The assignment requires the submission of a report detailing your solutions to the
following tasks and contributes 30% to your overall module mark. It should include a
disk with all your simulation files upon it with instructions on how to run it in the
appendix. The marks shown below indicate the maximum possible marks that each
element contributes to the final mark and the mark awarded will depend upon your
findings, analysis and the quality of their reporting. The finished report should be
submitted to the resource centre (Prospect Building, St Peter’s) on your appropriate
hand-in date.
Whilst it is expected that you will use a variety of information sources to
complete your research it must be presented in your own words and not taken directly
from any other source. All sources you have used in your search must be clearly and
appropriately referenced using the Harvard referencing system. Using sources which
have not been appropriately referenced or taking any data directly from a source and
included in your work will be regarded as plagiarism and may result in you failing this
part of the report or even the whole module. It is acceptable to use photographs and/or
diagrams from other sources, where appropriate, but these must be properly
referenced. Quotations from external sources must be less than 200 words m total for
any section of your report.
Task 2 : Signal Conditioning Design
You are to write a
bufld exerCise for report detailmg your findings of the following design, simulate and
a Vo tage range converter us1n o erat’ 1 1‘
has an 1ndlv1dual c . . g p 1011a amp 1fiers.Each student
onverter which IS to transform the in ut ran V V
correspondmg output of O to 1oV ‘ V p ge A to B to pmduce a
(Le. A volts maps to oV out and VB volts to 1oV out).
Your pamcular input range is defined in Table 1 below
119122316
129083287 Al-Muhanadi,Moham’d
129104722 Alwadani,Yase1 “n
1096132833 Bond, Anela .i-
149120357
1098683645 Engbongbo, Mbola
129084929 Fenik, Mohamed
129072605
139004474 Manoukian, Nikitas n“
1098075769 Metcalf, Benjamin
139042889 Oara, Michael
1098542544 Tumbull, Adam
129097893 W
Table 1 : Individual student Input Range Values for use in Task 2
a) Design Exercise
Perform a paper design exercise to construct a suitable op-amp circuit
for the task identified above. Note! Allow for E12 resistor values
and derive any offset voltage from power supply rail levels.
E12 range: 1, 1.2, 1,5, 1,8, 2,2, 2.7, 3.3, 3.9, 4.7, 5.6, 6.8, 8.2, 10 [30 /o]
b) Simulation Exercise
[20%]
Confirm your d681gn usmg a PSplcc Simulatlon.
c) Build & Test Exercise
-am to test it.
Construct your deSIgn usmg a 741 lip: tille lecturer concerned. [20%
You should demonstrate your resu S 0