V Review SPARC Diagnostic & Control Status G. Di Pirro On behalf control and diagnostic group

V Review SPARC Diagnostics GUN Emittance BPM Charge Emittance measure RF deflector Energy and Energy spread

V Review SPARC Final project V. Lollo

V Review SPARC Target We buy the YAG target and start the design of support

V Review SPARC Beam Position Monitors will be installed before, between, and after the accelerating structures, as well as in the transport sections before the undulator. BPM system parameter

V Review SPARC Vacuum pipe diameter47.4mm Stripline diameter39.4mm Stripline angular width~30degree Stripline length13.6cm Characteristic impedance50  Strips thickness1mm Max of transfer impedance2.08  Sensitivity1.255mm/dB pickup design parameter Matched striplines are used in each BPM for the simultaneous readout of the horizontal and vertical positions. The intensity information can also be derived from the sum of the signals.

V Review SPARC BPM detection

V Review SPARC Charge monitor Faraday cup: defined Charge monitor from Bergoz ready to order

V Review SPARC RF deflector Bunch length Emittance Slice Emittance

V Review SPARC V. Lollo Design is complete Test complete Ready to order

V Review SPARC Targets All target position are defineted. The target in OTR or cromex. Camera: Basler IEEE1394 camera ordered and arrived Hamamtsu high efficency

V Review SPARC Bunch length Start the study to define a second method to measure a bunch length (interferometer)

V Review SPARC Control system

V Review SPARC

Type of Elements to control Magnet; RF; Vacuum; Diagnostic; Laser.

V Review SPARC Operating system download Data storage Data base Electronic logbook Web information Automatic acquisition MagnetVacuumDiagnostic

V Review SPARC Using DAFNE Control system software

V Review SPARC

Using DAFNE Control system software Dafne front end CPU ported in new configuration Service program under test Starting program under test and some control window under porting and test

V Review SPARC Control room Ready at the end of October

V Review SPARC Control room 5 CPU with 2 monitor and two Ethernet connection 10/100/ server 1 service CPU 1 optical switch CISCO in home 3 switch 10/100/1000 CISCO in home

V Review SPARC Network

V Review SPARC Magnet To control a magnet means to control a power supply. 9 Solenoids Modbus protocol 12 Quadrupoles Bendigs 12 Steering correctors Software is imported from Dafne control system

V Review SPARC RF Modulators: come with an Ethernet interface. It is based on Siemens PLC it send at 10Hz the complete status. Amplifier (Milmega) is remote controlled trough Ethernet Defined number and type of control 50 pulse shape phase and amplitude readout digitizer 15 attenuator and phase shifter motorized 4 analog signal 6 digital I/O

V Review SPARC Vacuum Pump 24 –3 Analog signal –1 digital input –1 digital output Ethernet as field bus. Vacuumeter 6 –serial interface acquired an Ethernet to serial converter with 8 port software start development software under test

V Review SPARC Diagnostic Acquisition camera. –Acquisition software installed in TTF2 and working (12 fps on 100Mbit Ethernet) IEEE1394 Flag movement. –Stepper motor. BPM reading. –Ethernet interface Charge monitor reading –Electronic from Bergoz

V Review SPARC PhD student 1 Diagnostic a 1 Control system 1 equivalent people form RF group Full support from DAFNE control group Rome 2 Rome 1

V Review SPARC Schedule February 2004 definition control room October 2004 full definition of all part of the control system. Half of the 2004 start with the test of some part of the control system OK. End of the year first implementation of the control. October 2004 control room ready