TASK 1 FOR LABVIEW CHAPTER 1

Hi Assalammualaikum today our lecturer has given to us a task regarding chapter 1 labView
So, here we gooooooooooo

The task is about

1. Use DAQ USB 6210 to simulate the input the input signal generate from an analogue trainer
2. connect the DAQ to your PC's and ensure your PC's communicate with the DAQ
3. Use an Analogue input (A1) channel, ranging from A1 (0-15) as an input to your analogue trainer      output
4. Generate an output from the analogue trainer to simulate an output display of the following :

I. Triangle with 3 Vp-p

II. Square with 1.5 Vamp

III. Sinusoidal with 2.55 Vrms 

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First of all, setup all the things needed, DAQ module and also the LabView software.

Connect the DAQ module with computer or laptop. Then, connect the ground and channel input from the DAQ module to the function generation (ground to ground & channel input to output function generator ). 

• open the LabView >> click New >> New VI 
• at the block diagram >> right click >> and choose Express >> Input >> DAQ Assistant >> drag to the block diagram 
• wait for it to build :)
• then it will pop up new DAQ Assistant window like picture below  

regarding the picture, choose Acquire Signal >> Analogue Input >> Voltage 

Next, choose the input channel that we need to use 

check the connection trough connection diagram 

• then, set 1)Acquisition Mode to Continuous, 2)Sample to Read and Rate(Hz) with '1 to 1 ratio' 3)Terminal Configuration set to RSE. 
• After set it all then click OK. A few seconds later will pop up new windows and click YES So wait it to install.

* So before proceed we have to add the waveform graph. At the front panel >> Right Click >> choose Graph >> choose Waveform Graph  (picture shown below)*

Next, focused back to the task I. 

• At the function generator, set to the 3Vp-p (adjust the amplitude knob) which means 1.5 v at upper side and 1.5 at the bottom side, and the type of wave knob move to the triangle. 

task II 

• adjust the knob type of wave to square 

task III

• next change the knob to the sinosaidal wave 
• and set the vrms with value of  2.55v. By using formula to find vrms Vp = (Vrms)/ √2

then we get Vp = 3.6 v 

The End...

So for you guys information, we are group of three which consist of me, Aina and Syamiha 

so check it out for the next task either in this link nursyamiha.blogspot.com or this link ainasyafinifattah.blogspot.com .

see yaa :))