1. SuperB SVT Silicon Sensor Requirements
Which level of detail?
Details of layout and testing procedures can be fixed only after committing to a supplier
In BaBar they were the subjet of specific BaBar Notes
Keep separated for Layer 0 and for Layers 1-5 ?
Different thickness (and wafer size?)
Likely different suppliers
LY0 strips not oriented to read r-φ or z coordinates
L. Bosisio - SuperB SVT Meeting

2. Silicon Sensor Requirements
General requirements:
Double-sided
Substrate thickness and tolerance
Orthogonal strips on the two sides
AC coupled (integrated decoupling capacitors)
Polysilicon bias resistors, connected to a metal Bias Line and located outside of an implanted Guard Ring (to minimize dead area)
N-side strips insulated by p-stops or p-spray ?
Geometrical requirements
Electrical requirements
Radiation tolerance
Testing procedures
L. Bosisio - SuperB SVT Meeting

3. Geometrical requirements
Number of different sensor types (“Models”)
For each Model:
Overall dimensions
Dimensions of active area
Number and pitch of p-type strips
Number and pitch of n-type strips
Readout pitch on p-side
Readout pitch on n-side
Number and approx. locations of ‘AC’ bonding pads
Number and approx. locations of ‘DC’ probing pads
L. Bosisio - SuperB SVT Meeting

4. Electrical requirements
Many of these specs depend on model and side
Operating voltage range
Max. Guard Ring leakage current
Max. Bias Line current per unit (active) area
Max. leakage current of a single strip
Min. strip insulation resistance
Range of polysilicon bias resistance values
Max. interstrip capacitance per unit strip length
Min. AC coupling capacitance per unit strip length
Max. metal strip resistance per unit length
Stability requirements on leakage current, strip insulation and interstrip capacitance
L. Bosisio - SuperB SVT Meeting

5. Radiation Tolerance Requirements
Which kind/energy/amount of radiation should we specify?
Post-irradiation requirements (?):
Operating voltage range
Max. Guard Ring leakage current
Max. Bias Line current per unit (active) area
Max. leakage current of a single strip
Min. strip insulation resistance
Max. interstrip capacitance per unit strip length
Stability requirements on leakage current, strip insulation and interstrip capacitance
L. Bosisio - SuperB SVT Meeting