SlideShare a Scribd company logo
Unit 2:Elements of IoT
Common Characteristics of IoT:
• 5A: Anything, Anywhere, Anytime, Anyway, Anyhow
• 3I: Instrumented, interconnected, Intelligently processed
Computing Devises
• Arduino :-
• Open Source Platform.
• Microcontroller.
• Consist of Physical programmable circuit board & piece of software.
• Having IDE that runs on your computer.
• Used to write & upload computer code to the physical board.
• Uses USB cable to load new code on to board.
• The hardware & software were designed for artist, designers, Hackers & any
one interested in creating interacting objects.
Pin Diagram of Arduino :-
• USB Connection (1) :-
The Arduino can be powered from a USB cable coming from
computer or wall power supply.
This is used to load code on to user Arduino board.
Do not used power supply greater than 20V. as you will over
power & thereby destroy your Arduino.
The reccomonded voltage for most Arduino model is between 6
to 12 Volts.
• Barrel Jack (2) :-
The Power provided by USB cable is terminated in Barrel jack.
• GND –Ground (3) :-
There are several GND pins on the Arduino, any of which can be
used to ground your circuit.
• 5V (4) & 3.3V (5) :-
Most of the simple components used with Arduino run happily
off of 5 or 3.3 V.
• Analog (6):-
It contains A0 to A5 pins which can read the signal from an
analog sensor & convert it into digital value that we can read
• Digital (7) :-
It contains 0 to 13 pins which can be used for both digital input
& output.
• PWM (8) - Pulse Width Modulation:-
These are 3, 5, 6, 9, 10, 11 pins on which tilde (~) present in
front of some pin. They are known as Pulse Width Modulators.
• AREF (9)- Analog Reference:-
Used to set an external reference voltage between 0 To 5 V as
the upper limit for analog input pins.
• Reset Button (10) :-
Pushing it will temporarily connect the reset pin to ground and restart
any code that is loaded on Arduino.
• Power LED Indicator (11) :-
This LED should light up whenever you plug your Arduino in to the
power sorce. If this light doesn’t turn on there is good chance that
something is wrong. Its time to recheck your circuit.
• TX (Transmit) RX (Receive) LEDs (12) :-
Used for serial communication. These will give us some nice visual
indications whenever our Arduino is receiving or transmitting data.
• Main IC (13) :-
This is the brain of Arduino. The information usually be found in
writing on the top side of IC.
• Voltage Regulator (14) :-
It controls the amount of voltage i.e. let in to Arduino board. It
works as gate keeper. It will turn away an extra voltage that might harm
the circuit.
The Arduino Family
1. The Arduino Uno :-
• 14 Digital input/ Output Pins-
6 PWM Outputs.
6 Analog Inputs.
USB connection.
Power Jack.
Reset Button.
2. Lilypad Arduino :-
This is wearable e textile technology developed by Leah Buechley &
sparkfun.
This is designed with large connection pads & flat back to allow them
to be sewn in to clothing with conductive thread.
It also has its own family of input, Output, power, sensor board that are
also built specifically for e textiles.
They are even washable.
3. Red Board :-
This can be programed over a USB mini-B cable using Arduino IDE.
Its more stable due to the USB chip we used, plus its completely flat on
the back making it easier to embed in your projects.
You can power the red board over USB or through the barrel jack.
The on board power regulator can handle 7 to 15 V voltage.
4. Arduino Mega :-
It is like UNOs big brother.
It has 54 input/Output pins in which 14 PWM outpus, 16 analog inputs,
USB connection, Power jack, rest button.
The large number of pins make this board very handy for projects that
require the bunch of digital inouts or outputs.
5. Arduino Leonardo :-
The Leonardo is Arduinos first development board to use one
microcontroller which built-in USB.
This is cheaper & simpler also because the board is handling USB
directly code libraries are available which allow the board to emulate a
computer key board, Mouse & many more.

More Related Content

Similar to Unit 2-IoT.ppt Introduction to Elements of IOT (20)

PPTX
Lecture 7
vishal choudhary
 
PPTX
Chapter 5 Arduino Microcontroller Systems .pptx
khgh7
 
PPTX
An Introduction To Arduino.pptx
RoboDJ
 
DOC
Intro arduino
MaLcom MooNwalker
 
DOCX
embedded manual for students to learn and do
areeba15775n
 
DOCX
Neno Project.docx
AditiBhushan3
 
PPTX
POWERPOINT PRESENTATION ABOUT THE PARTS OF ARDUINO UNO
MarcheryAlingal
 
PPTX
Introduction to Arduino (Parts of Arduino Microcontroller) .pptx
JhonatanGarciaMendez
 
PDF
The document proceeds to explain the main components of an Arduino Uno board ...
QucngV
 
PPTX
arduino and its introduction deep dive ppt.pptx
SruSru1
 
PPTX
837452553-Arduino-PPT used for projects for UG Students
GRAJESH27
 
PPTX
Arduino01.pptx
kaustubhshedbalkar1
 
PPTX
arduino uno
20PA013BHOOMIKAP
 
PPTX
Internet of Things Unit 3 notes-Design and Development and Arduino.pptx
Dinola2
 
PPTX
Arduino Workshop Slides
mkarlin14
 
PPTX
Arduino slides
sdcharle
 
PDF
SKAD Electronics Training Manual.pdf
KadiriIbrahim2
 
PDF
Digital home automation with arduino bluetooth
Shishupal03012015
 
PPTX
Arduino Uno Mainboard robotics grade 9 level
VestMicu1
 
Lecture 7
vishal choudhary
 
Chapter 5 Arduino Microcontroller Systems .pptx
khgh7
 
An Introduction To Arduino.pptx
RoboDJ
 
Intro arduino
MaLcom MooNwalker
 
embedded manual for students to learn and do
areeba15775n
 
Neno Project.docx
AditiBhushan3
 
POWERPOINT PRESENTATION ABOUT THE PARTS OF ARDUINO UNO
MarcheryAlingal
 
Introduction to Arduino (Parts of Arduino Microcontroller) .pptx
JhonatanGarciaMendez
 
The document proceeds to explain the main components of an Arduino Uno board ...
QucngV
 
arduino and its introduction deep dive ppt.pptx
SruSru1
 
837452553-Arduino-PPT used for projects for UG Students
GRAJESH27
 
Arduino01.pptx
kaustubhshedbalkar1
 
arduino uno
20PA013BHOOMIKAP
 
Internet of Things Unit 3 notes-Design and Development and Arduino.pptx
Dinola2
 
Arduino Workshop Slides
mkarlin14
 
Arduino slides
sdcharle
 
SKAD Electronics Training Manual.pdf
KadiriIbrahim2
 
Digital home automation with arduino bluetooth
Shishupal03012015
 
Arduino Uno Mainboard robotics grade 9 level
VestMicu1
 

Recently uploaded (20)

PPTX
Server Side Web Development Unit 1 of Nodejs.pptx
sneha852132
 
PPTX
ISO/IEC JTC 1/WG 9 (MAR) Convenor Report
Kurata Takeshi
 
PPTX
Heart Bleed Bug - A case study (Course: Cryptography and Network Security)
Adri Jovin
 
DOCX
8th International Conference on Electrical Engineering (ELEN 2025)
elelijjournal653
 
PDF
Water Design_Manual_2005. KENYA FOR WASTER SUPPLY AND SEWERAGE
DancanNgutuku
 
PPTX
Arduino Based Gas Leakage Detector Project
CircuitDigest
 
PPTX
Introduction to Design of Machine Elements
PradeepKumarS27
 
PPTX
EC3551-Transmission lines Demo class .pptx
Mahalakshmiprasannag
 
DOCX
CS-802 (A) BDH Lab manual IPS Academy Indore
thegodhimself05
 
PDF
Ethics and Trustworthy AI in Healthcare – Governing Sensitive Data, Profiling...
AlqualsaDIResearchGr
 
PPTX
Types of Bearing_Specifications_PPT.pptx
PranjulAgrahariAkash
 
PDF
Statistical Data Analysis Using SPSS Software
shrikrishna kesharwani
 
PDF
Introduction to Productivity and Quality
মোঃ ফুরকান উদ্দিন জুয়েল
 
PPTX
Hashing Introduction , hash functions and techniques
sailajam21
 
PDF
Zilliz Cloud Demo for performance and scale
Zilliz
 
PDF
International Journal of Information Technology Convergence and services (IJI...
ijitcsjournal4
 
PPTX
artificial intelligence applications in Geomatics
NawrasShatnawi1
 
DOC
MRRS Strength and Durability of Concrete
CivilMythili
 
PPTX
Innowell Capability B0425 - Commercial Buildings.pptx
regobertroza
 
PPTX
原版一样(Acadia毕业证书)加拿大阿卡迪亚大学毕业证办理方法
Taqyea
 
Server Side Web Development Unit 1 of Nodejs.pptx
sneha852132
 
ISO/IEC JTC 1/WG 9 (MAR) Convenor Report
Kurata Takeshi
 
Heart Bleed Bug - A case study (Course: Cryptography and Network Security)
Adri Jovin
 
8th International Conference on Electrical Engineering (ELEN 2025)
elelijjournal653
 
Water Design_Manual_2005. KENYA FOR WASTER SUPPLY AND SEWERAGE
DancanNgutuku
 
Arduino Based Gas Leakage Detector Project
CircuitDigest
 
Introduction to Design of Machine Elements
PradeepKumarS27
 
EC3551-Transmission lines Demo class .pptx
Mahalakshmiprasannag
 
CS-802 (A) BDH Lab manual IPS Academy Indore
thegodhimself05
 
Ethics and Trustworthy AI in Healthcare – Governing Sensitive Data, Profiling...
AlqualsaDIResearchGr
 
Types of Bearing_Specifications_PPT.pptx
PranjulAgrahariAkash
 
Statistical Data Analysis Using SPSS Software
shrikrishna kesharwani
 
Introduction to Productivity and Quality
মোঃ ফুরকান উদ্দিন জুয়েল
 
Hashing Introduction , hash functions and techniques
sailajam21
 
Zilliz Cloud Demo for performance and scale
Zilliz
 
International Journal of Information Technology Convergence and services (IJI...
ijitcsjournal4
 
artificial intelligence applications in Geomatics
NawrasShatnawi1
 
MRRS Strength and Durability of Concrete
CivilMythili
 
Innowell Capability B0425 - Commercial Buildings.pptx
regobertroza
 
原版一样(Acadia毕业证书)加拿大阿卡迪亚大学毕业证办理方法
Taqyea
 
Ad

Unit 2-IoT.ppt Introduction to Elements of IOT

  • 2. Common Characteristics of IoT: • 5A: Anything, Anywhere, Anytime, Anyway, Anyhow • 3I: Instrumented, interconnected, Intelligently processed
  • 3. Computing Devises • Arduino :- • Open Source Platform. • Microcontroller. • Consist of Physical programmable circuit board & piece of software. • Having IDE that runs on your computer. • Used to write & upload computer code to the physical board. • Uses USB cable to load new code on to board. • The hardware & software were designed for artist, designers, Hackers & any one interested in creating interacting objects.
  • 4. Pin Diagram of Arduino :-
  • 5. • USB Connection (1) :- The Arduino can be powered from a USB cable coming from computer or wall power supply. This is used to load code on to user Arduino board. Do not used power supply greater than 20V. as you will over power & thereby destroy your Arduino. The reccomonded voltage for most Arduino model is between 6 to 12 Volts. • Barrel Jack (2) :- The Power provided by USB cable is terminated in Barrel jack.
  • 6. • GND –Ground (3) :- There are several GND pins on the Arduino, any of which can be used to ground your circuit. • 5V (4) & 3.3V (5) :- Most of the simple components used with Arduino run happily off of 5 or 3.3 V. • Analog (6):- It contains A0 to A5 pins which can read the signal from an analog sensor & convert it into digital value that we can read
  • 7. • Digital (7) :- It contains 0 to 13 pins which can be used for both digital input & output. • PWM (8) - Pulse Width Modulation:- These are 3, 5, 6, 9, 10, 11 pins on which tilde (~) present in front of some pin. They are known as Pulse Width Modulators. • AREF (9)- Analog Reference:- Used to set an external reference voltage between 0 To 5 V as the upper limit for analog input pins.
  • 8. • Reset Button (10) :- Pushing it will temporarily connect the reset pin to ground and restart any code that is loaded on Arduino. • Power LED Indicator (11) :- This LED should light up whenever you plug your Arduino in to the power sorce. If this light doesn’t turn on there is good chance that something is wrong. Its time to recheck your circuit. • TX (Transmit) RX (Receive) LEDs (12) :- Used for serial communication. These will give us some nice visual indications whenever our Arduino is receiving or transmitting data.
  • 9. • Main IC (13) :- This is the brain of Arduino. The information usually be found in writing on the top side of IC. • Voltage Regulator (14) :- It controls the amount of voltage i.e. let in to Arduino board. It works as gate keeper. It will turn away an extra voltage that might harm the circuit.
  • 10. The Arduino Family 1. The Arduino Uno :- • 14 Digital input/ Output Pins- 6 PWM Outputs. 6 Analog Inputs. USB connection. Power Jack. Reset Button.
  • 12. This is wearable e textile technology developed by Leah Buechley & sparkfun. This is designed with large connection pads & flat back to allow them to be sewn in to clothing with conductive thread. It also has its own family of input, Output, power, sensor board that are also built specifically for e textiles. They are even washable.
  • 14. This can be programed over a USB mini-B cable using Arduino IDE. Its more stable due to the USB chip we used, plus its completely flat on the back making it easier to embed in your projects. You can power the red board over USB or through the barrel jack. The on board power regulator can handle 7 to 15 V voltage.
  • 16. It is like UNOs big brother. It has 54 input/Output pins in which 14 PWM outpus, 16 analog inputs, USB connection, Power jack, rest button. The large number of pins make this board very handy for projects that require the bunch of digital inouts or outputs.
  • 18. The Leonardo is Arduinos first development board to use one microcontroller which built-in USB. This is cheaper & simpler also because the board is handling USB directly code libraries are available which allow the board to emulate a computer key board, Mouse & many more.