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Summary Engineering Electronic Systems (ENG5094)

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Lab exercise completion [10%]: From the assessment summary, you should have the following quote: "There will be eight Labs for this module so that you can understand and build relatively complex systems for your Individual project (Coursework element)". The pdf document explains the basics a...

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  • October 22, 2022
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  • 2021/2022
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ENG5094 Engineering Electronic Systems

,Table of Contents

1 VARIABLES:..................................................................................................................... 4

1.1 Data Types................................................................ 4

1.2 Constants................................................................. 5


2 STRUCTURES .................................................................................................................. 5

2.1 Sketch.................................................................... 5


3 FUNCTIONS: ................................................................................................................... 7

4 LAB ACTIVITY 1 ............................................................................................................... 8

4.1 Lab Activity 1 Description ................................................ 8

4.2 Components Required....................................................... 8

4.3 Schematic Diagram......................................................... 9

4.4 LED Code 1(Lab 1)......................................................... 9

4.5 LED Code 2(Lab 1)........................................................ 11

4.6 LED Code 3: 1st Follow-up Activity(Lab 1) ................................ 12

4.7 LED Code 4: 2nd Follow-up Activity(Lab 1) ................................ 13


5 LAB ACTIVITY 2 ............................................................................................................. 13

5.1 Lab Activity 2 Description ............................................... 13

5.2 Part B – using functions ................................................. 14

5.3 Components Required...................................................... 14

5.4 Schematic Diagram........................................................ 15

5.5 BUZZER Code 1(Lab 2) ..................................................... 15

5.6 BUZZER Code 2(Lab 2) ..................................................... 16

5.7 BUZZER Code 3: 1st Follow-up Activity(Lab 2) ............................. 17

5.8 BUZZER Code 4: 2nd Follow-up Activity(Lab 2) ............................. 18


6 LAB ACTIVITY 3 ............................................................................................................. 19

,6.1 Lab Activity 3 Description ............................................... 19

6.2 Components Required...................................................... 20

6.3 Schematic Diagram........................................................ 20

6.4 SHARP SENSOR Code 1(Lab 3) ............................................... 21

6.5 SHARP SENSOR Code 2(Lab 3) ............................................... 22

6.6 SHARP SENSOR Code 3: Follow-up Activity(Lab 3) ........................... 22


7 LAB ACTIVITY 4 ............................................................................................................. 25

7.1 Lab Activity 4 Description ............................................... 25

7.2 Components Required...................................................... 25

7.3 Schematic Diagram........................................................ 25

7.4 SERVO Code 1(Lab 4) ...................................................... 26

7.5 SERVO Code: 1st Follow-up Activity(Lab 4) ................................ 28

7.6 SERVO Code: 2nd Follow-up Activity(Lab 4) ................................ 30

, Programming a Microcontroller
Programming languages has their own grammar called
Syntax.
Arduino programming language can be divided in three main
parts: functions, variables and structure.

1 Variables:
C-Programming is an object orientated languages which
means that appropriately named variables are created and
stores values for the data-type its variable is assigned
to.
1.1 Data Types
Generally written in the Declaration Section of the
sketch.
int – Integers are your primary data-types and stores
variables. Integer data-types stored variables
initialized with whole numbers.
Syntax Example
int LED = 9;
char – Character data-types stores variables
initialized with single quotes, like the letter “A”.
Syntax Example
char myAmplitude = A;
double & float – Double number or floating-point data-
types stores variables initialized with decimal values.
Floating-point numbers are often used to approximate
analogue and continuous values because they have
greater resolution than integers.
Syntax Example
float myDecimal = 3.14159;

4 | ENG5094

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