Introduction: Close Ups on Electronics
See what electronics really look like when you see it up close...
This is for the macro photography patch contest. I am forced to make this slideshow because adding pictures on comments is disabled, I don't know if it is a bug or a pro feature, so I'll go ahead and put pictures onto this slideshow.
Enjoy!
This is for the macro photography patch contest. I am forced to make this slideshow because adding pictures on comments is disabled, I don't know if it is a bug or a pro feature, so I'll go ahead and put pictures onto this slideshow.
Enjoy!
- The first three pictures are components on the mother board from a PC computer. (The smallest component you can see are no bigger than 2x1 mm.) I am astonished when the whole mother board looks speck free of dust, but up close, it is really that dirty...
- The fourth picture with a ruler for scale
- The fifth picture is the CPU. (I think!)
- The sixth picture is the conner of the CPU.
- The seventh picture is the top view of an RGB LED with a microchip, three LED's (you can't really see them), and wires that are made of gold?
- The eighth picture is the side view of an RGB LED.
- The ninth picture is the veroboard up close.
- The tenth picture is the transistor in TO 92 type package
- The eleventh picture is a 1/4 watt resistor
32 Comments
13 years ago on Introduction
Whoaaa i didn't knew LED is like that inside :]
Good Job Plasmana as always.
13 years ago on Introduction
so.... HOT
13 years ago on Introduction
Wow, very nice. What did you use?
Reply 13 years ago on Introduction
What camera I used you mean? I used Olympus D-390, modified to take pictures up close.
Reply 13 years ago on Introduction
Plasmana, i know that you are good with electronics, can you give me any suggestion on Instructables the movie...
https://www.instructables.com/community/Instructables-the-movie/
Reply 13 years ago on Introduction
Oh so that's why it's blurred out towards the edges. My fujifilm takes better macro's unmodded.
Reply 13 years ago on Introduction
I have an Olympus Stylus 720 SW, also macro modded!
13 years ago on Introduction
Did you happen to see my instructablle on pictures of microchips?
https://www.instructables.com/id/Getting-In-Touch-With-Your-Inner-Chip/
You can use the front lens assembly of a pair of binoculars to get even closer.
13 years ago on Introduction
How would you modify a camera to take pictures like this?
13 years ago on Introduction
are those little things in the first picture resistors or what are they i see alot of those on circuit boards
Reply 13 years ago on Introduction
The black ones with numbers are resistors. The yellow/white ones are capacitors. I don't know about the other ones like the blue one with a gold ring.
Reply 13 years ago on Introduction
The blue one with the 0 on it is a "zero ohm resistor." Used like pin jumpers, just the surface mount version. It creates a short between the two pads.
Reply 13 years ago on Introduction
Why not just but a glob of solder jumping them?
Reply 13 years ago on Introduction
But seriously, why solder in a special part, that is just as effective as a little line or glob of solder???
Reply 13 years ago on Introduction
With reflow soldering processes you cannot get a blob of solder. The solder will flow to both pads, and separate in the middle. You can do it with a blob by hand however.
13 years ago on Introduction
Huh? You can upload images to comments... (Let's hope this works otherwise I'll be like really embarassed...)
Reply 13 years ago on Introduction
*Oops...*
Reply 13 years ago on Introduction
Now you know why I did this. xD
13 years ago on Introduction
the 'CPU' is actually either the Northbridge or Southbridge processor. this is what controls the motherboard. (like audio, graphics, memory, etc.) great pictures! i hope that you get the patch!
Reply 13 years ago on Introduction
Ahh, that is interesting, thank you for telling me that. Also, I don't care if I get a patch or not, I had fun doing this. :-) Besides, patches goes away after a month.