Examine the field of hardware engineering through the fundamentals of circuit design, circuit simulation, PCB production and
prototyping. Use of technical report writing and documentation techniques to
record the process from concept to completion will aid in making any idea a
reality.
This course enables students to acquire sufficient understanding of modern electronics to become confident citizens in an increasingly technological world. It also makes students aware of the contributions of Physics to other subject areas such as communications and computer science. Some of the topics covered are: operational amplifier circuits, truth tables, binary arithmetic, design of logic gate circuits, transmission of music/speech by digital methods, multiplexing, fibre optics.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.
This course seeks to familiarise the student with the fundamental concepts and applications of electronic components. The following topics are covered thoroughly: Vacuum tube fundamentals. Power Supplies. Atomic Structure. Semi-conductors including P-N junction diodes, Bi-Polar Junction Transistors, and Field-Effect Transistors. Thyristors. Transistor amplifier configurations and biasing. Coupling Methods. Power Amplifiers. Specialized semi-conductors.