PRESENT STATUS OF THE ANGARA-5 FUSION FACILITY CONTROL SYSTEM

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PRESENT STATUS OF THE ANGARA-5 FUSION FACILITY
CONTROL SYSTEM

TRINITI ANGARA-5
V.I.Zaitsev, A.V.Kartashov, N.I.Lachtjushko Sta
te Research Center of Russian Federation Troitsk
Institute for Innovation and Fusion Research,
TRINITI, Troitsk, Moscow reg., 142190, Russian
Federation
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CONTENTS
TRINITI ANGARA-5

• What is HIGH POWER FACILITY?
• Fields of applications.
• ANGARA-5 facility
• -parameters
• -research program.
• Control tasks.
• Upgrading steps.
• State of art.

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Working cycle (shot) algorithm of HPF
TRINITI ANGARA-5
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ANGARA-5 fusion facility
TRINITI ANGARA-5
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ANGARA-5 parameters
TRINITI ANGARA-5

• SCIENTIFIC PROGRAM
• FUSION EXPERIMENTS
• SHOCK WAVE EXPERIMENTS
• X-RAY GENERATION
• X-RAY INTERACTION WITH MATTER.
• PARAMETERS
• NUMBER of MODULES 8
• OUTPUT VOLTAGE 1 MV
• CURRENT ON THE LOAD up to 5 MA
• PULSE DURIATION 90 ns
• NUMBER of SHOT per day up to 4
• LOAD TYPES
• ELECTRON BEAMS
• DIFFERENT LINER KINDS GAS, WIRES, FOAM

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The main tasks of Angara-5 control
TRINITI ANGARA-5

• technological preparation of shot
• shot permission and start
• synchronization of facility units operation
• waveform data acquisition
• data processing and their representation.

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Steps of development of Angara-5 control systems
TRINITI ANGARA-5

• 1984-1986 years. Realization and operation of
  the initial project of the A-5 control and data
  acquisition systems.
• Hardware
• VECTOR blocks (Russian analog CAMAC)
• computers ELEKTRONIK-60, SM-4 (DEC types).
• Software operation systems RSX, RT-11
• 1989-1991 years. The first upgrading of A- 5
  control and data acquisition systems.
• Hardware
• Change of the computer type DEC to IBM PC.
• Software instrument
• operation system MS DOS
• language Quick C and Borland C
• local network protocol DOS Decnet.
• 2003-2005 years. The new subsystem of waveform
  acquisition
• Digital Tektronix TDS- oscilloscopes, IEEE
  488.2 interface
• Software
• LabVIEW, TCP/IP protocol

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Acknowledgements
TRINITI ANGARA-5

• A number of scientists and engineers from
• various organizations participated, at different
• stages, in the creation and development of
• CDAS. The authors, noting a valuable contribution
  
• of the SNIP team headed by Prof. Kurochkin S.S.
• and co-workers in the SRC RF TRINITI,
• Savochkin V.N., Dudorova E.L. Luzin Yu.N.,
• and Bulan V.V., express their profound gratitude
• to these institutions and friends.
•