My Medical Instrumentation Journey Throughout This Semester
Hi guys... I am Farhani.. Im currently taking Bachelor of Engineering Tecchnology (Hons) Medical Electronic.. Im making this blog for one of my subjects which is Medical Instrumentation.. I will share all of my assignments for this subject.. Lets check this out...
Sunday, November 11, 2018
Video For Industrial Visit
We had visited Biomedical Engineering Department at Hospital Selayang for our industrial visit. This is the attachment of the video. Enjoyyyy... https://www.youtube.com/watch?v=pr4t2OJafmQ
Sunday, September 23, 2018
Video for Lab 1
The attachment of video for Lab 1 made by me( Nor Jannatul Farhani) and my lab partner (Nur Dinie Azimah). Hope you guys enjoy it.
https://www.youtube.com/watch?v=99iduFmOj2A&t=7s
https://www.youtube.com/watch?v=99iduFmOj2A&t=7s
Exercise 3
In this Exercise, we have to used LABVIEW to perform simple mathematical problem involving addition, substraction, multiplication and division. The result is shown in the picture below:
Wednesday, September 19, 2018
Exercise 2
For this exercise, we need to download the Getting started
with LabVIEW for Beginners and complete all chapters (Chapter 1, 2 & 3). We
just need to follow the instruction on every chapter to produce sine wave but
we had to do the modification of signal for every chapter.
Modification of Chapter 1 - Change Triangle wave to
Square wave or Rectangle wave
Modification of Chapter 2 - Change Sine wave to
Triangle wave
Modification of Chapter 3 - Change Sine wave to
Triangle wave
Chapter 1:
Chapter 2:
Chapter 3:
Friday, August 3, 2018
Exercise 1
1.For this Exercise, the DAQ USB 6210 was used to stimulate the input signal generated from an analogue trainer.
2.The DAQ was connected to the PC and checked to ensure the PC communicate with the DAQ.
3.The analogue input (AI) channel was used with range AI (0-15) as an input to the analogue trainer output. I choose AI port 1(A1).
4.The output from the analogue trainer was generated to stimulate an output display of the following:
2.The DAQ was connected to the PC and checked to ensure the PC communicate with the DAQ.
3.The analogue input (AI) channel was used with range AI (0-15) as an input to the analogue trainer output. I choose AI port 1(A1).
4.The output from the analogue trainer was generated to stimulate an output display of the following:
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| Square with 2Vp-p |
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| Sinusoidal with 1.5Vamp |
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| Triangle with 2.75Vrms |
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