Manual For Electrical Network Analysis Laboratory Ee3101
Jul 18, 2017 - electrical syllabus for me. BOS (A), EED, UCE, OU, 7 With effect from the academic year 2015-2016 EE3101 Static Control of D.C. And save to your desktop for electrical network analysis laboratory ee3101 PDF. Unlimited access. Solution manual for network analysis by van valkenburg. Lab classes are designed to accompany the co-requisite EE/TE3301 Electrical Network Analysis class. Web site: http://www.utdallas.edu/~kamran/EE3101.
To identify the operating controls and the functions of various laboratories equipments and how to measure value of resistance, current and voltage by using test instruments. 2.0 INTRODUCTION This experiment also guides us about the conn ection of breadboard.
As we know, breadboards have many tiny sockets (called holes) arranged on a 0.1 grid the leads of most component can be pushed straight into the holes. ICs best inserted across the central gap with their notch or dot to the left. Wire links can be made with sing le-coated plastic-co ated wire of 0.6mm diameter (the standard size). Standard wire is not suitable because it will crumple when pushed into a hole and it many damage the board if strands break off. The top and bottom rows are linked horizontally all the way across as shown on the diagram.
Transfer Function For Electrical Network
The other holes are linked vertically in block of 5 with normally no link across the center as labeled on the diagram shown in figure below. 3 P a g e Figure: The diagram shows the breadboard connections Figure 2.4 shows how schematics diagram on the left is realized on a breadboard. The connectors on a breadboard allow the formation of voltage nodes with multiple connec tor locations.
Each
Figure: Prototyping a resistive network on a breadboard This experiment require the application of basic lab equipment, for examples measuring voltag e and current using a multi meter and using function generator and oscilloscope. A multi meter is an electrical.