Data Analysis of Mo (13)

System II

Mo (13)

--- Gap Measurement

E sat = 340.94 ± 72.52 MV/m

Mo (13)

50 150

--- Gap Measurement

E sat = 321.61± 69.41 MV/m

--- Gap Measurement

50 125

E sat = 306.61± 68.63 MV/m

Mo (13)

Mo (13)

--- Gap Measurement

E sat = 265.70 ± 66.09 MV/m

Mo (13)

--- Gap Measurement

E sat = 315.40 ± 71.63 MV/m

Mo (13)

Spot Esat [MV/m] Stdevz30 340.94 72.52z28 321.61 69.41z26 306.61 68.63z24 265.70 66.09z22 315.40 71.63

Ê sat = 308.53 ± 31.10 MV/m

Status System I and II

Status System I and II

System I System II

Done

Change electronics

Mo (13)

22 Spots-27.5 nF

-60nF

Re-code Labview

Sent to SEM

Currently

Check Labview

and componen

ts

Cu (14) 3 Spots -60nF

Near Future

Measure Gap with equation

Implement High T sample holder

Non-Contact Positioning Device

Philtec

Non-Contact Positioning Device

• D-type sensor has to be used (near side)• Perpendicularity: they can calibrate it to any

perpendicularity• Price: 5173€ (sensors+drivers) + 2310€ (passthru

flange)• Using ceramic jacket:– Angle always the same

• Calibrate to ceramic independently of the material• Go for it?