Absolute SEM: Difference between revisions

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=== Background ===
== Background ==


After the pandemic brought the [[SEM_oud]] project to a standstill, and after the people running this project rented their own unit in the RevSpace building to have an office/lounge/arcade/misc space, it was decided to take our chances and buy a SEM without the level of scrutiny needed to restart the old project.
After the pandemic brought the [[SEM_oud]] project to a standstill, and after the people running this project rented their own unit in the RevSpace building to have an office/lounge/arcade/misc space, it was decided to take our chances and buy a SEM without the level of scrutiny needed to restart the old project.


=== Status ===
== Status ==


After a quite adventurous trip to Germany (many thanks to [[User:eightdot]] for his help) we have succeeded in moving the SEM to Overgoo 1.  
After a quite adventurous trip to Germany (many thanks to [[User:eightdot]] for his help) we have succeeded in moving the SEM to Overgoo 1.  
Due to some unfortunate circumstances it is currently parked in RevSpace, but hopefully we will soon be able to move it out of there and start making it functional again.
Due to some unfortunate circumstances it is currently parked in RevSpace, but hopefully we will soon be able to move it out of there and start making it functional again.


=== Access ===
== Access ==
The SEM is located close to RevSpace and although it is privately owned, we will try to provide interested people with access once we get it working.
The SEM is located close to RevSpace and although it is privately owned, we will try to provide interested people with access once we get it working.
What form this will take is still to be decided, but if anyone is interested feel free to talk to us once we get everything sorted.
What form this will take is still to be decided, but if anyone is interested feel free to talk to us once we get everything sorted.


=== Benefits ===
== The SEM ==
 
* Model: Hitachi S-2300
 
* Precision: 4.5 nm
* Magnification: 20-200,000x
* Accelerating voltage: up to 30 kV
* Pump type: diffusion
* Built: early 90's
* Power required: 2kVA
* Digital image acquisition
* EDS (X-ray spectroscopy) detector: map out elements in sample
 
== Benefits ==


* We can image chips with ridiculous clarity
* We can image chips with ridiculous clarity
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* Biological analysis (subject to pre-processing depending on kind)
* Biological analysis (subject to pre-processing depending on kind)


== The SEM ==
* Model: Hitachi S-2300
* Precision: 4.5 nm
* Magnification: 20-200,000x
* Accelerating voltage: up to 30 kV
* Pump type: diffusion
* Built: early 90's
* Power required: 2kVA
* Digital image acquisition
* EDS (X-ray spectroscopy) detector: map out elements in sample





Revision as of 14:21, 20 November 2021

Project Absolute SEM
4032-3024-max.jpg
Getting SEMsational images of chips, materials, and more!
Status In progress
Contact User:Peterbjornx, User:Shiz, User:PeterC, User:noopwafel
Last Update 2021-11-20

Background

After the pandemic brought the SEM_oud project to a standstill, and after the people running this project rented their own unit in the RevSpace building to have an office/lounge/arcade/misc space, it was decided to take our chances and buy a SEM without the level of scrutiny needed to restart the old project.

Status

After a quite adventurous trip to Germany (many thanks to User:eightdot for his help) we have succeeded in moving the SEM to Overgoo 1. Due to some unfortunate circumstances it is currently parked in RevSpace, but hopefully we will soon be able to move it out of there and start making it functional again.

Access

The SEM is located close to RevSpace and although it is privately owned, we will try to provide interested people with access once we get it working. What form this will take is still to be decided, but if anyone is interested feel free to talk to us once we get everything sorted.

The SEM

  • Model: Hitachi S-2300
  • Precision: 4.5 nm
  • Magnification: 20-200,000x
  • Accelerating voltage: up to 30 kV
  • Pump type: diffusion
  • Built: early 90's
  • Power required: 2kVA
  • Digital image acquisition
  • EDS (X-ray spectroscopy) detector: map out elements in sample

Benefits

  • We can image chips with ridiculous clarity
  • We can image anything with ridiculous clarity, who needs normal microscopes
  • It's a super cool device!

Use cases!

  • Chip reverse engineering
  • Chip failure analysis
  • Metallurgy
  • Detailed material analysis
  • Biological analysis (subject to pre-processing depending on kind)


Bibliography

General information

Public logs