Wojtek Skulski CERN Oberon Day March /2004 Experiment control and data acquisition using BlackBox Component Builder Wojtek Skulski Department of Physics.

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Presentation transcript:

Wojtek Skulski CERN Oberon Day March /2004 Experiment control and data acquisition using BlackBox Component Builder Wojtek Skulski Department of Physics and Astronomy, University of Rochester and SkuTek Instrumentation Rochester, New York USA pas. rochester. edu

Wojtek Skulski CERN Oberon Day March /2004 Projects developed using BlackBox Student projects at the Department of Physics and Astronomy, UofR. Measurement of Light Attenuation in Plastic Scintillators. Detection and Analysis of Stopping Muons. Digital Signal Processing of Scintillator Pulses. R&D project at the Laboratory for Laser Energetics, UofR. Adaptive Optics Control System for Tiled Diffraction Gratings. Industrial project, SkuTek Instrumentation. Data acquisition and instrument control for multichannel waveform digitizer DDC-8.

Wojtek Skulski CERN Oberon Day March /2004 Why BlackBox and Component Pascal? Very robust runtime environment. No memory leaks, no dangling pointers. Instantaneous compile/load/debug cycle. Comprehensive graphics. Scientific plotting by Robert Campbell, BAE Systems. Waveform graphics by Wojtek Skulski, University of Rochester. Comprehensive math libraries by Robert Campbell. Easy to interface with hardware. Excellent support from the vendor. Knowledgeable user community, quick response to questions. Free for educational institutions.

Wojtek Skulski CERN Oberon Day March /2004 Measurement of Light Attenuation in Plastic Scintillators Student project #1 Data acquired from CAMAC: Jorway controller 73A. ORTEC ADC AD811. LeCroy TDC 2249W. DAQ and experiment control: BlackBox Component Builder. Waveform graphics by WS. Radiation source: cosmic rays. Measured: pulse height, pulse timing. Analysis: correlation between amplitude and timing. Pulse height histograms Timing histograms

Wojtek Skulski CERN Oberon Day March /2004 USB processor connector FPGA 300k gates JTAG connector Fast reconstruction DAC 48 MHz * 12 bits Signal IN Variable gain amp ADC 48 MHz * 12 bits BlackBox used as an interface for Digital Pulse Processor Student projects #2 and #3 Single-channel Digital Pulse Processor DDC-1 from SkuTek Instrumentation Field-programmable gate array (FPGA) for waveform triggering and storage BlackBox controls DDC-1 and reads the waveforms over USB link

Wojtek Skulski CERN Oberon Day March /2004 Signals from scintillation detectors recorded with DDC-1. Waveforms displayed and processed using BlackBox. NaI(Tl) 2”x2” Digital Signal Processing of Scintillator Pulses Best Senior Thesis Award ‘03 in the Department of Physics and Astronomy 137 Cs pulse-height histogramWaveform from NaI(Tl)

Wojtek Skulski CERN Oberon Day March /2004 Detection and Analysis of Stopping  -mesons 2003 Summer Research Experience for Undergraduates BC-400 5” x 6” & phototube Experiment control and data display BlackBox DDC-1 digitizer board Radiation source: cosmic rays. Detector: BC-400 5” x 6” Data recording: DDC-1. DAQ and control: BlackBox. Analysis: BlackBox. Cosmic ray  -mesons stop and decay. Energies and lifetimes are measured.

Wojtek Skulski CERN Oberon Day March /2004 Signals from a BC-400 5”x6” scintillator recorded using DDC-1 waveform digitizer from SkuTek, and displayed using BlackBox waveform graphics. After 4% capture correction the measured and accepted lifetimes agree to within 0.35%. Stopping  -meson  -meson decay Detection and Analysis of Stopping  -mesons 2003 Summer Research Experience for Undergraduates Waveform from plastic scintillator Time between leading and trailing pulses Measured :  s Literature :  s

Wojtek Skulski CERN Oberon Day March /2004 The project started in February/2004. Positions of tiled diffraction gratings will be controlled by BlackBox in a closed loop, based on CCD camera images. The screenshot shows false-color diffraction images embedded in the BlackBox document editor. The images were acquired by a BlackBox program directly from a CCD camera. Adaptive Optics Control System for Tiled Diffraction Gratings Laboratory for Laser Energetics, University of Rochester

Wojtek Skulski CERN Oberon Day March /2004 Fourier transform maps calculated by BlackBox, based on data acquired by a BlackBox program directly from a CCD camera. Many thanks to Robert for his magnificent graphics! Adaptive Optics Control System for Tiled Diffraction Gratings Laboratory for Laser Energetics, University of Rochester Fourier transforms Left/right sub-images Main camera image

Wojtek Skulski CERN Oberon Day March /2004 Signal OUT 40 MHz * 10 bits micro processor FPGA ADC 40 MHz * 10 bits, 8 channels 16 bidirectional TTL lines + 1 in (fast parallel interface to VME) Analog signal IN 8 channels with digital offset and gain control RS-232 Logic signals NIM 16 lines IN, 8 lines OUT USB ECL clock IN (optional) DAQ and control for 8-channel waveform digitizer DDC-8 Industrial project, SkuTek Instrumentation

Wojtek Skulski CERN Oberon Day March /2004 NIM pulser Analog signal reconstruction: digital FIR filter output Control & waveform display: BlackBox DDC-8 DDC-x development system using BlackBox Industrial project, SkuTek Instrumentation

Wojtek Skulski CERN Oberon Day March /2004 DDC-x software development using BlackBox

Wojtek Skulski CERN Oberon Day March /2004 Example of real-time waveform display DDC-8 control and graphics: BlackBox Component Builder

Wojtek Skulski CERN Oberon Day March /2004 Summary Several projects were successfully developed using BlackBox. Students could learn BlackBox programming very rapidly. BlackBox and Component Pascal provide robust development system: excellent debugger, no memory leaks, no dangling pointers. Instantaneous compile/load/debug cycle helps to meet deadlines. BlackBox is easy to interface with hardware. Excellent support provided by the vendor. Knowledgeable user community, quick response to questions. Free for educational institutions.

Wojtek Skulski CERN Oberon Day March /2004 Acknowledgements I wish to thank the following persons and institutions: Oberon microsystems for making BlackBox freely available to educational institutions, for their generous help, and for many discussions. Robert Campbell for help and many discussions. Fyodor Tkachov for never giving up. Professor Frank Wolfs, University of Rochester. BlackBox user community. SkuTek Instrumentation. Students: Susanne Levine, Daniel Miner, Len Zheleznyak, Saba Zuberi.