Beam diagnostics from GSI O. Chorniy on behalf of GSI LOBI

GSI LOBI participation in CR BD On GSI responsibility: Cryogenic Current Comparator project DAQ for first turn diagnostics (Screens, SEM) DAQ for current measurements (FCT, CCC, DCT, BLM) GSI supports the In-Kind partners on the following components: Specifications Schottky and BTF for ITEP Russia Coordination of the BPM DAQ for Technodrom, Slovenia Present status Component In-Kind Specs status Cryogenic Current Comparator GSI  to be done Tune BTF Exciter ITEP /GSI Schottky Pick Up approval RGM BINP Scrapers BINP  BLM Detector NN HV supply and DAQ Slovenia/GSI done DC Transformer and FCT   Detector + Vacuum Chamber DAQ Scintillation Screen and SEM-Grid Pressurized air drive and control Beam Stopper BPM Detector (sensor+pre-amplifier)+Vacuum Chamber

DAQ Developments for CR (and FAIR) SCREENS SEM BPM and TUNE BLM, DCT FCT

Scint. screens diagnostics DAQ

Scint. screens diagnostics DAQ CUPID (Control Unit for Profile and Image Data). GUI screenshot during one of the measurements FESA class with input fields from GUI Comissioning this year during beam time at GSI

Scint. screens diagnostics DAQ PLC to control iris: main controller, communication module and switch for satellite connection Camera controller and power source Industrial PC with FESA class running Hardware installation of the PLC system containing two sets of: PLC satellite controller, relay module, DAC modules. Comissioning this year during beam time at GSI

SEM diagnostics DAQ as an option for CR Scheme of SEM grid DAQ and electronics POLAND –PrOfiLe AcquisitioN Digitizer FESA GUI to control the front-end electronics Last beam time: Test of QFW sensitivity limit. Preliminary, direct comparison with theory predictions shows good agreement for detection threshold. Next, to estimate the aplicability of the systems for CR beam condition.

Pneumatic drives control PLC Controller PLC Satellite Six-fold node PA Terminal IEPLC framework (CERN) to generate FESA classes and scripts for PLC Control system for pneumatic drives Concept of the drives control is under evaluation.

BLM and DC measurements DAQ Scheme of BLM system Large Analog Signal and Scaling Information Environment simplifies the observation of the time correlated information. Different presentation tools in GUI Actively used for machine experiments this year at GSI. Example VME crate with SIS3820 multi-scaler boards.

Developments for BLM detector Scheme of BLM system Evaluation of the electronics Rate limitations were investigated with: Laser, U, Au and p beams Preliminary result: Hamamatsu H6427, with a GSI active divider, has the largest gain variation and the best performance at high rates. Measurements with BLM (Scint.type) Response to Au beam at 300 AMeV, 3x107 pps

FCT DAQ Scheme for the FCT DAQ Single board solution for multi-event triggering FCT detector SIS timing time gate generator converter digitized RF signal comparator rate divider trigger pulses ADC trigger single trigger PC Demo GUI with longitudinal phase space tomography VME crate with ADC under development

DAQ for tune measurements Base Band Tune Measurement System (BBQ) VME with ADC in Electronic Room GUI directly shows the tune GUI and the FESA class for BBQ measurements are under development

Organisational topics Specifications for In-Kind partners Schottky (waiting on decision on the type) BTF (started, based on the SIS 18) Specifications for GSI, complete systems: CCC (After prototype tests in Cryring or HTP ?) To clarify soon: Scheme of mechanical part for “pneumatic drive” for First Turn Diagnostics . The role of the BINP in Specifications approval procedure (discussed in October) Review the applications of detectors (for example, clear commissioning scenario) Component In-Kind Specs status Cryogenic Current Comparator GSI  to be done Tune BTF Exciter ITEP /GSI Schottky Pick Up approval RGM BINP Scrapers BINP  BLM Detector NN HV supply and DAQ Slovenia/GSI done DC Transformer and FCT   Detector + Vacuum Chamber DAQ Scintillation Screen and SEM-Grid Pressurized air drive and control Beam Stopper BPM Detector (sensor+pre-amplifier)+Vacuum Chamber The Contract is signed!

Temp

„Test stand“ for tomography Real BPM data loaded to signal generator Oscii for control purposes GUI VME