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selcukc

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  1. Like
    selcukc got a reaction from caneralp in To all our French members and visitors - Our thoughts are with you   
    Why don't you put Turkey flag next to the your 43oh logo because of the terrorist attack in Ankara, Turkey? When the terrorist attack occured in Paris, you put the France flag next to the website logo. 
  2. Like
    selcukc got a reaction from agaelema in Tiva LaunchPad: Internet of Things (IoT) with ESP8266 WiFi Module   
    In present work, I aim to control servo motor as an Internet of Things(IoT) so i use ESP8266 , which is the low cost wifi module (approx. 3$), to establish connection between Tiva LaunchPad(as a client) and Computer(as a server) via internet with Transmission Control Protocol (TCP). I use Java application to create server to control servo on the PC side of the project. One can see the Java Application in below video.



    Video Tutorial

    https://www.youtube.com/watch?v=2NBJP0-isrg

    Servo Motor: Micro Servo 3.7G (approx. 1.5$)
    WiFi Module: ESP8266 (approx. 3$)
    Source code (IoT.rar) can be found in below link. It incudes both Java(as a Server) and Code Composer Studio(as Client) codes.

     

    TI E2E
  3. Like
    selcukc got a reaction from jazz in To all our French members and visitors - Our thoughts are with you   
    Why don't you put Turkey flag next to the your 43oh logo because of the terrorist attack in Ankara, Turkey? When the terrorist attack occured in Paris, you put the France flag next to the website logo. 
  4. Like
    selcukc got a reaction from tripwire in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    Dear L.R.A, I don't have any problem with internal ADC, I tested it during 8 hours it works good. Actually I think it. Using the external ADC chips will provide to reach high resolutions and sampling rates. I have some ADC chips to do it, if I can find more free time, I will try on it. But the first aim is here that converting the Tiva LaunchPad to low cost scope so I did not use any extra component, only coding.
  5. Like
    selcukc got a reaction from tripwire in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  6. Like
    selcukc got a reaction from bluehash in ESP8266 anyone?   
    I use ESP8266 with Tiva LaunchPad to control servo motor. You can find more details in below link.
    http://forum.43oh.com/topic/8920-tiva-launchpad-internet-of-things-iot-with-esp8266-wifi-module/
  7. Like
    selcukc got a reaction from bluehash in Tiva LaunchPad: Internet of Things (IoT) with ESP8266 WiFi Module   
    In present work, I aim to control servo motor as an Internet of Things(IoT) so i use ESP8266 , which is the low cost wifi module (approx. 3$), to establish connection between Tiva LaunchPad(as a client) and Computer(as a server) via internet with Transmission Control Protocol (TCP). I use Java application to create server to control servo on the PC side of the project. One can see the Java Application in below video.



    Video Tutorial

    https://www.youtube.com/watch?v=2NBJP0-isrg

    Servo Motor: Micro Servo 3.7G (approx. 1.5$)
    WiFi Module: ESP8266 (approx. 3$)
    Source code (IoT.rar) can be found in below link. It incudes both Java(as a Server) and Code Composer Studio(as Client) codes.

     

    TI E2E
  8. Like
    selcukc got a reaction from spirilis in Tiva LaunchPad: Internet of Things (IoT) with ESP8266 WiFi Module   
    In present work, I aim to control servo motor as an Internet of Things(IoT) so i use ESP8266 , which is the low cost wifi module (approx. 3$), to establish connection between Tiva LaunchPad(as a client) and Computer(as a server) via internet with Transmission Control Protocol (TCP). I use Java application to create server to control servo on the PC side of the project. One can see the Java Application in below video.



    Video Tutorial

    https://www.youtube.com/watch?v=2NBJP0-isrg

    Servo Motor: Micro Servo 3.7G (approx. 1.5$)
    WiFi Module: ESP8266 (approx. 3$)
    Source code (IoT.rar) can be found in below link. It incudes both Java(as a Server) and Code Composer Studio(as Client) codes.

     

    TI E2E
  9. Like
    selcukc got a reaction from CorB in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  10. Like
    selcukc got a reaction from L.R.A in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  11. Like
    selcukc got a reaction from rampadc in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  12. Like
    selcukc got a reaction from Rei Vilo in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  13. Like
    selcukc got a reaction from bluehash in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  14. Like
    selcukc got a reaction from spirilis in Tiva C Series LaunchPad Based Digital Oscilloscope with Labview Interface   
    TivaScope is an oscilloscope which works with Tiva Launchpad (http://www.ti.com/tool/ek-tm4c123gxl, only 12.99$) from Texas Instruments. It communicates with PC via USB port. Its maximum sampling frequency is 1MSa/s with 12bit resolution. The signal which is shown on screen was obtained from referance signal output with10KHz %30 Duty Cycle. It also supports Stellaris LM4F120 LaunchPad.
     

     
    Tutorials
    https://youtu.be/B4GVoiZVIM4
    https://youtu.be/O0G1Gm5h3fk
     
    Specifications
    Maximum sampling frequency is 1MSa/s with 12bit resolution. It supports USB 2.0 Single channel input PE3(AN0) Referance signal output with10KHz %30 Duty Cycle from PB6 Labview Interface TI E2E
  15. Like
    selcukc got a reaction from chibiace in nokia 5510   
    so good and thanks
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