Recommended parameters for EBL: Difference between revisions

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Created page with "= Cleanroom recommendations= {| class="wikitable" |+125 kV |- |Resist |Si |InAs<sup>UC</sup> |InP<sup>UC</sup> |GaAs<sup>UC</sup> |SiGe |- |A2 |1000 |700 |? |? |? |- |A4 |1200-1300 <ref name="Kringhoej" /> |700 |900 <ref name="Hertel" /> |630 |? |- |A6 |1200 |800 |900-920 <ref name="Hertel" /> |760 |? |- |EL6 |? |? |? |? |? |- |EL9 |450-500 <ref name="Kringhoej">[https://nbi.ku.dk/english/theses/phd-theses/anders-kringhoej/Anders_Kringhoej_P..."
 
 
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= Cleanroom recommendations=
= Cleanroom recommendations=
''This section needs additional data''
{| class="wikitable"
{| class="wikitable"
|+[[Elionix F-125|125 kV]]
|+[[Elionix F-125|125 kV]]
|-
|-
|[[Resists|Resist]]
|Field Size (µm)
|Si
|Dots
|InAs<sup>UC</sup>
|Pitch
|InP<sup>UC</sup>
|Pixel size (nm)
|GaAs<sup>UC</sup>
|Aperture (µm)
|SiGe
|Beam current (A)
|-
|Beam spot (nm)
|A2
|1000
|700
|?
|?
|?
|-
|A4
|1200-1300 <ref name="Kringhoej" />
|700
|900 <ref name="Hertel" />
|630
|?
|-
|A6
|1200
|800
|900-920 <ref name="Hertel" />
|760
|?
|-
|EL6
|?
|?
|?
|?
|?
|-
|EL9
|450-500 <ref name="Kringhoej">[https://nbi.ku.dk/english/theses/phd-theses/anders-kringhoej/Anders_Kringhoej_PhD.pdf Kringhøj PhD thesis]</ref>
|?
|280 <ref name="Hertel" />
|420
|?
|-
|-
|CSAR4
|500
|430
|50000
|?
|8
|?
|80
|?
|240
|?
|60e-9
|83.3
|-
|-
|CSAR9
|500
|500 <ref name="Kringhoej" />
|1000000
|?
|5
|?
|2.5
|?
|60
|?
|1e-9
|2.6
|-
|-
|CSAR13
|430 <ref name="Kringhoej" />
|?
|?
|350
|?
|-
|50k+A4
|?
|?
|500 <ref name="Hertel" />
|745
|?
|-
|-
|}
|}
Line 78: Line 36:
|+[[Elionix 7000|100 kV]]
|+[[Elionix 7000|100 kV]]
|-
|-
|[[Resists|Resist]]
|Field Size (µm)
|Si
|Dots
|InAs<sup>UC</sup>
|Pitch
|InP<sup>UC</sup>
|Pixel size (nm)
|GaAs<sup>UC</sup>
|Aperture (µm)
|SiGe
|Beam current (A)
|Beam spot (nm)
|-
|-
|A2
|600
|900
|20000
|?
|7
|620 <ref name="Drachmann" />
|210
|?
|1500-1600 <ref name="Ansaloni" />
|-
|A4
|900
|640-680 <ref name="Whiticar">[https://nbi.ku.dk/english/theses/phd-theses/alexander-m-whiticar/Whiticar_thesis.pdf Whiticar PhD thesis]</ref>
|608-640 <ref name="Drachmann">[https://nbi.ku.dk/english/theses/phd-theses/asbjorn-cliff-drachmann/Drachmann_PhD_Thesis.pdf/Drachmann_PhD_Thesis.pdf Drachmann PhD thesis]</ref>
|630
|900 <ref name="Ansaloni">[https://nbi.ku.dk/english/theses/phd-theses/fabio-ansaloni/thesis_Ansaloni.pdf Ansaloni PhD thesis]</ref>
|-
|A6
|1000
|?
|?
|670
|?
|-
|EL6
|?
|?
|?
|?
|?
|-
|EL9
|?
|250
|250
|380 <ref name="Hertel">[https://nbi.ku.dk/english/theses/phd-theses/hertel/dissertation_Hertel.pdf Hertel PhD thesis]</ref>
|20e-9
|200 <ref name="Drachmann" />
|218.6
|?
|-
|-
|CSAR4
|600
|400
|240000
|?
|1
|?
|2.5
|?
|40
|335 <ref name="Ansaloni" />
|500e-12
|2.7
|-
|-
|CSAR9
|?
|?
|?
|?
|335 <ref name="Ansaloni" />
|-
|CSAR13
|?
|?
|?
|?
|?
|-
|50k+A4
|?
|?
|?
|630
|?
|-
|-
|}
|}


= How to choose the correct parameters yourself =
= How to choose the correct parameters yourself =
Line 161: Line 73:


<blockquote style="background-color: #F0F0F0; border: dashed thin grey;">
<blockquote style="background-color: #F0F0F0; border: dashed thin grey;">
The '''pixel size''' should be equal to the '''beam spot size'''  
The '''pixel size''' should be roughly equal to the '''beam spot size'''  
</blockquote>
</blockquote>


* '''Area dose''': The recommended dose for the combination of substrate and resist stack that you have. If you don't know this value you can do a dose test for your substrate/resist combination or consult the [[Doses]] page
* '''Area dose''': The recommended dose for the combination of substrate and resist stack that you have. If you don't know this value you can do a dose test for your substrate/resist combination or consult the [[Doses]] page

Latest revision as of 08:45, 9 April 2026

Cleanroom recommendations

This section needs additional data

125 kV
Field Size (µm) Dots Pitch Pixel size (nm) Aperture (µm) Beam current (A) Beam spot (nm)
500 50000 8 80 240 60e-9 83.3
500 1000000 5 2.5 60 1e-9 2.6
100 kV
Field Size (µm) Dots Pitch Pixel size (nm) Aperture (µm) Beam current (A) Beam spot (nm)
600 20000 7 210 250 20e-9 218.6
600 240000 1 2.5 40 500e-12 2.7

How to choose the correct parameters yourself

A good place to start is the Unofficial dose calculator

  • Choose the EBL tool (100 or 125 keV)
  • Write field size (µm) and Dots: The combination of these two will give you the pixel size for a default pitch of 1.
    • It is recommended to use high number of dots with a pitch multiplier for fine exposures
  • Aperture and Beam current: The combination of these two will give you the beam spot size

The pixel size should be roughly equal to the beam spot size

  • Area dose: The recommended dose for the combination of substrate and resist stack that you have. If you don't know this value you can do a dose test for your substrate/resist combination or consult the Doses page