Hello friends, we hope you are all well and have fun with your life. In today's tutorial, I'm going to another part of the impressive library designed by our team to Proteus, which is the GPS library for Proteus. It is my second library for Proteus, the first was Arduino library for Proteus I have already shared. I really appreciate the design of these modules in Proteus because its new and very difficult. I did not find a single website that designed these modules already in Proteus. So, now for the first time, you can have the GPS Proteus Library for the help you can easily simulate your GPS module in Proteus and can design your code for Arduino, PIC Microcontroller 8051 or Micrcontroller.
Other bloggers are invited to share this library and its my humble request that mention our blog credits. 🙂 The GPS module, I designed Proteus is a simple GPS that TX and RX pin and when you start the simulation, this module starts sending NMEA data on its pin TX, you can easily check using Virtual Terminal. I will show you how to check in the post today. Another important thing, obviously in Proteus Simulation we can not get the real values of longitude, latitude etc, so in our model, we used the dummy values for these data. The advantage of this module is that you can easily design your code for GPS and can test it in your simulation. Furthermore, its design is cool too.
First, click the button below and download GPS Library for Proteus.
After downloading, you will get a zip file containing three files contained file.
Now extract these three files named as follows:
GpsTEP.LIB
GpsTEP.IDX
GpsTEP.HEX
Place these files in the Library folder of your Proteus software.
Note:
If you use Proteus 7 Professional, click the library folder link will be something like this: C: Program Files (x86) Labcenter ElectronicsProteus 7 ProfessionalLIBRARY
If you use Proteus 8 Professional and click the library folder link will be something like this: C: ProgramDataLabcenter ElectronicsProteus 8 ProfessionalDataLIBRARY
Now open your Proteus software, if you have already opened then restart your Proteus software.
Now in the list of components for research GPS module and place it in your workspace.
If all goes well, then you will get your module as shown in the figure below:
As you can see in the figure above, it has two pins in total are TX and RX.
Now double-click on this GPS module and get to its properties as shown in the figure below:
Now, one last thing you need to do is download the file GpsTEP.HEX, you have the zip file downloaded in the section of the program file.
GpsTEP.HEX This file is essential for this model as the addition of GPS functionality in this model.
So after adding the link GpsTEP.HEX file in the section of the program file, keeping your GPS module is ready for use in your circuit.
So now we will add a series monitor and verify the output of the GPS module.
Designing a small circuit as shown in the figure below:
Note:
The rate of this GPS module is 9600 baud.
Data sent by the GPS module is fictional that we can not get these values in the simulation.
The first line is just the intro of this module and after that you will start to receive data that is NMEA.
NMEA data will remain constant, but will continue to come.
Now, instead of using this terminal series, you can use a microcontroller here as Arduino, PIC Microcontroller 8051 or Micrcontroller etc., and can easily write your code and test it.
In my next tutorial, I'm gonna examples of actions for this GPS module in which I interface with different microcontroller.
In the video below, I explained again this tutorial, so if you have any problems, then watch it as well.
That's all for today. You should also take a look at the GPS module interfacing with Arduino in Proteus ISIS. I hope you guys have enjoyed today's post and you'll get the benefits of it. Let me know your views on today's tutorial and also give suggestions and help us make this GPS library for Proteus smarter.
Other bloggers are invited to share this library and its my humble request that mention our blog credits. 🙂 The GPS module, I designed Proteus is a simple GPS that TX and RX pin and when you start the simulation, this module starts sending NMEA data on its pin TX, you can easily check using Virtual Terminal. I will show you how to check in the post today. Another important thing, obviously in Proteus Simulation we can not get the real values of longitude, latitude etc, so in our model, we used the dummy values for these data. The advantage of this module is that you can easily design your code for GPS and can test it in your simulation. Furthermore, its design is cool too.
First, click the button below and download GPS Library for Proteus.
After downloading, you will get a zip file containing three files contained file.
Now extract these three files named as follows:
GpsTEP.LIB
GpsTEP.IDX
GpsTEP.HEX
Place these files in the Library folder of your Proteus software.
Note:
If you use Proteus 7 Professional, click the library folder link will be something like this: C: Program Files (x86) Labcenter ElectronicsProteus 7 ProfessionalLIBRARY
If you use Proteus 8 Professional and click the library folder link will be something like this: C: ProgramDataLabcenter ElectronicsProteus 8 ProfessionalDataLIBRARY
Now open your Proteus software, if you have already opened then restart your Proteus software.
Now in the list of components for research GPS module and place it in your workspace.
If all goes well, then you will get your module as shown in the figure below:
As you can see in the figure above, it has two pins in total are TX and RX.
Now double-click on this GPS module and get to its properties as shown in the figure below:
Now, one last thing you need to do is download the file GpsTEP.HEX, you have the zip file downloaded in the section of the program file.
GpsTEP.HEX This file is essential for this model as the addition of GPS functionality in this model.
So after adding the link GpsTEP.HEX file in the section of the program file, keeping your GPS module is ready for use in your circuit.
So now we will add a series monitor and verify the output of the GPS module.
Designing a small circuit as shown in the figure below:
Note:
The rate of this GPS module is 9600 baud.
Data sent by the GPS module is fictional that we can not get these values in the simulation.
The first line is just the intro of this module and after that you will start to receive data that is NMEA.
NMEA data will remain constant, but will continue to come.
Now, instead of using this terminal series, you can use a microcontroller here as Arduino, PIC Microcontroller 8051 or Micrcontroller etc., and can easily write your code and test it.
In my next tutorial, I'm gonna examples of actions for this GPS module in which I interface with different microcontroller.
In the video below, I explained again this tutorial, so if you have any problems, then watch it as well.
That's all for today. You should also take a look at the GPS module interfacing with Arduino in Proteus ISIS. I hope you guys have enjoyed today's post and you'll get the benefits of it. Let me know your views on today's tutorial and also give suggestions and help us make this GPS library for Proteus smarter.
This is dummy text. It is not meant to be read. Accordingly, it is difficult to figure out when to end it. But then, this is dummy text. It is not meant to be read. Period.
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