This project is about Automatic Street Light. You must have examined on your streets that the street lights turn ON at night while they turn OFF in the day. When I was a child then I think that someone turns ON the switch in the day and then turns it OFF at night but that's really not the case. :P
In fact, these lights are automatic and have a sensor in them which is known as LDR sensor. This sensor is used to detect the light intensity so if there's sun light in the surroundings then it simply turn OFF the street light and if there's no sun light then it turns ON the street light and that's how Automatic Street Light works. I have designed its simulation in Proteus ISIS software which you can download below. So, let's get started with Automatic Street Light Project in Proteus ISIS.
Note:
So, that's all for today. I hope you have enjoyed this Automatic Street Light Project in Proteus ISIS. Will meet you guys in next tutorial. Till then take care and have fun !!! :)
Hello everyone, I hope you all are fine and having fun with your lives. Today, I am going to share a new Capacitive Touch Sensor Library for Proteus, which is designed for the first time by our team. :) Capacitive Touch Sensor is used to sense the presence of a human finger on the sensor.
We all know that human carries a charge, which is used by these touch sensors. These sensors are available these days online and you can easily buy them. I have designed its Proteus Library which I am presenting today for free to our readers. I hope you guys are going to enjoy working on it. :) So, let's get started with Capacitive Touch Sensor Library for Proteus:
That's all for today. I hope you guys are gonna enjoy this Capacitive Touch Sensor Library for Proteus. Will meet you guys in the next tutorial. Till then take care and have fun !!! :)
Cayenne is an online project building platform using drag and drop. Currently it supports Arduino and Raspberry Pi. In simple words, you can design any of your Arduino or Raspberry Pi project simply by drag and drop different components. You don't need to write any code, you just need to place your blocks and upload it to your Arduino board. Its also known as the Graphical coding.
I came to know about Cayenne a few days ago and I have really enjoyed working on it so I thought to share it with you guys so that you can also get benefit from it. In today's tutorial, I am just gonna give an overview of Cayenne and we will design a simple Arduino LED project on it. In the coming tutorials I will share different projects on Cayenne, which will help you guys in your projects. Moreover, first we will cover the Arduino Project on Cayenne and later we will work on Raspberry Pi as well. So, let's have a look at Getting Started with Cayenne.
Moreover, I have also designed a user friendly GUI which is quite easy to operate and you can simulate any kind of ECG data on this ECG Simulator. I have also extracted ECG features and then showed them separately. I have taken ECG data from PhsioBank website. Before buying this project must read this tutorial completely and also watch the video given at the end of this tutorial so that you are sure what you are buying. So, let's get started with ECG Simulation using MATLAB:
So, before starting this C# if else tutorial, I would suggest you to first read all of those basic C# tutorials so that you know how to use different data types. Before starting this tutorial, you should also read How to add C# Control in Windows Form because we are gonna use three C# controls in this tutorial.So, let's get started with How to use C# if else statement:
IF ( Condition is TRUE ) ====> Then do this TASK.
IF ( MULTIPLY button is pressed ) ====> Then multiply the two Integer variables
if (txtClick.Text == "TEP")
{
label1.Text = "My Blog";
}
if (txtClick.Text == "TEP")
{
label1.Text = "My Blog";
}
else
{
label1.Text = " NOT my Blog";
}
In this library you will find eight sensors and all of them works exactly the same so that's why we are gonna use one of them. For LPG Gas Leak Detector Project I have used MQ-2 sensor which is used for detection of LPG gas. I have also used Arduino UNO board which you can simulate in Proteus using Arduino Library for Proteus. Moreover, I have also placed an LCD which will display either LPG gas Leak Detected or not. So, let's get started with LPG Gas Leak Detector using Arduino in Proteus ISIS.
Download Proteus Simulation & Code
#include <LiquidCrystal.h>
// initialize the library with the numbers of the interface pins
LiquidCrystal lcd(13, 12, 11, 10, 9, 8);
int Gas = 7;
void setup() {
// set up the LCD's number of columns and rows:
lcd.begin(20, 4);
// Print a message to the LCD.
lcd.setCursor(0,0);
lcd.print("Gas Detected :");
lcd.setCursor(1,2);
lcd.print("www.TheEngineering");
lcd.setCursor(4,3);
lcd.print("Projects.com");
pinMode(Gas , INPUT);
}
void loop() {
if(digitalRead(Gas) == HIGH){lcd.setCursor(14,0);lcd.print(" Yes");}
if(digitalRead(Gas) == LOW){lcd.setCursor(14,0);lcd.print(" No ");}
}
I have designed this Line Following Robotic Waiter using Arduino UNO board. I have also shared the code below and have given all the instructions but still if you got into any problem then ask in comments and I will solve your problems. I have also shared a video below which will show you the working of Line Following robotic Waiter. So, let's get started with it:
First of all, let's have an overview of this Line Following Robotic Waiter:
#define motorL1 8
#define motorL2 9
#define motorR1 10
#define motorR2 11
#define PwmLeft 5
#define PwmRight 6
#define SensorR 2
#define SensorL 3
#define Sensor3 A0
#define Sensor4 A1
#define TableA A4
#define TableB A2
#define TableC A5
#define TableD A3
int OriginalSpeed = 200;
int TableCount = 0;
int TableCheck = 0;
int RFCheck = 10;
void setup()
{
Serial.begin (9600);
pinMode(motorR1, OUTPUT);
pinMode(motorR2, OUTPUT);
pinMode(motorL1, OUTPUT);
pinMode(motorL2, OUTPUT);
pinMode(PwmLeft, OUTPUT);
pinMode(PwmRight, OUTPUT);
pinMode(SensorL, INPUT);
pinMode(SensorR, INPUT);
pinMode(Sensor3, INPUT);
pinMode(Sensor4, INPUT);
pinMode(TableA, INPUT);
pinMode(TableB, INPUT);
pinMode(TableC, INPUT);
pinMode(TableD, INPUT);
MotorsStop();
analogWrite(PwmLeft, 0);
analogWrite(PwmRight, 0);
delay(2000);
// Serial.println("fghfg");
}
void loop() {
MotorsForward();
if((digitalRead(Sensor3) == LOW) && (TableCheck == 0)){TableCount++; TableCheck = 1;}
if((digitalRead(Sensor3) == HIGH) && (TableCheck == 1)){TableCheck = 2;}
if((digitalRead(Sensor3) == LOW) && (TableCheck == 2)){TableCount++; TableCheck = 3;}
if((digitalRead(Sensor3) == HIGH) && (TableCheck == 3)){TableCheck = 4;}
if((digitalRead(Sensor3) == LOW) && (TableCheck == 4)){TableCount++; TableCheck = 5;}
if((digitalRead(Sensor3) == HIGH) && (TableCheck == 5)){TableCheck = 0;}
if(digitalRead(TableA) == HIGH){RFCheck = 1;}
if(digitalRead(TableB) == HIGH){RFCheck = 2;}
if(digitalRead(TableC) == HIGH){RFCheck = 3;}
if(digitalRead(TableD) == HIGH){RFCheck = 4;}
if(RFCheck == TableCount){Table1();}
PIDController();
}
void MotorsBackward()
{
digitalWrite(motorL1, HIGH);
digitalWrite(motorL2, LOW);
digitalWrite(motorR1, HIGH);
digitalWrite(motorR2, LOW);
}
void MotorsForward()
{
digitalWrite(motorL1, LOW);
digitalWrite(motorL2, HIGH);
digitalWrite(motorR1, LOW);
digitalWrite(motorR2, HIGH);
}
void MotorsStop()
{
digitalWrite(motorL1, HIGH);
digitalWrite(motorL2, HIGH);
digitalWrite(motorR1, HIGH);
digitalWrite(motorR2, HIGH);
}
void MotorsLeft()
{
analogWrite(PwmLeft, 0);
analogWrite(PwmRight, 0);
digitalWrite(motorR1, HIGH);
digitalWrite(motorR2, HIGH);
digitalWrite(motorL1, LOW);
digitalWrite(motorL2, HIGH);
}
void MotorsRight()
{
analogWrite(PwmLeft, 0);
analogWrite(PwmRight, 0);
digitalWrite(motorR1, LOW);
digitalWrite(motorR2, HIGH);
digitalWrite(motorL1, HIGH);
digitalWrite(motorL2, HIGH);
}
void Motors180()
{
analogWrite(PwmLeft, 0);
analogWrite(PwmRight, 0);
digitalWrite(motorL1, HIGH);
digitalWrite(motorL2, LOW);
digitalWrite(motorR1, LOW);
digitalWrite(motorR2, HIGH);
}
void PIDController()
{
if(digitalRead(SensorL) == HIGH){analogWrite(PwmRight, 250);analogWrite(PwmLeft, 0);}
if(digitalRead(SensorR) == HIGH){analogWrite(PwmLeft, 250);analogWrite(PwmRight,0);}
if((digitalRead(SensorL) == LOW) && (digitalRead(SensorR) == LOW)){analogWrite(PwmRight, 0);analogWrite(PwmLeft, 0);}
}
void Table1()
{
TableCount = 0;
MotorsRight();
delay(4000);
while(digitalRead(SensorR) == HIGH);
while(digitalRead(SensorL) == HIGH);
while(1)
{
MotorsForward();
PIDController();
if(digitalRead(Sensor3) == LOW){break;}
}
MotorsStop();
delay(1000);
Motors180();
delay(2000);
while(digitalRead(Sensor3) == HIGH);
while(digitalRead(Sensor3) == LOW);
while(digitalRead(SensorL) == HIGH);
//delay(500);
while(1)
{
MotorsForward();
PIDController();
if(digitalRead(Sensor3) == LOW){break;}
}
//delay(1000);
MotorsLeft();
delay(4000);
while(digitalRead(SensorL) == HIGH);
while(digitalRead(SensorR) == LOW);
while(1)
{
MotorsForward();
PIDController();
if(digitalRead(Sensor3) == LOW){break;}
}
MotorsStop();
delay(1000);
}
Hello friends, I hope you all are fine and having fun with your lives. Today, I am going to share a list of New Proteus Libraries for Engineering Students. I have shared many Proteus Libraries till now but they all are randomly spread in blog posts, so I thought to post all those Proteus Libraries links in today's post. So that engineering students can get benefit from these awesome libraries. You should also have a look at How to add new Library in Proteus 8 Professional, if you are new to Proteus.
You can download them from their respective links and then can use them in your Proteus Projects. These modules are all compatible with Arduino and PIC Microcontroller. So, if you got into any trouble regarding these New Proteus Libraries, you can ask in the comments and I will try my best to resolve your issues. So, let's get started with these New Proteus Libraries for Engineering Students. If you don't have the Proteus software then you should read How to Install and Download Proteus Software?
Note:You should also have a look at these Proteus Libraries as well:
Here's a video in which I have explained all these Proteus Libraries:
First of all, you should download Arduino Library for Proteus. Using this Library you can easily simulate Arduino boards in Proteus and can design any kind of circuit. This Arduino Library is the first one in this Proteus Libraries list. Once you install this Arduino Library for Proteus, you will be able to easily simulate Arduino boards in Proteus:
Download Proteus library zip file download and more details about this Arduino Library for Proteus by clicking the below button:
Download Arduino Library for Proteus
You all have heard about this new Genuino boards which are launched by Arduino group after Arduino boards. They are almost similar to Arduino baords. So, we have also designed these Genuino boards in Proteus. This Genuino Library for Proteus includes following Genuino boards:
The Proteus library zip file download link is as follows:
Download Genuino Library for Proteus
GPS is used in almost every navigation project. GPS is used for the detection of user location. It works in NMEA coding and gives longitude and latitude. Most of the GPS modules are operated through Serial Port i.e. they give data via serial ports. We have designed this GPS module for Proteus using which you can easily simulate this GPS module. I have skm53 in mind while designing this GPS Library for Proteus but still, you can use it for any kind of GPS module because most of them work on NMEA coding so all NMEA-coded modules follow this GPS module. The Proteus library zip file download link is as follows:
Download GPS Library for Proteus
Note:
Next is the GSM Library for Proteus. Using this Library you can easily simulate the GSM Module in Proteus. This GSM module is used for SMS sending and receiving. We can send SMS or receive SMS using this GSM module. There are different types of GSM modules available in the market. I have designed the library of the GSM Module named SIM900D in Proteus. I hope you guys are gonna enjoy it. This GSM module works on AT Commands and the list of these AT commands is given in the below post from where you will download it. You can download Proteus Library for GSM, by clicking the below button:
Download GSM Library for Proteus
Note:
XBee modules are used for wireless communication. They work on radio frequency (RF) and are very helpful in those projects where wireless communication is required. Using XBee modules we can communicate between nodes etc. We have designed XBee Library for Proteus which you can download by clicking the below button. The XBee module works on Serial protocol and can send data wirelessly. In the below post, I have also shown you how to send data between two XBees. If you got into some trouble then ask in the comments below and I will resolve them.
These XBee modules are not fully functional because we are still working on them. Rite now only TX and RX pins are working but soon we will update all other pins too. So, stay tuned. :) You can download the Proteus library, by clicking the below button:
Download XBee Library for Proteus
Note:
Bluetooth modules are also used for wireless communication just like XBee modules. But Bluetooth modules use Bluetooth as a way of communication instead of RF. These Bluetooth modules are used in those projects where low-range communication is required because they don't work in high range. These Bluetooth modules also work on Serial Protocol and you have to connect them with your device and get your data. This Library includes two Bluetooth modules, which are:
You can download the Proteus library by clicking the below button:
Download Bluetooth Library for Proteus
DS1307 module is an RTC module that is used in projects where the current time is required. This module is basically a clock and you have to program it for once and then it keeps on ticking forever. These are used mostly in attendance projects and are quite helpful. Proteus already has this module in its database but it's not much attractive and looks like a simple module. So, we have given it a stylish look and it's just a click away from you.
I have also posted a project DS1307 Arduino-based Digital Clock in Proteus in which I have shown how to use this DS1307 in Proteus ISIS. I will also post a tutorial soon in which I will interface this DS1307 sensor with PIC Microcontroller and 8051 Microcontroller but you have to wait a little. :P I hope you guys are gonna enjoy it. We have designed its Proteus library, zip file download link is given below:
Download DS1307 Library for Proteus
LCDs are available in Proteus in very simple form so we have done a little work and designed New LCD Library for Proteus using which you can now get these stylish LCDs in Proteus. As you can see in the image, these new LCDs now look more attractive and more realistic. I hope you guys will enjoy them. As functionality is concerned they are exactly the same as the normal Proteus LCDs but they are different in looks so you can use the same code for these new LCDs as well.
In this below link, I have also interfaced this NEW LCD with an Arduino board which is also given in the below link for download. This example will help you in understanding how to use this LCD. This Library includes two such LCDs, which are:
The Proteus library zip file download link is as follows:
Download New LCD Library for Proteus
Ultrasonic Sensors are used for obstacle avoidance and hurdle detection. Ultrasonic sensors are used in almost every robotics project and are very easy to interface with Arduino or PIC Microcontroller. We have designed this Ultrasonic Sensor Library for Proteus using which you can easily simulate this Ultrasonic sensor in Proteus and can also interface it with Arduino boards.
I have also posted examples that will help you in understanding of how to use these ultrasonic sensors in Proteus. I have posted three different examples as well, which will are dealing with different scenarios in which these ultrasonic sensors can work. I hope you guys are gonna enjoy them. You can download this ultrasonic sensor library for Proteus by clicking the below button:
Download Ultrasonic Sensor Library for Proteus
Note:
PIR Sensors are used for motion detection. They work on thermal detection, they detect human heat and then detect the presence of the human body in the surroundings. They are used for security purposes and are mostly installed in projects like Home Security Systems, Bank Security Systems etc.
As we can't detect the real motion in Proteus ISIS so that's why I have placed a TestPin in this PIR Sensor. When you give +5V to this pin, the sensor will act as its detecting motion and when it's ground(0V), it will act as no motion detected. We have designed its Proteus Library and the proteus library zip file download link is as follows:
Download PIR Sensor Library for Proteus
Gas Sensors are used for Gas Leakage Detection. It's an essential sensor for most industries because Gas Leakages in industry cause fatal incidents. So using these Gas Sensors one can easily detect the Gas Leakage. We have designed their Proteus Library using which you can easily simulate these Gas Sensors in Proteus. This Gas Sensor Library includes the following Gas Sensors:
The Proteus library zip file download link is as follows:
Download Gas Sensor Library for Proteus
Flame Sensors are used for Fire Detection and are normally used for Security purposes. Flame Sensors are best for Fire Detection. So, you must get an idea about its importance. They are used in almost all kinds of projects where fire security is required.
As we can't actually produce Fire in the Proteus environment that's why I have placed a TestPin which will be used for the detection of Fire. If this TestPin is HIGH then it means there's fire and if it's LOW then it means there's no fire around the sensor. You can download Proteus Library for Flame Sensor by clicking the below button:
Download Flame Sensor Library for Proteus
Vibration Sensors are used for vibration detection. They are mostly used in those projects where vibration detection is necessary like we can use it for security purposes and can place them on doors and windows. So if someone tried to break the doors or windows then the vibrations will be detected by this sensor and a buzzer can trigger.
Moreover, you can also place them on heavy machinery to detect whether there are vibrations in those machines or not. I have also used this sensor in my project GSM-based Home Security System. You can download this Vibration Sensor Library for Proteus by clicking the below button:
Download Vibration Sensor Library for ProteusFlex Sensors are actually used for detecting the bending angle. So, its normally used in projects where you need to detect the fingers bending. For example, I once designed a project in which I have to use sign language and then convert it into words, so in that project, I used Flex Sensors on all of my fingers & thumb and then by detecting the bending, I converted the sign language to text.
So, I have designed the Flex Sensor Library for Proteus and I hope you are gonna enjoy it and are gonna use it in your projects. You can download this Proteus Library by clicking the below button:
Download Flex Sensor Library for Proteus
L298 Motor Driver is used for controlling the speed and direction of different Motors. We can use it to control DC Motors as well as Stepper Motors. It's quite widely used in Engineering Projects and has an L298 module in it.
Proteus doesn't contain L298 Motor Driver in it so, our team has designed it in Proteus and it's now ready to simulate in it. You can download this L298 Motor Driver Library for Proteus by clicking the below button:
Download L298 Motor Driver Library for Proteus
Heart Beat Sensor is used to count the Heart Beat of a human being. You need to place your finger on this sensor and then it detects your beating and you can count this beating via Arduino or any other Microcontroller.
Heart Beat Sensor is not available in Proteus and we have designed two versions of Heart Beat Sensor. The first version has just a single heartbeat pattern, while the second version has multiple heartbeat samples in it. You can download them by clicking the below buttons:
Download Heart Beat Sensor Library for Proteus
Download Heart Beat Sensor Library V2.0 for Proteus
C945 is an NPN transistor used in many engineering projects. Its main purpose is to use as an automatic switch or in some cases, it is also used for generating a PWM pulse. C945 is not available in the Proteus Components list. Our team has designed this transistor and you can download it by clicking the below button:
Download C945 Library for Proteus
An infrared Sensor is used for the detection of obstacles in the path. It uses infrared waves which are transmitted from the transmitter and are received by the receiver of this sensor, which tells us whether we have some obstacle or not. It is normally used for security purposes but also has a wide application in robotics.
Download Infrared Sensor Library for Proteus
The solar panel is a new and free renewable energy source, and it is widely used today because it only uses solar energy and converts it to electrical energy. It is used a lot in final year and semester projects where teachers force to use solar panels instead of common sources.
Proteus doesn't have solar panels in its database that's why we have designed this new library and using it you can now easily simulate Solar panels in Proteus. Click the below button to download this Library.
Download Solar Panel Library for Proteus
Magnetic Reed Switch is used to detect the magnetic field in the surroundings. It is normally used in electromagnetic projects where magnetic field intensity etc is required.
Proteus doesn't have this sensor in its database that's why we have designed it. You can download it by clicking the below button:
Download Magnetic Reed Switch Library for Proteus
Rain Sensor, as the name suggests, is used for rain detection. It's normally used in home automation or security projects.
Proteus lacks this sensor so we have designed its library so that you can easily create your projects' simulation. You can download this sensor by clicking the below button:
Download Rain Sensor Library for Proteus
I have posted 16 New Proteus Libraries above and I hope you guys are gonna like them and will use them in your engineering projects. Our team will keep on designing more New Proteus Libraries for engineering students and I will keep them posted here so stay tuned with this post so that you remain aware of New Proteus Libraries.
So, that's all for today. Will see you guys in the next tutorial. Till then take care and have fun !!! :)
I have also designed a GSM Library for Proteus using which you can easily now simulate your SIM900D module in Proteus. Sim900 Module is used to send and receive SMS and it is widely used in automation and security projects. I have also posted another Project in which I have designed the Proteus simulation of GSM based Home Security System. I have already posted the Send SMS with PIC Microcontroller & SIM900 project in which we have seen How to send SMS from your GSM module to your mobile phone but today we will send SMS from our mobile phone and then will receive this SMS on the SIM900 module and will perform certain action. Forexample you want to turn your Light ON using GSM then what you need to do is to send SMS from your mobile to SIM900 module and when it receives the message, it will do the required task. Moreover if you are working on Sending SMS instead of receiving then you should have a look at How to Send SMS with PIC Microcontroller & SIM900d and if this sending is via Arduino board then there's How to Send SMS with Arduino and Sim900.
I have used PIC18F452 for this project but you can use this code for any PIC Microcontroller but it has to support the serial port. Moreover, I have used MikroC Pro for PIC Compiler to design code for receive SMS with AT commands using SIM900 & PIC Microcontroller. So, let's have a look at How to Receive SMS with Sim900 & PIC Microcontroller using AT command.
char IncData;
int x = 0;
char RcvdMsg[60] = "";
int RcvdCheck = 0;
int RcvdConf = 0;
int index = 0;
int RcvdEnd = 0;
char MsgMob[15];
char MsgTxt[10];
int MsgLength = 0;
void RecSMS();
void ClearBuffers();
void Config();
void main() {
TRISC.F7 = 1;
UART1_Init(9600); // Initialize UART module at 9600 bps
Delay_ms(100); // Wait for UART module to stabilize
Config();
while(1)
{
RecSMS();
}
}
void RecSMS() // Receiving the SMS and extracting the Sender Mobile number & Message Text
{
if (UART1_Data_Ready())
{
IncData = UART1_Read();
//UART1_Write_Text(IncData);
if(IncData == '+'){RcvdCheck = 1;}
if((IncData == 'C') && (RcvdCheck == 1)){RcvdCheck = 2;}
if((IncData == 'M') && (RcvdCheck == 2)){RcvdCheck = 3;}
if((IncData == 'T') && (RcvdCheck == 3)){RcvdCheck = 4;}
if(RcvdCheck == 4){index = 0;RcvdConf = 1; RcvdCheck = 0;}
if(RcvdConf == 1)
{
if(IncData == 'n'){RcvdEnd++;}
if(RcvdEnd == 3){RcvdEnd = 0;}
RcvdMsg[index] = IncData;
index++;
if(RcvdEnd == 2){RcvdConf = 0;MsgLength = index-2;index = 0;}
if(RcvdConf == 0)
{
//PortD.F3 = 1;
//UART1_Write_Text("Mobile Number is: ");
for(x = 4;x < 17;x++)
{
MsgMob[x-4] = RcvdMsg[x];
//UART1_Write(MsgMob[x-4]);
}
// UART1_Write_Text("Message Text: ");
for(x = 46;x < MsgLength;x++)
{
MsgTxt[x-46] = RcvdMsg[x];
//UART1_Write(MsgTxt[x-46]);
}
if(MsgTxt[0] == 'A'){ PortD.F0 = 1;}//L1ON();}
if(MsgTxt[0] == 'B'){ PortD.F0 = 0;}//L1OF();}
if(MsgTxt[0] == 'C'){ PortD.F1 = 1;}//L2ON();}
if(MsgTxt[0] == 'D'){ PortD.F1 = 0;}//L2OF();}
if(MsgTxt[0] == 'E'){ PortD.F2 = 1;}//L3ON();}
if(MsgTxt[0] == 'F'){ PortD.F2 = 0;}//L3OF();}
if(MsgTxt[0] == 'G'){ PortD.F3 = 1;}//L4ON();}
if(MsgTxt[0] == 'H'){ PortD.F3 = 0;}//L4OF();}
ClearBuffers();
}
}
}
}
void ClearBuffers()
{
strcpy(RcvdMsg,"");
RcvdCheck = 0;
RcvdConf = 0;
index = 0;
RcvdEnd = 0;
strcpy(MsgMob,"");
strcpy(MsgTxt,"");
MsgLength = 0;
}
void Config()
{
Delay_ms(2000);
UART1_Write_Text("ATE0rn");
Delay_ms(1000);
UART1_Write_Text("ATrn");
Delay_ms(1000);
UART1_Write_Text("AT+CMGF=1rn");
Delay_ms(1000);
UART1_Write_Text("AT+CNMI=1,2,0,0,0rn");
Delay_ms(1000);
}
We have designed this simulation after a lot of efforts that's why we have placed a very small amount of $50 on it so that engineering students can download it and get knowledge from it. Moreover, as its a complex project so when you buy it then there's a chance that you can't run it by yourself so we also offer a free service. If you got into any trouble while running this simulation then use our Contact Form we will help you out personally within 24 hours.