Doses: Difference between revisions

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= 125  kV =
 
==GaAs==
==GaAs==
Uniform clearing  
Uniform clearing  
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Optimal contrast
Optimal contrast


= 100  kV =
== Note ==
==GaAs==
Base dose does not change with resist thickness, developing time does. If the developing time is fixed, say to 60s, a thinner layer of resist will need a "base dose", since it's being over developed.
Uniform clearing
 
==InP==
Uniform clearing
 
==InAs==
Uniform clearing
 
==Si==
Optimal contrast

Revision as of 21:48, 22 June 2018

125 kV
Si InAsUC InPUC GaAsUC SiGe
A2 1000 700 ? ? ?
A4 1000 700 ? 630 ?
A6 1200 ? ? 760 ?
El6 ? ? ? ? ?
El9 ? ? ? 420 ?
CSAR4 430 ? ? ? ?
CSAR9 ? ? ? ? ?
CSAR13 450 ? ? 350 ?
50k+A4 ? ? ? 745 ?
100 kV
Si InAsUC InPUC GaAsUC SiGe
A2 900 ? 500 ? ?
A4 900 ? 500 630 ?
A6 1000 ? ? 670 ?
El6 ? ? ? ? ?
El9 ? ? ? ? ?
CSAR4 400 ? ? ? ?
CSAR9 ? ? ? ? ?
CSAR13 ? ? ? ? ?
50k+A4 ? ? ? 630 ?

GaAs

Uniform clearing

InP

Uniform clearing

InAs

Uniform clearing

Si

Optimal contrast

Note

Base dose does not change with resist thickness, developing time does. If the developing time is fixed, say to 60s, a thinner layer of resist will need a "base dose", since it's being over developed.