seen by clicking on the box. The tutorials are free to download and print but a password is required for editing.  Contact us for for purchase if this is not available on the Pay page.

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Covers the syllabus for the Edexcel NATIONAL UNIT 5 Starting in 2007

OUTCOME 1 - D.C. RESISTANCE CIRCUITS

  OUTCOME 2  - CAPACITOR CIRCUITS

OUTCOME 3 - MAGNETISM AND INDUCTION

OUTCOME 4 - A.C. THEORY

 MODEL ASSIGNMENTS -  These are given only as examples and do not cover the complete syllabus


Covers the syllabus for the Edexcel NATIONAL UNIT 38

OUTCOME 1 - Circuit analysis methods, simple d.c. circuits.

  OUTCOME 2  - Electric Fields and Capacitors

OUTCOME 3 - Magnetic Fields and Electro-Magnetic Induction

OUTCOME 4 - Single Phase a.c. Waveforms, a.c. Circuit Theory

 MODEL ASSIGNMENTS -  These are given only as examples and do not cover the complete syllabus


Covers the syllabus for the 2007 Edexcel NATIONAL UNIT 67

OUTCOME 1 - Be able to apply direct current (DC) circuit analysis methods and consider the types, construction and characteristics of a DC motor and generator

OUTCOME 2 -Understand the transient behaviour of resistor-capacitor (RC) and resistor-inductor (RL) DC circuits

OUTCOME 3 -Understand the behaviour of single-phase alternating current (AC) circuits

OUTCOME 4

UNDERSTANDS 3 PHASE (AC) THEORY


ELECTRICAL SECTION OF E.C. SCIENCE MODULE C103


ELECTRICAL SECTION OF EDEXCEL HNC SCIENCE MODULE

OUTCOME 3 - DC AND AC THEORY


A SINGLE TUTORIAL ON THE SOLUTION OF ELECTRICAL RESISTANCE NETWORKS USING THE ITERATION PROCESS OF HARDY CROSS