shiptrap control system : project & prototyping ref: c. toader h.brand and k. popensieker ...
TRANSCRIPT
SHIPTRAP Control System : Project & PrototypingRef: C. Toader H.Brand and K. Popensieker
http://www-wnt.gsi.de/shiptrap/
• SHIPTRAP - Short Introduction
• Control System - Project
• Prototyping
• Conclusions and Perspectives
DC-Tensions DC-Tensions DC-Tensions DC-Tensions DC-Tensions
HV-Tensions
Gas Cell Gas Cell Extraction Extraction BUNCHER BUNCHER Purification Purification
TRAP TRAP
Measurement Measurement
TRAP TRAP
Function Generators
Function Generators
Function Generators
Function Generators
Vacuum Monitoring
Pressure Control
Pressure Control
Pressure Control
~ 50-60
~ 1 ~ 2 ~ 2 ~ 1
~ 20 ~ 20 ~ 30 ~ 30
1 1 1
SHIPTRAP Facility SHIPTRAP Facility
~ 15
TO
F
MC
S
SHIPTRAP Device SHIPTRAP Device Darmstadt
München
DC-Tensions DC-Tensions DC-Tensions DC-Tensions DC-Tensions
HV-Tensions
Gas Cell Gas Cell Extraction Extraction BUNCHER BUNCHER Purification Purification
TRAP TRAP
Measurement Measurement
TRAP TRAP
Function Generators
Function Generators
Function Generators
Function Generators
Vacuum Monitoring
Pressure Control
Pressure Control
Pressure Control
~ 50-60
~ 1 ~ 2 ~ 2 ~ 1
~ 20 ~ 20 ~ 30 ~ 30
1 1 1
~ 15
Gas Cell Gas Cell Extraction Extraction BUNCHER BUNCHER Purification Purification
TRAP TRAP
Measurement Measurement
TRAP TRAP TO
F
MC
S
SHIPTRAP Device SHIPTRAP Device Darmstadt
München
• Sequential Measurement Scenario •1 Hz Synchronous Cycles • Maximum Flexibility/ INT. Choice
+ +GPIBCANRS
PC based LabView NT BUS= OK !!!= OK !!!
Fu
nct
ion
Gen
erat
or
CAN-Controller
DC Channels
Ethernet : TCP/IP
RS232
Vacuum control
GP
IB
PCI
ISA / PCI
TOF/MCS
Pulse Pattern Generator
GPIB
GUI & DATA
SLOWPseudo-FAST
Buncher Prototype RVC200-Balzers/Pressure Control
ACG-Edwards/Pressure Monitor
DS-345-Stanford/Freq. Generator
PPG100-B&H/Pulse pattern generator
ISEG-EHQ-F0xxy/DC-Power supply
All parameters can be saved and read from files!
Some parameters can be read directly from devices.
Perspectives
1. The Instruments HAVE TO be controlled2. Try to follow the NI recommendations
( Incomplete drawing !! )
25/08/99 - Kick-of the project : First Meeting between DVEE and SHIPTRAP group
28/09/99 - Definition of prototype parameters for the RF Buncher
14/12/99 Buncher Prototype is finished! ( > 80 % of the time on planning)
17/06/00 Planned Prototype for The TRAPS
SHIPTRAP Calendar SHIPTRAP Calendar
Remarks Good Points
It is a good base for developing DRIVERS for all the used devices.
The Prototype is actually in use for Systematic studies of transmission @ different DC; gases; pressures.
Project management procedure
Remarks Problems
Not enough operational experience with the devices
No experience with the CAN BUS: written from scratch ! ( See ref. to the BUG 121)
Project management procedure
Good Points
It is a good base for developing DRIVERS for all the used devices.
The Prototype is actually in use for Systematic studies of transmission @ different DC; gases; pressures.
Project management procedure