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E BED 1.1 Basic Electronic Design 1.1 ( efterår 2011 - 5 ECTS )

Rammer for udbud

  • Uddannelsessprog: engelsk
  • Niveau: Bachelor
  • Semester/kvarter: 1 st semester
  • Timer per uge: 10 hours per week
  • Deltagerbegrænsning: 35 students max.
  • Undervisningssted: Herning
  • Hovedområde: Det Samfundsvidenskabelige Fakultet
  • Udbud ID: 26075

Formål

 

To give the student basic knowledge about science and electronic design.

The aim of the course is to teach the student the following subjects:

  • Basic concepts within electronic design.
  • Problem-formulating and problem-solving methodology.
  • Application of mathematical methods and physical phenomena.
  • Basic concepts of physics and its laws in a technical environment.
  • Analysis and design of resistance circuits, combinatory logic circuits and sequential digital electronics.
  • Synchronous sequence machines enabling the student to identify and solve complex problems that may arise in this connection.

Indhold

 

Trigonometry

Application of differential and integral calculus

Transcendental functions

Integration technique

Vector functions               

Polar coordinates

Linear equations

Computer tools

Probability

Complex numbers

Hyperbolic functions

 

Kinematics

Dynamics
Work and energy

Rotation of rigid bodies

Simple harmonic motions

Heat transfer

 

Electric current, voltage, power

Resistive circuits

Current and voltage generators

Methods of analysis
Operational amplifiers
Energy-storage elements

First-order circuits


Number systems and codes

Boolean algebra

Analysis and synthesis of combinatorial circuit

Minimisation, hazard

Basic VHDL

CMOS (TTL)

Programmable logic - combinatorial PLDs and FPGAs

Flip-flops

Analysis and design of synchronous circuits

Faglige forudsætninger

No prerequisites are required besides the admission requirements to the electronic engineering education.

Underviser

Can be disclosed on inquiry

Undervisnings- og arbejdsform

See below

English

Litteratur

 

Nilsson and Riedel: Electric Circuits [Pearson Prentice Hall].

Croft, Davison and Hargreaves: Engineering Mathematics - A Foundation for Electronic, Electrical, Communications and Systems Engineers [Pearson Prentice Hall].

Fishbane, Gasiorrowicz and Thornton: Physics for scientist and engineers, exten­ded version. [Prentice-Hall].

John F. Wakerly: Digital Design Principles and Practices [Pearson Prentice Hall].

Supplementary literature as agreed with the teacher:

Research articles and notes.

 

A guiding curriculum list is handed out at the beginning of the course.

The latest research results are included in the course. A list of relevant papers is added to the reading list.

Studieordning og bedømmelse


Elektronikingeniøruddannelsen

  • Undervisningsdeltagelse, bedømt efter Bestået/ikke bestået uden censur


Approval procedure. During the course, a number of home assignments must be handed in and approved.