Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 1

Charles UniversityPrague

Pavel Bažant, Zdeňka Broklová, Jan Brož, Zdeněk Doležal , Zbyněk Drásal, Peter Kodyš, Pavel Řezníček, Daniel Scheirich

Progress With Depfet in Prague Charles University And Plans

Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 2

Charles UniversityPrague

3D2R motion system:1. 3D+2R - position system built in January 20062. Installation of communication via USB protocol on PC fully supported by ROOT environment

Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 3

Charles UniversityPrague Optical head for power monitoring and

reflectance measurement

1. Mechanical design and manufacturing done2. Readout electronics under construction

Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 4

Charles UniversityPrague

Depfet detector moved to Prague from MPI Munich

1. Electronics from Bonn2. Readout software from Bonn3. Sensor from Munich4. Installation of readout software from Laci5. Quick course from Laci6. Missing power sources (3 weeks delay delivery time from Belgium)

Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 5

Charles UniversityPrague People in Prague

1. Pavel Bažant – student (50%)

2. Zdeňka Broklová – PhD student (10%)

3. Jan Brož – electronic engineer (30%)

4. Zdeněk Doležal – fellow (30%)

5. Zbyněk Drásal – student (100%)

6. Peter Kodyš – fellow (50%)

7. Petr Kubík – electronic engineer (30%)

8. Pavel Řezníček – PhD student (20%)

9. Daniel Scheirich – student (100%)

10. Technical staff 1 FTE

11. Mechanical and optical workshop

Applying for funding to Czech Science Foundation for next 3 years now

Precise specification of field of interest needed!

Peter Kodyš, March 21, 2006, DEPFET workshop, Prague, Status in Prague 6

Charles UniversityPrague Future plans/fields of interest

1. Participation on beam tests and their analysis

1. Telescope preprocessing

2. DST creation in ROOT format

3. Macros for reading and evaluation of DST

2. Laboratory tests

1. Laser test of response of detector

2. Automation of laser tests (voltage scans, position scans)

3. Programming activities

1. Preparation and maintenance of standard test analysis framework for depfet evaluation in ROOT

4. Linear collider detector simulation (both performance and microscopic)

1. Summer 2006 start activities on this field – PhD