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Metrology of Site Qualification modules made by Scandinavian Cluster

Last update 27/09/02

Summary of measured parameters in final metrology, parameters outside tolerance in red.

Inplane parameters  

Tolerances

  20220380200001

  20220380200002

  20220380200003

20220380200004

mhx [um]

30,00

6,86

1,28

11,99

7,95

mhy [um]

30,00

-20,06

-23,32

-19,27

-20,15

msx [um]

100,00

3,29

9,29

40,27

28,01

msy [um]

30,00

-8,16

-4,53

-4,49

-5,88

sepf [um]

10,00

0,86

-4,96

2,33

-2,25

sepb [um]

10,00

1,51

3,33

-3,63

-2,21

midxf [um]

10,00

7,25

3,81

-1,22

3,65

midyf [um]

5,00

1,87

3,50

4,96

4,83

a1 [mrad]

0,13

-0,02

0,02

0,00

0,03

a2 [mrad]

0,13

-0,06

0,02

0,03

0,04

a3 [mrad]

0,13

0,06

0,00

0,00

0,05

a4 [mrad]

0,13

0,07

-0,05

-0,03

0,06

stereo [mrad]

0,13

-0,07

-0,01

-0,09

-0,05

hymxf [um]

100,00

-102,58

-177,44

-37,43

-27,07

hymyf [um]

100,00

65,32

-115,31

31,86

-33,46

hymaf [mrad]

3,14

-1,73

-1,45

-0,35

-1,41

hymxb [um]

100,00

-60,03

-49,64

1,19

25,30

hymyb [um]

100,00

-10,38

49,02

22,43

15,95

hymab [mrad]

3,14

0,26

2,17

1,35

-0,45

conp1x [um]

320,13

-222,88

-278,12

-61,46

-125,12

conp1y [um]

100,00

59,17

-120,47

30,61

-38,49

 

Outplane parameters  

Tolerances

  20220380200001

  20220380200002

  20220380200003

  20220380200004

maxZlower [mm]

-0,2000

-0,0468

-0,1036

-0,2509

-0,0840

maxZupper [mm]

0,2000

0,0405

0,1295

0,0481

0,0587

moduleThickness [mm]

0,1000

0,1319

0,1084

0,0956

0,0930

optimalMaxZerrorLower [mm]

0,0500

0,0259

0,0305

0,0287

0,0318

optimalMaxZerrorUpper [mm]

0,0500

0,0271

0,0256

0,0300

0,0315

optimalRMSZerrorLower [mm]

0,0250

0,0096

0,0090

0,0122

0,0122

optimalRMSZerrorUpper [mm]

0,0250

0,0098

0,0082

0,0094

0,0113

loCoolingFacing a [mrad]

0,5000

0,1717

-0,0855

0,1309

0,1625

b [mrad]

3,0000

3,2103

0,7245

0,5545

1,0439

loCoolingFacingConcavity [mm]

0,0300

0,0117

-0,0029

0,0064

0,0081

capMaxThickness [mm]

0,6600

-0,1335

0,0618

0,0506

0,0865

hyb1LeftNearH [mm]

0,1900

-0,1104

-0,0201

0,0164

-0,1008

hyb1RightNearH [mm]

0,1900

-0,0706

-0,1022

0,0221

-0,0900

hyb1LeftFarH [mm]

0,1900

-0,0934

0,0164

-0,0894

-0,0998

hyb1RightFarH [mm]

0,1900

-0,0840

-0,0979

0,0637

0,0934

hyb2LeftNearH [mm]

0,1900

-0,1190

-0,1035

-0,0479

-0,0514

hyb2RightNearH [mm]

0,1900

-0,0959

-0,1501

-0,0897

-0,0855

hyb2LeftFarH [mm]

0,1900

-0,1190

-0,1114

-0,0319

0,0034

hyb2RightFarH [mm]

0,1900

-0,1221

0,1564

-0,0908

-0,1369

hyb1Concavity [mm]

0,1500

-0,0110

0,0149

-0,0137

0,0236

hyb2Concavity [mm]

0,1500

-0,0153

-0,0407

-0,0268

-0,0439

hyb1Gap [mm]

0,2000

-0,1006

-0,0360

-0,0105

-0,0257

hyb2Gap [mm]

0,2000

-0,1293

-0,0928

-0,0919

-0,1114

hyb1CapMaxH [mm]

0,3000

-0,1317

0,0232

0,0899

0,1074

hyb2CapMaxH [mm]

0,3000

-0,0248

0,0716

-0,0206

0,0092

hybridMaxThickness [mm]

0,4400

-0,1484

0,0983

0,0152

0,0286

 

Data per module

 

Location of sensors: 

  • 1 - Upper side, under hybrid
  • 2 - Upper side, no hybrid
  • 3 - Lower side, under hybrid
  • 4 - Lower side, no hybrid

Summary of metrology measurements for the five SQ modules

Initial metrology (note that the location of the hole and the slot for the initial metrology is made with less accuracy than final metrology)

 

Module# 20220380200001

Baseboard# 20220480100002

Sensor location and leakage current before assembly at 150V, 350V,500V and temperature:

Position

Sensor ID

  I@150V

  I@350V

  I@500V

  Temperature

1

STN11036-02097

0,19

0,29

0,34

26,4

2

...90

0,24

0,34

0,39

27,1

3

...94

0,23

0,34

0,39

27,2

4

...84

0,21

0,28

0,29

25,8

Sum of currents/ mean temperature

  

0,87

1,25

1,41

26,63

 

Initial Metrology:

Parameter

  Design

  Measure

  Deviation

  Tolerance

  PASS

mhx [um]

-6500,000

-6483,300

-16,700

30,000

1

mhy [um]

-37000,000

-37014,900

14,900

30,000

1

msx [um]

38500,000

38488,500

11,500

100,000

1

msy [um]

-37000,000

-37000,900

0,900

30,000

1

midxf [um]

0,000

4,000

-4,000

10,000

1

midyf [um]

0,000

2,200

-2,200

5,000

1

sepf [um]

64090,000

64092,500

-2,500

10,000

1

sepb [um]

64090,000

64092,600

-2,600

10,000

1

a1 [mrad]

0,000

-0,026

0,026

0,130

1

a2 [mrad]

0,000

-0,104

0,104

0,130

1

a3 [mrad]

0,000

0,050

-0,050

0,130

1

a4 [mrad]

0,000

0,051

-0,051

0,130

1

stereo [mrad]

-20,000

-20,018

0,018

0,130

1

 

Final Metrology:

Excel sheet for xy-measurement

Excel sheet for z-measurement

 

Module# 20220380200002

Baseboard# 20220480100017

Sensor location and leakage current before assembly at 150V, 350V,500V and temperature:

Position

Sensor ID

  I@150V

  I@350V

  I@500V

  Temperature

1

STN11033-02105

0,21

0,3

0,35

26,7

2

...34

0,31

0,43

0,42

25

3

...08

0,22

0,34

0,37

26,9

4

...06

0,16

0,27

0,28

25,5

Sum of currents/ mean temperature

  

0,9

1,34

1,42

26,03

 

Initial Metrology:

Parameter

  Design

  Measure

  Deviation

  Tolerance

  PASS

mhx [um]

-6500,000

-6500,800

0,800

30,000

1

mhy [um]

-37000,000

-37020,800

20,800

30,000

1

msx [um]

38500,000

38509,800

-9,800

100,000

1

msy [um]

-37000,000

-36999,500

-0,500

30,000

1

midxf [um]

0,000

3,200

-3,200

10,000

1

midyf [um]

0,000

2,100

-2,100

5,000

1

sepf [um]

64090,000

64084,500

5,500

10,000

1

sepb [um]

64090,000

64093,600

-3,600

10,000

1

a1 [mrad]

0,000

0,007

-0,007

0,130

1

a2 [mrad]

0,000

-0,003

0,003

0,130

1

a3 [mrad]

0,000

-0,011

0,011

0,130

1

a4 [mrad]

0,000

-0,054

0,054

0,130

1

stereo [mrad]

-20,000

-20,015

0,015

0,130

1

 

Final Metrology:

Excel sheet for xy-measurement

Excel sheet for z-measurement

 

Module# 20220380200003

Baseboard# 20220480100018

Sensor location and leakage current before assembly at 150V, 350V,500V and temperature:

Position

  Sensor ID

  I@150V

  I@350V

  I@500V

  Temperature

1

STN11173-02308

0,36

0,56

0,56

25,4

2

...09

0,38

0,44

0,44

25

3

STN11033-02137

0,27

0,41

0,41

25

4

...36

0,28

0,44

0,46

25,5

Sum of currents/ mean temperature

  

1,29

1,85

1,87

 25,23

 

 

Initial Metrology:

Parameter

  Design

  Measure

  Deviation

  Tolerance

  PASS

mhx [um]

-6500,000

-6489,600

-10,400

30,000

1

mhy [um]

-37000,000

-37006,000

6,000

30,000

1

msx [um]

38500,000

38536,700

-36,700

100,000

1

msy [um]

-37000,000

-36995,100

-4,900

30,000

1

midxf [um]

0,000

-3,200

3,200

10,000

1

midyf [um]

0,000

4,200

-4,200

5,000

1

sepf [um]

64090,000

64089,100

0,900

10,000

1

sepb [um]

64090,000

64084,500

5,500

10,000

1

a1 [mrad]

0,000

-0,004

0,004

0,130

1

a2 [mrad]

0,000

-0,024

0,024

0,130

1

a3 [mrad]

0,000

-0,011

0,011

0,130

1

a4 [mrad]

0,000

-0,009

0,009

0,130

1

stereo [mrad]

-20,000

-20,020

0,020

0,130

1

 

Final Metrology:

Excel sheet for xy-measurement

Excel sheet for z-measurement

 

Module# 20220380200004

Baseboard # 20220480100010

Sensor location and leakage current before assembly at 150V, 350V,500V and temperature:

Position

  Sensor ID

  I@150V

  I@350V

  I@500V

  Temperature

1

STN11031-02041

0,22

0,35

0,4

26,5

2

...43

0,21

0,3

0,35

26,1

3

...40

0,24

0,34

0,4

26,2

4

...39

0,19

0,3

0,3

13,9(23,9?)

Sum of currents/ mean temperature

  

0,86

1,29

1,45

26,27

 

Initial Metrology:

Parameter

  Design

  Measure

  Deviation

  Tolerance

  PASS

mhx [um]

-6500,000

-6469,000

-31,000

30,000

0

mhy [um]

-37000,000

-37033,700

33,700

30,000

0

msx [um]

38500,000

38523,600

-23,600

100,000

1

msy [um]

-37000,000

-37010,000

10,000

30,000

1

midxf [um]

0,000

6,900

-6,900

10,000

1

midyf [um]

0,000

1,100

-1,100

5,000

1

sepf [um]

64090,000

64088,500

1,500

10,000

1

sepb [um]

64090,000

64089,400

0,600

10,000

1

a1 [mrad]

0,000

0,012

-0,012

0,130

1

a2 [mrad]

0,000

0,021

-0,021

0,130

1

a3 [mrad]

0,000

0,051

-0,051

0,130

1

a4 [mrad]

0,000

0,070

-0,070

0,130

1

stereo [mrad]

-20,000

-20,023

0,023

0,130

1

 

Final Metrology:

Excel sheet for xy-measurement

Excel sheet for z-measurement

 
 
 
© 2002. UPPSALA UNIVERSITET, IKP, Box 535, 751 21 Uppsala | Richard Brenner