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Control Electronics |
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ECU 52 |
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ECU
53 |
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Electronic
control unit |
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Intention
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Manual,
computer and closed-loop
control
in
static and dynamic regimes of any
piezoelectric
and electrostrictive devices including deformable
mirrors, actuators, acoustic piezosensors
and piezoelements, piezoelectric transformers,
amplifiers, filters, resonators, ultrasonic
delay lines, etc. |
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Application Fields
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- Adaptive
and controllable optical systems in industry,
medicine and scientific researches
- Automatic
control systems in engineering (acoustics,
acoustooptics and acoustoelectronics,
ultrasonic defectoscopy, hydrolocation,
vibrometers, tensometers, etc.)
- Devices and systems based on piezoelectric,
electrostrictive,
photoelastic and piezomagnetic effects
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Range
of output voltage
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-300 V
... +300 V
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Step
of output voltage
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1 V
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Accuracy
of output voltage, no worse
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±0.5 V
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Number
of control channels1)
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1
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Frequency
bandwidth of harmonic output
voltage with the amplitude of 300 V
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0
... 150 Hz
under
the load of 500 nF
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PC
interface channel2)
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RS 232 (COM1, 2)
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Power
supply
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220 V
/ 50 Hz
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Operational
temperature
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0о
... +40о С
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Overall
dimensions,
no more
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235mm х 100mm
х 300mm
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Weight,
no more
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5
kg
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1)ECU
52 electronic units with other
number
of control channels (up to 8)
are available by special order. 2)ECU
52 electronic control units with other PC
interface channels
(USB or LPT)
are available by special order. |
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Basic Advantages
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Additional Information |
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V.V. Agafonov and A.G.
Safronov
Efficiency
of objectives with deformable mirrors. 1.
Controlling the focal length and the position of
the focal spot. |
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A.G. Safronov, B.
Tobke and P. Helms
Controlling
the parameters of laser technologies by means of
deformable mirrors. |
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B.S. Vinevich, L.N. Evdokimovich, A.G. Safronov, S.N.
Smirnov
Deformable
mirrors applications into technological CO2-lasers:
2. Intracavity power control and pulse-periodic
modulation of output radiation. |
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V.V. Agafonov, A.G.
Safronov
Controllable
objective with deformable mirrors. |
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O.B. Vyskubenko,
P.I. Kapustin, I.S. Kolokolov, V.I. Masychev,
A.G. Safronov
Application
of deformable mirrors in industrial CO2
lasers.
I. A mirror with a controllable curvature of the
reflecting surface. |
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B.S.
Vinevich, V.M.
Zharikov,
A.G. Safronov
Cooled
and uncooled single-channel deformable mirrors
for industrial laser systems. |
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Andrey G.
Safronov
Bimorph
adaptive optics: elements, technology and design
principles. |
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A.G.
Safronov
Single-channel
adaptive mirrors for laser optics. |
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A.
V. Ikramov, I. M. Roshchupkin, A. G.
Safronov
Cooled
bimorph adaptive mirrors for laser optics. |
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Andrej
V. Ikramov, I. M. Roshchupkin, Andrey G.
Safronov
Investigations
of the bimorph piezoelectric mirrors for use in
astronomical
telescopes. |
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A.V.
Ikramov, S.V. Romanov, I. M. Roshchupkin, A.G.
Safronov, and A. O. Sulimov
Bimorph
adaptive mirror. |
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