Is that possible to make a Lens free microscopy system using Arduino?
as like Rasberrypi
Please guide
Is that possible to make a Lens free microscopy system using Arduino?
as like Rasberrypi
Please guide
No.
Why would I have answered you if I am not sure?
Anyway stick around and see what people who contradict me say.
It would help enormously if you qualified
With a link. I have seen the link, so I am sure.
You seem to specialise in the same sort of negative questioning like your other thread at
https://forum.arduino.cc/t/replacement-of-rasberry-pi-with-arduino-for-specific-project/1030144
on almost the same subject.
You might not have noticed that the Arduino does not have any sort of TV display that would be suitable.
I am sure it sounds like a good project to learn about the technology, study how and why a raspberry pi is used and
knowing or reading about the processors, peripherals and modules available in the Arduino world compared to the rPi ecosystem
determine for youself the answer.
No.
Or do it.
a7
Post a link showing how to do this with the RPi.
Or in this case how it is being attempted, but is not working yet.
So what?
Hi,
Can you please tell us your electronics, programming, arduino, hardware experience?
Thanks.. Tom..
I'm quite sure that the camera in the video in post #7 has a lens.
See reply in post #2.
Actually the only "lense" is the pin hole above the LED. That makes the light a real point source. Could have used an appropriate LED, but this works. The camera picture is actually shadows formed by the objects between the pin hole and the CCD.
I suspect the most expensive part will be the CCD and the electronics for it.
Is there any provision of making Lens free DIHM microscope using arduino as an alternative of Raspberry Pi
Sure, pick the image sensor and an Arduino that can capture the image.
Please guide in elaborate way
https://2017.igem.org/Team:TU_Darmstadt/tech/hardware
For example like this. Can any one of you guide me about 1st link to recreate that project
https://opg.optica.org/viewmedia.cfm?uri=FiO-2018-JW4A.120&seq=0
Help me to recreate this kind of projects