Difference between revisions of "Via definition"

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(Current Processes)
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==Current Processes==
 
==Current Processes==
     15. Via
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     Via litho (Via mask)
    15.1.                    Via litho (Via mask)
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          Solvent clean
    15.1.1.  Solvent clean
+
              Ace, ISO, DI
    15.1.1.1.        Ace, ISO, DI
+
          PE2 O2 descum
    15.1.2.  PE2 O2 descum
+
              300 mT, 100 W, 1 min
    15.1.2.1.        300 mT, 100 W, 1 min
+
          Dehydration bake
    15.1.3.  Dehydration bake
+
              5 min @ 150 C
    15.1.3.1.        5 min @ 150 C
+
          Spin resist
    15.1.4.  Spin resist
+
              Blow sample with N2
    15.1.4.1.        Blow sample with N2
+
              Dispense SU8
    15.1.4.2.        Dispense SU8
+
                    10 sec @ 500 (100 rpm ramp), 30 sec @ 3K (300 rpm ramp)
    15.1.4.3.        10 sec @ 500 (100 rpm ramp), 30 sec @ 3K (300 rpm ramp)
+
              Bake for 2 min @ 95 C
    15.1.4.4.        Bake for 2 min @ 95 C
+
          Expose in stepper
    15.1.5.  Expose in stepper
+
              0.5 sec, offset: -12
    15.1.5.1.        0.5 sec, offset: -12
+
          Bake for 1 min @ 95 C
    15.1.6.  Bake for 1 min @ 95 C
+
          Develop in Su 8 developer
    15.1.7.  Develop in Su 8 developer
+
              Dip and shake for 60 sec, pipet for 15 sec
    15.1.7.1.        Dip and shake for 60 sec, pipet for 15 sec
+
          ISO, DI
    15.1.8.  ISO, DI
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          PE2 O2 descum
    15.1.9.  PE2 O2 descum
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              300 mT, 100 W, 1 min
    15.1.9.1.        300 mT, 100 W, 1 min
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     Inspect Via for opening. If not open, do 30 sec descums until open.
     15.1.10.                      Inspect Via for opening. If not open, do 30 sec descums until open.
+
     SU8 curing
     15.2.                    SU8 curing
+
          Start @ 95 C
    15.2.1.  Start @ 95 C
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          5 min @ 150 C
    15.2.2.  5 min @ 150 C
+
          5 min @ 205 C
    15.2.3.  5 min @ 205 C
+
          30 min @ 260 C
    15.2.4.  30 min @ 260 C
+
          5 min @ 205 C
    15.2.5.  5 min @ 205 C
+
          5 min @ 150 C
    15.2.6.  5 min @ 150 C
+
          Ramp to 95 C and let cool.
    15.2.7.  Ramp to 95 C and let cool.
+
     Descum/CF4/Descum: 30/30/15 sec (WARNING THIS ATTACKS EXPOSED Si, LIKE GRATINGS)
     15.2.8.  Descum/CF4/Descum: 30/30/15 sec
+
     PE2 O2 descum
     15.2.9.  PE2 O2 descum
+
          300 mT, 200 W, 5 min
    15.2.9.1.        300 mT, 200 W, 5 min
+
     SiN deposition
     15.3.                    SiN deposition
+
          Deposit 3000A of SiN
    15.3.1.  Deposit 3000A of SiN
+
     Litho (Via mask)
     15.4.                    Litho (Via mask)
+
          Solvent clean
    15.4.1.  Solvent clean
+
              Ace, ISO, DI
    15.4.1.1.        Ace, ISO, DI
+
          PE2 O2 descum
    15.4.2.  PE2 O2 descum
+
              300 mT, 100 W, 1 min
    15.4.2.1.        300 mT, 100 W, 1 min
+
     Dehydration bake
     15.4.3.  Dehydration bake
+
          5 min @ 150 C
15.4.3.1.        5 min @ 150 C
+
    Spin resist
15.4.4.  Spin resist
+
          Blow sample with N2
15.4.4.1.        Blow sample with N2
+
          Dispense HMDS
15.4.4.2.        Dispense HMDS
+
          Spin for 30 sec @ 3K
15.4.4.3.        Spin for 30 sec @ 3K
+
          Blow sample with N2
15.4.4.4.        Blow sample with N2
+
          Dispense nLOF2020
15.4.4.5.        Dispense nLOF2020
+
          Spin for 30 sec @ 3K
15.4.4.6.        Spin for 30 sec @ 3K
+
          Bake for 60 sec @ 110 C
15.4.4.7.        Bake for 60 sec @ 110 C
+
          Expose in stepper
15.4.4.8.        Expose in stepper
+
              0.11 sec, offset: -12
15.4.4.8.1.              0.11 sec, offset: -12
+
    Bake for 90 sec @ 110C
15.4.5.  Bake for 90 sec @ 110C
+
    Develop in AZ300MIF for 1 min
15.4.6.  Develop in AZ300MIF for 1 min
+
          SiN etch in PE2 (3000A via adhesion + 3000A implant HM)
15.5.                    SiN etch in PE2 (3000A via adhesion + 3000A implant HM)
+
    Descum/CF4/Descum: 1/8.5/1 min
15.5.1.  Descum/CF4/Descum: 1/8.5/1 min
+
  
 
==Process Development Summary==
 
==Process Development Summary==

Revision as of 19:36, 27 October 2011

Back to Process_Hybrid_Silicon.

Current Processes

    Via litho (Via mask)
         Solvent clean
              Ace, ISO, DI
         PE2 O2 descum
              300 mT, 100 W, 1 min
         Dehydration bake
              5 min @ 150 C
         Spin resist
              Blow sample with N2
              Dispense SU8
                   10 sec @ 500 (100 rpm ramp), 30 sec @ 3K (300 rpm ramp)
              Bake for 2 min @ 95 C
         Expose in stepper
              0.5 sec, offset: -12
         Bake for 1 min @ 95 C
         Develop in Su 8 developer
              Dip and shake for 60 sec, pipet for 15 sec
         ISO, DI
         PE2 O2 descum
              300 mT, 100 W, 1 min
    Inspect Via for opening. If not open, do 30 sec descums until open.
    SU8 curing
         Start @ 95 C
         5 min @ 150 C
         5 min @ 205 C
         30 min @ 260 C
         5 min @ 205 C
         5 min @ 150 C
         Ramp to 95 C and let cool.
    Descum/CF4/Descum: 30/30/15 sec (WARNING THIS ATTACKS EXPOSED Si, LIKE GRATINGS)
    PE2 O2 descum
         300 mT, 200 W, 5 min
    SiN deposition
         Deposit 3000A of SiN
    Litho (Via mask)
         Solvent clean
              Ace, ISO, DI
         PE2 O2 descum
              300 mT, 100 W, 1 min
    Dehydration bake
         5 min @ 150 C
    Spin resist
         Blow sample with N2
         Dispense HMDS
         Spin for 30 sec @ 3K
         Blow sample with N2
         Dispense nLOF2020
         Spin for 30 sec @ 3K
         Bake for 60 sec @ 110 C
         Expose in stepper
              0.11 sec, offset: -12
    Bake for 90 sec @ 110C
    Develop in AZ300MIF for 1 min
         SiN etch in PE2 (3000A via adhesion + 3000A implant HM)
    Descum/CF4/Descum: 1/8.5/1 min

Process Development Summary

       2.1 Dose/Duty Cycle Analysis with Proximity Effect Observations

Future Untested Processes

       3.1 Sweeper Two Etch Depth Grating Process (INCOMPLETE)