‘VICKSI ’ - Control System Upgrade at the Ion Beam Laboratory ‘ ISL ’ of Hahn-Meitner-Institute Berlin W. Busse, C. Rethfeldt 1. Ion Beam Lab / Science.

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Presentation transcript:

‘VICKSI ’ - Control System Upgrade at the Ion Beam Laboratory ‘ ISL ’ of Hahn-Meitner-Institute Berlin W. Busse, C. Rethfeldt 1. Ion Beam Lab / Science & Applications 2. VICKSI - ISL / VICKSI Control System (VCS) 3. ISL 2002 / Strategies to Exchange Components 4. Take over useful VCS-Features to the VISTA-Environment 5. Summary

Hahn-Meitner-Institute GmbH Berlin Research Nuclear ReactorIon Beam Lab: „ISL“

Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) ERDA-measuring principle Example: SiN x H layer on Si scattered to 230 MeV 129 Xe-ions

Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) PIXE-measuring principle

Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) RBS-measuring principle

Irradiation of Foils Irradiation Study of Semiconductor Elements Proton Therapy of Eye Tumors ISL-Applications Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) Irradiation of Foils

Irradiation Study of Semiconductor Elements Proton Therapy of Eye Tumors ISL-Applications

Ion beam analysis at ISL ERDA (Elastic Recoil Detection Analysis) PIXE (Proton induced X-ray emission) RBS (Rutherford Backscattering helium or heavy ions) Irradiation Study of Semiconductors

Irradiation of Foils Irradiation Study of Semiconductor Elements Proton Therapy of Eye Tumors ISL-Applications

Eye Tumor Therapy with 68 MeV Protons at Hahn-Meitner-Institute-Berlin 1998 First patient treated patients 2002 ~270 patients

Topology of the VICKSI Control System CC1 SD 1 SD 2 CC2 SD 3 SD 4 CC3CC6 PDP-11/44 Computer & Peripherals CAMAC Driver Parallel CAMAC Branch Main Operator Console Serial CAMAC Branches 1234

S BYPASS Controller 2 S BYPASS Controller 1 S BYPASS CC N-1 S BYPASS CC N Topology of the VICKSI Control System Serial CAMAC Branch Valves, Slits, Pumps Power Supply Step Motor Position Encoder Analogue Values ~ 50 meters Max. 62 Serial Crate Controller per Branch Max. 5 Mbit / sec

VICKSI Control System Upgrade Phase 1 CC1 SD 1 SD 2 CC2 SD 3 SD 4 CC3CC6 PDP-11/44 Computer & Peripherals CAMAC Driver Parallel CAMAC Branch Main Operator Console Serial CAMAC Branches 1234 EthernetCAMAC commands VISTA Server X X Ethernet

VICKSI Control System Upgrade Phase 1

CC1 SD 1 SD 2 CC2 SD 3 SD 4 CC3CC6 PDP-11/44 Computer & Peripherals CAMAC Driver Parallel CAMAC Branch Main Operator Console Serial CAMAC Branches 1234 EthernetCAMAC commands VISTA Server X X Ethernet

VICKSI Control System Upgrade Phase 2 CC1 SD 1 SD 2 CC2 SD 3 SD 4 Main Operator Console Serial CAMAC Branches 1234 EthernetCAMAC commands VISTA Server X Ethernet XXXXX

VICKSI Control System Upgrade Phase 3 CC1 SD 2 CC2 SD 3 SD 4 Main Operator Console Serial CAMAC Branches 234 EthernetCAMAC commands VISTA Server X Ethernet XXXXX VISTA any other Field Bus

VICKSI Control System Upgrade Phase 3 Main Operator Console Ethernet X XXXXX VISTA Field Bus VISTA Compact PCI VISTA Compact PCI VISTA Compact PCI VISTA Compact PCI VISTA any other Field Bus Ethernet

Take over useful VICKSI features Access “Coupled VDB-Channel” hparam2 hparam1 hparam3 cparam2 cparam1 cparamN cparam3 hparamN *** Centre of Slit Opening Right Position=F(drive1) Left Position =F(drive2) conv1 = Position(drive1) conv2 = Position(drive2) conv3 = F (device X) convN VDB_Drive 1 hparam1 C1 hparam2 N1 hparam3 A1 hparam4 F1 cparam1 CO1 cparam2 CO2 cparam3 CO3 cparam4 CO4 VDB_Drive 2 hparam1 C1 hparam2 N1 hparam3 A1 hparam4 F1 cparam1 CO1 cparam2 CO2 cparam3 CO3 cparam4 CO4 Special Handler Routine CAMAC Handler Special Convert Routine

Summary Present status: Upgrade 1 Phase / Find individual solutions Next steps: complete control by VISTA / till end 2003 Our experience: Main question: Own solution versus Commercial solution Need manpower Need money Spend time Could save time...need more $ ?... save more $ ? We use VISTA because:No manpower,Not so much time, Want a ‘State of the Art’ solution,Long time support of OS