Electrical Engineering

Basic elements of circuits; Basic laws of circuit theory Ohm's law; Kirchhoff's law; Theoretically, circuits are the principle of continuity; Norton and Sevenen's theory; Maximum capacity extraction; Methods of circuit triangulation: complex and network triangulation of circuits consisting of non-independent sources. Sinusoidal sources and phase principle in triangulation circuits; Introduction to the principle of active, passive and combined power; With the ability

multistage amplifiers; Frequency response of single-stage and multi-stage transistor amplifiers; differential amplifiers; Operational amplifiers amp-op analysis and design, frequency response and applications; oscillators; Active and passive filters

Electrical power system architecture and basic concepts; Electrical power transmission lines; unitary quantity system; Representation of synchronicity, transposition and gestation; Electrical performance of transmission lines; load flow; Formation of the Akkad impedance matrix; symmetrical faults; symmetrical compounds; asymmetric faults; Similar elements.

Gain practical experience through work for eight consecutive weeks in an accredited institution inside the Hashemite Kingdom, and for six continuous weeks in an accredited institution outside the Kingdom.

Electrical connections in residential and commercial buildings: reading diagrams, connecting departments and sub-feeders; Lighting: basic principles of lighting, terms and international units of measurement, types and specifications of lighting units, types of lighting inside buildings and general street lighting; Low voltage connections and grounding systems; Single-line electrical drawings and protective systems; Additional electrical installations: alarm and fire systems, closed circuit television system

DC circuits: Kirchhoff's laws of voltage and current, network theories, maximum power transmission; Transient system circuits: resistance, RL inductance, resistor, and capacitor (RC). Resistance, inductance, and RLC capacitor; resonance circuits; Magnetically coupled circuits; Two-port electrical networks..

: sampling and aliasing; Review intermittent signals and systems; z-transformation and its application in LTI system analysis; Digital signal processing using MATLAB; DTFT; DFT; Components of FIR and IIR filters; DSP applications: audio processing and image processing

This course addresses advanced topics in electronics. The specific topics may be changed from one semester to another by decision of the Department Council.