Learn 2024

Signals and waveforms. Frequency response of simple filter circuits, the decibel and Bode plots.

Amplifiers, the operational amplifier, and their use in various linear circuits. Diode and transistor

characteristics and their applications in simple analogue and digital circuits. Digital information.

Combinational logic circuits, logic gates and logic families. Sequential logic circuits, flip flops,

registers, latches, and counters. A/D and D/A conversion techniques.

This module introduces the idea that environmental, social and ethical issues are no longer peripheral to mainstream engineering but that they should be incorporated into core strategic planning and integrated into all engineering aspects, to minimise risks and leverage competitive advantage.  The purpose of the course is to:

·        provide an introduction to Environmental Engineering concepts;

·        teach and educate engineering students various key environmental issues;

·        make engineering students aware of the importance of sustainable development;

·        demonstrate to engineers how to successfully manage engineering activities that have the potential to negatively impact on the natural environment.

Aim: To introduce students to the techniques used to design and analyse simple analogue electronic circuits containing passive and discrete active components for practical application.

Dear Students

Welcome

I will post the course outline shortly.

I look forward to seeing you.

Regards

Dr Beharry 

Analyse complex analogue systems as used in the electronics industry. Design and synthesize analogue circuits to match specific requirements. Analyse and compensate for component non-linearities.