INPUT TO THE DECEMBER MODULE REVIEW
               _____________________________________
  
  We know that there will be very little time to collate and assess all 
  the information now being gained by all the groups constructing and
  measuring modules in preparation for the December Review. We would like
  to remind you that there are some basic parameters and pieces of 
  information that we hope you will provide to quantify your module
  results(appended is the current list that is also on the W3).
 
  In addition, we also believe that a SUMMARY TABLE of some of the most 
  crucial data, and some status information, would be helpful. This could
  aid discussions during the review (and be updated) and we would appreciate
  having it before hand (in draft form), in order to make the most efficient
  planning for the two module sessions.
 
  We would therefore much appreciate it if you could fill in (as a first
  draft) the table below, and let us have it by WEDNESDAY 11th DECEMBER.
  We could then update it, wherever necessary, both before and at the review.
 
                    Many thanks for your help,   Nobu and Tony.
 
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  ___________________________________________________________________________
                Status summary of prototype module work **
  ___________________________________________________________________________
                    |                    Module Prototype
        Item        |________________________________________________________
                    |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  Mechanical        | Y/N             |                 |               | 
  drawings          |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  Electrical performance: [bias=deplete+50V]
  __________________|_________________|_________________|_______________|____
  (a) rms noise     |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  (b) Occupancy@1fC |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  (c) pulse height with Ru106 source
  __________________|_________________|_________________|_______________|____
  (i) single strip  |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  (ii)2strip cluster|                 |                 |               |
  __________________|_________________|_________________|_______________|____
  Thermal performance: [heating 1W+3W]
			with temps wrt lowest module contact temp.   
  __________________|_________________|_________________|_______________|____
  (a)in vacuo:      |                 |                 |               |
  (i)Si Tmax        |                 |                 |               |
  (ii)Si DeltaT     |                 |                 |               |
  (iii)Hybrid Tmax  |                 |                 |               |
  (iv)Hybrid DeltaT |                 |                 |               |
  __________________|_________________|_________________|_______________|____
  (b)in static air: |                 |                 |               |
  (i)Si Tmax        |                 |                 |               |
  (ii)Si DeltaT     |                 |                 |               |
  (iii)Hybrid Tmax  |                 |                 |               |
  (iv)Hybrid DeltaT |                 |                 |               |   
  __________________|_________________|_________________|_______________|____
  (c)tiled config:  |                 |                 |               |
   increase in Tmax |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   Thermal FEA      | Y/N             |                 |               |
  __________________|_________________|_________________|_______________|____
   Thermal runaway: |                 |                 |               |
   detector power at|                 |                 |               |
   runaway point    |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   Thermal distortion: at [1W+3W]
  __________________|_________________|_________________|_______________|____
   (a)Max deflect'n |                 |                 |               |
   Tamb=0C          |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   (b)Max deflect'n |                 |                 |               |
   Tamb=20C         |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   (c)Variation of  |                 |                 |               |
   max deflection   |                 |                 |               |
   between 0C & 20C |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   FEA of distortion| Y/N             |                 |               |
  __________________|_________________|_________________|_______________|____
   Wire bond tests  | Y/N             |                 |               |
  __________________|_________________|_________________|_______________|____
   Average module   |                 |                 |               |
   radiation length |                 |                 |               |
  __________________|_________________|_________________|_______________|____
   Cost             |                 |                 |               | 
   (excluding       |                 |                 |               |
    Detectors, FEE  |                 |                 |               |
   chips, and elec  |                 |                 |               |
   parts)           |                 |                 |               |
                    |                 |                 |               |
  ____________________________________________________________________________
 
  ** Please refer to "Module Definition and Comparison of Performance"
     on WWW documentation for amplified definition of all sub-item headings
     given in the list below.
  ____________________________________________________________________________