PoojaMoolya at 05:52, 23 January 2020

2020-01-23T05:52:17Z

PoojaMoolya: Created page with "{| border=1 | '''Time''' | '''Narration''' |- | 00:01 | Welcome to the '''Spoken Tutorial''' on '''Wireless Connectivity to Arduino''' |- | 00:06 | In this tutorial,..."

2020-01-22T09:30:27Z

Created page with "{| border=1 | '''Time''' | '''Narration''' |- | 00:01 | Welcome to the '''Spoken Tutorial''' on '''Wireless Connectivity to Arduino''' |- | 00:06 | In this tutorial,..."

New page

{| border=1
| '''Time'''
| '''Narration'''

|-
| 00:01
| Welcome to the '''Spoken Tutorial''' on '''Wireless Connectivity to Arduino'''

|-
| 00:06
| In this tutorial, we will learn to:

Configure and upload code on '''ESP8266-01''' module

|-
| 00:17
| Establish '''Wireless Communication''' between '''ESP''' and other devices

|-
| 00:23
| To follow this tutorial, you should have a basic knowledge of:

'''Electronics'''

|-
| 00:29
| '''C or C++''' programming language and

|-
| 00:33
| '''Wireless Communication'''

|-
| 00:36
| To record this tutorial, I am using:

'''Arduino Uno''' board

|-
| 00:41
| '''Ubuntu Linux 16.04 OS '''and '''Arduino IDE'''

|-
| 00:48
| We will require a few '''external components '''such as

'''ESP8266-01 Wi-Fi''' module

|-
| 00:59
| '''Breadboard'''

|-
| 01:01
| '''Jumper Wires '''and '''Push Button'''

|-
| 01:05
| In this tutorial we will use '''ESP8266-01 WiFi '''module.

|-
| 01:13
|'''VCC, RST, CH_PD, Tx, Ground, GPIO2, GPIO0, Rx''' are the pins of the''' Wi-Fi module.'''

|-
| 01:27
|'''Power LED''' indicates whether the module is '''ON '''or '''OFF'''.

|-
| 01:32
|'''COMM LED''' is the built-in''' blue''' '''LED''' of the '''WiFi''' module.

|-
| 01:37
|In this tutorial, we will see how to control this built-in LED using WiFi.

|-
| 01:43
| This WiFi module has a built-in '''System on Chip''' with integrated '''TCP/IP stack.'''

|-
| 01:51
| It has a UART and '''2 GPIO pins (General Purpose Input / Output)'''.

|-
| 01:57
| It is widely used for development of '''IoT (i.e. Internet of Things) applications.'''

|-
| 02:04
| This is the circuit connection of '''ESP8266 - 01 module''' with '''Arduino'''.

|-
| 02:12
|Note: The '''ESP8266-01 module''' works on '''3.3Voltz''' only.

|-
| 02:20
|Connecting it to '''5Voltz''' may '''damage''' the''' Wi-Fi module'''.

|-
| 02:24
| Connect '''ground '''pin of''' Wi-Fi module''' to '''ground''' pin of '''Arduino'''.

|-
| 02:29
| Connect '''GPIO 0''' pin of '''Wi-Fi module''' to '''ground''' of Arduino.

|-
| 02:35
|Connect '''Rx''' pin of '''Wi-Fi module''' to '''Rx''' pin of '''Arduino'''.

|-
| 02:41
| Connect '''Tx''' pin of''' Wi-Fi module''' to '''Tx''' pin of '''Arduino'''.

|-
| 02:47
| Connect '''VCC''' and '''CH_PD '''pin of '''Wi-Fi module''' to '''3.3V '''of '''Arduino'''.

|-
| 02:57
| Connect a''' push button''' between '''RST''' pin of''' Wi-Fi module''' and '''ground''' pin of '''Arduino'''.

|-
| 03:05
| This is the live setup of the connection, as shown in the circuit diagram.

|-
| 03:10
|Do the connection as shown here.

|-
| 03:13
|We will establish a connection between '''WiFi module''' and a '''laptop''' or a '''mobile phone'''.

|-
| 03:20
| Now we will write a '''program''' in '''Arduino IDE.'''

Open '''Arduino IDE'''.

|-
| 03:27
| Connect your '''Arduino board''' to your PC.

|-
| 03:30
| First, we need to know the name of the '''port''' to which '''Arduino''' is connected.

|-
| 03:35
|Go to the '''Tools''' menu. Select '''Port''' option.

|-
| 03:40
|In my case, the '''port''' is '''ttyUSB0. '''Note down your '''port''' name.

|-
| 03:49
|'''Windows''' users can skip the steps below as the '''port''' is detected automatically.

|-
| 03:56
| Open the '''terminal''' by pressing '''Ctrl+Alt+T''' keys simultaneously.

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| 04:03
|Type, '''sudo space chmod space a+rw space slash dev slash ttyUSB0 '''

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| 04:18
|In my case, the '''port''' name is '''ttyUSB0'''

|-
| 04:25
|You have to specify your '''port''' name.

Press '''Enter'''.

|-
| 04:30
|Enter your '''password''' for the '''system''' and press '''Enter'''.

|-
| 04:35
|The above '''command''' gives '''read-write permission''' to the '''usb port.'''

|-
| 04:40
| Switch back to '''Arduino IDE.'''

|-
| 04:43
| Next we will configure the '''ESP8266 module''' to communicate.

|-
| 04:49
| In the menu bar, click on the '''File''' menu.

Select '''Preferences'''.

|-
| 04:56
|A new window will appear.

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| 04:58
|In the '''Settings''' tab, go to the '''Additional Boards Manager URLs '''section.

Add this '''json URL'''.

|-
| 05:09
|This will help to download '''ESP8266 WiFi module '''in''' Arduino IDE.'''

|-
| 05:16
|Click on the '''OK''' button at the bottom of the window.

|-
| 05:20
| In the menu bar, click on the '''Tools''' menu and select '''Board'''.

|-
| 05:25
|Then select '''Boards Manager''' option.

A new window will appear.

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| 05:31
|In the top right corner, we can see a '''search''' tab.

|-
| 05:35
|Here, type '''ESP8266''' and press '''Enter'''.

|-
|05:41
| Select '''ESP8266 by ESP8266 Community'''.

|-
| 05:48
|In the version drop down box, select the latest version of the '''module'''.

|-
| 05:53
|Click on '''Install''' button to install the '''module'''.

|-
| 05:57
|Installation will take few minutes to complete.

|-
| 06:01
|Wait until it is installed successfully.

|-
|06:05
| The '''ESP8266 module''' is now installed in the '''Arduino IDE'''.

|-
| 06:09
|Click on the '''Close''' button at the right bottom of the window.

|-
| 06:14
| Now, before uploading the '''program''' we have to select the '''ESP8266 module'''.

|-
| 06:20
|Click on the '''Tools''' option and select '''Board'''.

|-
| 06:25
|Scroll down and select '''Generic ESP8266 Module'''.

|-
| 06:32
| Next we need to set the '''built-in LED''' of '''ESP8266 Module'''.

Again select '''Tools'''.

|-
| 06:41
|Go to '''Builtin LED '''option. '''Set''' the''' Builtin LED''' to '''1'''.

|-
| 06:48
| Next we will '''set''' the '''Reset''' option.

|-
| 06:52
|In the menu bar, select '''Tools'''. Go to '''Reset Method'''.

|-
| 06:58
|Select '''Reset''' method to '''no dtr in bracket aka ck.'''

|-
| 07:06
|This will help to reset the '''wifi module''' manually.

|-
| 07:10
| Now we will write the code.

Type the code as shown.

|-
| 07:16
|We have included the '''ESP8266 library'''.

|-
| 07:20
| '''SSID''' is the '''name''' of a '''Wi-Fi module'''.

|-
| 07:24
|Here, I have named the '''wifi network''' as '''WIFI_ESP8266_Pratik.'''

|-
| 07:34
| '''Password''' is the '''passcode '''to join the '''Wi-Fi network'''.

And the '''password''' for the '''module''' is '''12345678'''.

|-
| 07:47
|You have to give your unique '''ssid''' and '''password'''.

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| 07:52
|'''Password parameter''' is not mandatory.

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| 07:56
|If you don’t give '''password parameter, Wi-Fi network''' will be open.

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| 08:01
|It will be accessible to everyone nearby.

|-
| 08:05
| This '''command''' will enable the default '''IP address''' of the '''module'''.

|-
| 08:10
|The default '''IP address''' of the '''module''' is '''192.168.4.1'''

|-
| 08:20
| Inside the '''setup function''', write the code as shown.

|-
| 08:25
|This '''command''' will enable the '''SSID''' and '''Password''' for the '''ESP8266 module'''.

|-
| 08:33
|'''server.begin''' will enable the '''Wi-Fi network''' for the given '''SSID''' and '''Password'''.

|-
| 08:40
|A '''delay''' of 2 seconds is given to '''boot''' the '''module'''.

|-
| 08:44
| '''Built-in LED''' of the '''ESP8266 module''' is '''set''' to '''OUTPUT mode'''.

|-
| 08:51
| Copy and paste the code inside '''void loop function'''.

|-
| 08:56
|This code is available in the '''Code files''' link of this tutorial

You can download and use it.

|-
| 09:04
| This '''HTML code''' will generate a '''web page''' as shown here.

|-
| 09:10
|When '''LED ON''' or '''LED OFF''' button is pressed, the value is passed to the '''program'''.

|-
| 09:17
|The '''program''' checks the value and controls the '''built-in LED''' of the '''ESP8266-01 module'''.

|-
| 09:27
| '''Click''' on the''' compile''' button to verify the''' program.'''

|-
| 09:31
|A pop up window will appear to save the current '''program'''.

|-
| 09:35
|Name the '''program''' as '''WiFi'''_'''ESP8266.'''

|-
| 09:43
|And click on the '''save''' button to save the '''program'''.

|-
| 09:48
| Now click on '''upload''' button to upload the current '''program''' on''' ESP8266-01.'''

|-
| 09:58
|We can see the '''program''' getting uploaded at the bottom of the screen.

|-
| 10:03
|When the state changes to '''Connecting,''' press the '''push button''' on the '''breadboard'''.

Release it after 2 to 3 seconds.

|-
| 10:13
| We will see a message as '''Leaving…. Soft resetting''' as shown here.

|-
| 10:20
|This indicates that the '''program''' is uploaded successfully.

|-
| 10:25
| Switch off your '''mobile internet'''.

|-
| 10:28
|Open '''Wi-Fi option''' of your '''mobile phone'''.

|-
| 10:32
|Search for nearest '''network''' to connect.

|-
| 10:35
|In my case, I am getting '''WIFI_ESP8266_Pratik''' since I have given this name in the code.

Select the '''WiFi'''.

|-
| 10:52
|Enter the '''password''' and check if it is connected to '''WiFi'''.

|-
| 10:57
| Open '''Web Browser''' in your '''mobile phone'''.

Enter the '''IP address 192.168.4.1'''

|-
| 11:11
|This is the '''default IP address '''of '''ESP8266-01 Wi-Fi module''' by the manufacturer.

|-
| 11:22
| The '''web page''' opens as per the '''HTML code'''.

|-
| 11:26
|We can see the '''LED''' of '''ESP8266-01 module''' is '''OFF'''.

|-
| 11:34
|Click on''' LED ON''' button which will turn on the blue '''LED''' of the '''Wi-Fi module.'''

|-
| 11:41
|It will be '''ON''' until we press the '''LED OFF''' button.

|-
| 11:46
|Click on''' LED OFF''' button which will turn off the blue '''LED''' of the '''Wi-Fi module'''.

|-
| 11:52
| This brings us to the end of this tutorial. Let us summarize.

|-
| 11:58
| In this tutorial, we learnt to

Configure and upload code on '''ESP8266-01 module'''

|-
| 12:09
| Establish '''wireless''' communication between '''ESP''' and other devices

|-
| 12:15
| As an '''assignment''':

Check if your PC or laptop has '''wireless connectivity''' and do the steps below.

|-
| 12:23
| On the top right corner, click on '''WiFi''' icon.

|-
| 12:28
| Select the name of your '''WiFi''' and enter the '''password'''.

|-
| 12:32
| Open the '''browser''' and go to '''192.168.4.1'''

|-
| 12:41
| Select the button and see the output on the '''ESP8266-01 module'''.

|-
| 12:49
| You should see the output of the assignment as shown here.

|-
| 13:03
| The video at the following '''link''' summarizes the '''Spoken Tutorial Project'''

Please '''download''' and watch it

|-
| 13:11
| The '''Spoken Tutorial Project''' Team conducts '''Workshops''' & gives Certificates.

|-
| 13:18
| Please post your timed queries in this '''forum'''

|-
|13:22
| '''Spoken Tutorial Project''' is funded by''' MHRD, Government of India.'''

|-
| 13:29
| This tutorial has been contributed by FOSSEE and Spoken Tutorial Project, IIT Bombay.

And this is Saurabh signing off.

Thanks for joining.

|}

@@ Line 93: / Line 93: @@
 |-
 | 02:12
-|Note: The '''ESP8266-01 module''' works on '''3.3Voltz''' only.
+|Note: The '''ESP8266-01 module''' works on '''3.3 Volts''' only.
 |-
 | 02:20
-|Connecting it to '''5Voltz''' may '''damage''' the''' Wi-Fi module'''.
+|Connecting it to '''5 Volts''' may '''damage''' the''' Wi-Fi module'''.
 |-

Arduino/C2/Wireless-Connectivity-to-Arduino/English-timed - Revision history

PoojaMoolya at 05:52, 23 January 2020

PoojaMoolya: Created page with "{| border=1 | '''Time''' | '''Narration''' |- | 00:01 | Welcome to the '''Spoken Tutorial''' on '''Wireless Connectivity to Arduino''' |- | 00:06 | In this tutorial,..."