– 1. DC:
a. Manual: 50mm – 100mm – 150mm – 200mm – 300mm
b. Semi – auto: 50mm – 100mm – 150mm – 200mm – 300mm
c. Full – auto: 50mm – 100mm – 150mm – 200mm – 300mm
d. X – Y – Z moving range 300mm – resolution 0,1um – Position accuracy better then 2um – speed >300mm/s – Theta axis resolution 0.0001”
– 2. CRYOGENIC: 4K-500K resolution 0.001K – Stability 50mK – High vacuum better then 1×10^-6Pa – Current leakage 300mm/s – Theta axis resolution 0.0001”
– 3. RF (up to THz):
a. Manual: 50mm – 100mm – 150mm – 200mm – 300mm
b. Semi – auto: 50mm – 100mm – 150mm – 200mm – 300mm
c. Full – auto: 50mm – 100mm – 150mm – 200mm – 300mm
X – Y – Z moving range 300mm – resolution 0,1um – Position accuracy better then 2um – speed >300mm/s – Theta axis resolution 0.0001”
– 4. Hi-Power up to 10kV
a. Manual: 50mm – 100mm – 150mm – 200mm – 300mm
b. Semi – auto: 50mm – 100mm – 150mm – 200mm – 300mm
c. Full – auto: 50mm – 100mm – 150mm – 200mm – 300mm
X – Y – Z moving range 300mm – resolution 0,1um – Position accuracy better then 2um – speed >300mm/s – Theta axis resolution 0.0001”
To prevent Hi-Voltage arcing, Semishare uses Vacuum up to 10kV and air pressure solution under 10kV, avoiding Fluorinert liquid that make wafer dirty.
– 5. Double side probe station
Thin wafer handling capability using multi hole vacuum chuck for a better flatness
On each Probe station we can offer:
ERS Air cooling Thermal Chuck (from Germany): Available upper temperature limits +150, +175, +200, +220, +300, +350, +400 °C
Available lower temperature limits +35, +20, 0, -20, -40, -55, -60 (300 mm), -65 (150 mm, 200 mm) °C
Coolant Air (user supplied)
Chuck temperature display resolution 0.01°C
Smallest temperature selection step 0.1°C
Temperature stability / accuracy ±0.08 °C / ±0.1 °C
Semishare Thermal chuck for high Temp. up to 600deg.C
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