LabVIEW + Arduino

https://www.youtube.com/watch?v=MB8lduqPuyM&list=PLuzyRQYQpuVgdtuz64nKeUy6V5ygw4Wuk 

Requirements

Digilent LINX

See if there is No Error

You can also select Board Info which confirms you are able to communicate with your Arduino

보드정도를 누르면 팝업창이 뜬다.

LABVIEW를 실행시키고 LINX Firmware Wizard로 간다.

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▼LabVIEW로 서보모터 제어

https://www.youtube.com/watch?v=pt9d9Md7788&list=PLuzyRQYQpuVgdtuz64nKeUy6V5ygw4Wuk&index=2

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▼DC모터 제어

https://www.youtube.com/watch?v=11hi7lGEdyU

Block Diagram에서

우클릭 >> MakerHub >> LINX >> Open & Close VIs

We also wire in error cluster constant

            to initialise the error cluster.

(맨 왼쪽 첫단계)

We then pass the LINX resource reference and error reference to the while loop

and to all corresponding functions.

this is force to maintain flow control.

(두번째 단계)

i put the duty cycle function before the digital write function,

because i always want the speed of the motor to be changed first

before changing its direction.

(3전째 단계 노란색으로 선택한 부분)

(방향전환 전에 스피트를 선택하고 싶기 때문에)

For the Set Duty Cycle function,

i've wired in an integer constant

        to specify PIN 9 of the Arduino.

(While루프 왼쪽위 PWM Channel에 constant 값으로 9를 넣었다.)

(이 9는 Arduino의 9번핀을 의미하며 PWM값이 들어간다.)

Next, we wired a STOP control button

                to the loop condition,

make sure you do this otherwise LabVIEW won't be happy with you.

And Finally, we close out the LINX reference to the Arduino

once we exit the While Loop

and let the Simple Error Handler.vi handle any errors that occur.

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▼Remote control through the Internet

https://www.youtube.com/watch?v=LMtdLqmRnVU

https://www.youtube.com/watch?v=4ErGmMdZyzs

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▼컨베이어 벨트

https://www.youtube.com/watch?v=OwpEN8e3WMg