project_documentation2.pdf

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Title of the Project

by

name of Group Members

A Project Report Submitted to the Electronics Engineering Department

in Partial Fulfilment of the Requirements for the course

ELECRONIC DEVICES AND CIRCUITS (ECP 383L1)

Technological Institute of the Philippines

March 2013


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TABLE OF CONTENTS

TITLE PAGE i

TABLE OF CONTENTS ii

LIST OF TABLES iii

LIST OF FIGURES iv

Part 1. INTRODUCTION 1

1.1 Concept/Theories of the Design

1.2 Previous Research and Studies

1.3 Applicable Standards

Part 2. Design Specification2.1 Design Prototype2.2 Design Block Diagram

2.3 Design Schematic Diagram

2.4 Circuit Description/Operation

Part 3. Experiment Activities

3.1 (Title of Experiment 1)

3.2 (Title of Experiment 2)3.3 (Title of Experiment 3)

Part 4. Results and Discussion4.1 Results of Experiment 1

4.2 Results of Experiment 2

4.3 Results of Experiment 3

Part5. Summary and Conclusion

References


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LIST OF FIGURES

Figure 1.1:

Figure 1.2:Figure 1.3:

Figure 1.4:

Figure 2.1:

Figure 2.2:

Figure 2.3:

Figure 3.1:

Figure 3.2:

Figure 3.3:

Figure 3.4:

Figure 3.5:

Figure 3.6:

Figure 3.7:

Figure 3.8:

Figure 3.9:


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Part I

INTRODUCTION

1.1 Theories/Concept of the Design

(Discuss the concept of the design, the theories behind with respect to the lessons covered by

course. All the discussion should be cited from any references except Wikipedia, use books,

journals available in the library)

1.2 Previous Research and Studies

(Mention and Discuss at least 2 previous studies related to your design, explain its operation

together with some diagram. Use reliable journals (IEEE) or previous project studies present in

the library, give the proper citation)

1.3 Applicable Standards

( list all the standard that will be followed in your design, previous researches on part 1.2 may

give you the idea of the possible standards, Clearly explain on what part of your design the

standard was used and give the organization (ISO, IEEE) that released those standard


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Part II

DESIGN SPECIFICATION

2.1 Design Simulation Lay-out(provide the picture of your prototype with proper label)

2.2 Block Diagram

(Draw the block diagram of your design, explain briefly each block)

2.3 Schematic Diagram

(Draw the schematic diagram of your design, properly label the component and list all itsvalues)

2.4 Circuit Description and Operation

(Describe your design and clearly explain its operation or the circuit flow)


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Part III

EXPERIMENT ACTIVITIES

3.1. (title of experiment 1)

Objective: 1.

2.

Materials: 1.

2.

Procedures: ( the required data/diagram/values/condition after performing a certainprocedure must be mentioned in this part. Provide table for the results if

needed)

1.

2.

3.

4.

Questions: ( provide at least three questions. These questions must connect your objective

to the results of the experiment or must relate the result to the concept ofyour design.)

1. How did ..

2. What will happen if ..

3. Where did the


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Part IV

RESULTS AND DISCUSSIONS

4.1 Results of Experiment 1: (title)

(all the required values/data/condition on part 3 must be presented on this part. The table

must be filled up, diagram needed must be provided, answers on the questions of part 3 must also

be discussed per item)

4.2 Results of Experiment 2: (title)

(all the required values/data/condition on part 3 must be reflected on this part. The tablemust be filled up, diagram needed must be provided, the answers on the questions of part 3 must

also be discussed per item)

4.3 Results of Experiment 3: (Title)

(all the required values/data/condition on part 3 must be reflected on this part. The tablemust be filled up, diagram needed must be provided, the answers on the questions of part 3 must

also be discussed per item)


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Part V

Summary and Conclusion

give the summary of all the data collected (tabular, graphical form)

mentioned the conditions observe while performing the three activities,

Are the expected output/condition in relation to the theory was satisfied by the resultsgathered after you had conducted the experiments?

Give your final conclusion about your design /circuit/ is it reliable, gives an accurateresult? Effective in its application?

offer possible improvement and additional application to your design

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