| Description |
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Fields of application:
- ballistic research;
- studies of combustion, detonation, explosion, scattering of fragmentation fields, soil, etc;физика ударных волн;
- shock waves physics;
- laser physics;
- nonlinear optics;
- nonstationary spectroscopy;
- nuclear physics;
- plasma physics including thermonuclear synthesis;
- electrical breakdowns and discharges including lightning;
- ecology (a recorder in LIDAR systems for detection and determination of air or water pollution’s location, size and chemical composition), etc.
Contact details
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| Main components of the camera: |
- input lens (a set of lenses is an option);
- electromechanical shutter;
- PV-202 time-analyzing streak tube with S-25 photocathode applied on a fiber-optic disk, pair of deflecting plates, one microchannel plate (MCP) and luminescent screen applied on a fiber-optic disk;
- power supply unit;
- three interchangeable control units for millisecond, microsecond and nanosecond sweep and frame ranges;
- SDU R-205 CCD camera (1392×1032 pixels, 12-bit ADC, linear dynamic range ≥ 300) with electric (≤ 5 m) or fiber optic (≤100 m) connection to PC;
- laptop with installed software;
- three interchangeable slits with width of 0.05, 0.1 and 0.2 mm, installed close to the cathode fiber-optic disk;
- test-objects – slit test-object and frame test object (GOI No. 4 test object), installed close to the cathode fiber-optic disk to perform spatial resolution check;
- neutral density filters D~0.5, 1, 2, installed on the input lens or on its seat;
- mounting plate for fixing the camera at the workplace.
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| Software: |
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Software allows to obtain visual and digital information about the registered process. Multi-window mode allows to work with multiple images. Images are saved in files, which, in addition to the image, can also contain metadata with information about the shooting conditions, as well as text comments.
Software Features:
- configuring camera triggering settings;
- correction of geometric and photometric distortions of the image, including the non-uniformity of the sweep coefficient;
- calculation of the numerical characteristics of the image (brightness, duration, size, speed);
- image transformations.
Images can be exported to a standard 12-bit TIFF format for further processing in third-party software.
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| Operating conditions: |
- Humidity ≤ 80%
- Temperature 283 – 308 К
- Pressure 95 – 105 kPa
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| Main Specifications |
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Spectral sensitivity range, nm
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380 – ≥ 850
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Spectral sensitivity of the photocathode, at maximum of spectral range, mA/W
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≥ 20
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Maximum conversion coefficient, W/W
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≥ 5000
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Input lens focal length, mm:
- standard lens
- additional (option)
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50
50 – 5000
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Length of slit image on streak tube photocathode, mm
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≥12,5
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Sweep length, mm
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18 – 20
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Sweep coefficients:
- nanosecond control unit, ns/cm
- microsecond control unit, µs/cm
- millisecond control unit, ms/cm
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1 – 100
0,1 – 300
0,1 – 300
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Non-uniformity of the sweep coefficient, %
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≤ 5
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Spatial camera resolution on the photocathode, 1.p./mm:
- nanosecond control unit, ns
- microsecond control unit, µs
- millisecond control unit, ms
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≥ 10
≥ 15
≥ 15
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Limiting temporal resolution at 800 nm wavelength, ps
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≤ 50
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«Dead» time for the shortest sweep range:
- nanosecond control unit, ns
- microsecond control unit, µs
- millisecond control unit, ms
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≤ 40
≤ 0,2
≤ 0,2
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Frame size on the photocathode, mm x mm
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≥12,5 × 12,5
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Frame duration:
- nanosecond control unit, ns
- microsecond control unit, µs
- millisecond control unit, ms
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10 – 260
0,24 – 640
0,24 – 640
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«Dead» time of the streak camera in single-frame mode:
- nanosecond control unit, ns
- microsecond control unit, µs
- millisecond control unit, ms
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≤ 35
≤ 0,15
≤ 0,2
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Maximum triggering frequency, Hz:
- nanosecond control unit
- microsecond control unit
(short range to long range)
- millisecond control unit
(short range to long range)
- CCD Camera
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100
30 – 3
10 – 1
7,5
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Typical length of the communicational lane between the camera and PC, m:
- electrical cable
- fiber-optic cable
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5
≤ 100
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Dimensions (without input lens), mm х mm х mm
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≤ 310 × 110 × 210
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Weight, kg
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≤ 5
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Supply voltage, V:
- alternating current with 50-60 Hz frequency
- constant current (option)
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110 – 220
18 – 36
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Power consumption, VA
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≤ 35
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| Complete set |
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| № |
Name |
Q-ty |
Note |
| 1 |
K008S Camera (without input lens and control units) |
1 |
Body with a power cable, power supply unit, PV-202 streak tube, CCD Camera SDU R-205. |
| 2 |
Accessories, spare equipment and replacement parts: |
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| 2.1 |
Input lens |
1 |
«MC ZENITAR – M2s» 2/50 |
| 2.2 |
Control unit CU-1 (nanosecond range) |
1 |
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| 2.3 |
Control unit CU-2 (microsecond range) |
1 |
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| 2.4 |
Control unit CU-2 (millisecond range) |
1 |
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| 2.5 |
Coaxial cable |
1 |
For camera triggering |
| 2.6 |
Replaceable slits with width of, mm:
0,05
0,1
0,2 |
1
1
1 |
|
| 2.7 |
Neutral density filters:
D ~ 0.5
D ~ 1
D ~ 2 |
1
1
1 |
For mounting on the input lens |
| 2.8 |
M49×M54 Adapter ring |
1 |
To install filters on the input lens |
| 2.9 |
M42×M54 Adapter ring |
1 |
To install filters instead of the input lens |
| 2.10 |
M42×M42 Extension rings, length, mm:
7
14
28 |
1
1
1 |
For use with input lens |
| 2.11 |
Test-objects:
- streak test-object
- GOI №4 frame test-object |
1
1 |
To check spatial resolution |
| 2.12 |
Mounting plate |
1 |
Used to fix camera on work place |
| 2.13 |
Fuse 1 A |
2 |
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| 2.14 |
Laptop with installed FastGlance software, USB flash drive with software and drivers, USB 2.0 cable to connect CCD camera. |
1 |
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| 2.15 |
Fiber optic communication line, ≤100m |
1 |
Optional |
| 3 |
Documentation: |
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| 3.1 |
User manual |
1 |
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| 3.2 |
FastGlance software User Guide |
1 |
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| 3.3 |
Package |
1 |
Case |
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| Available camera options: |
- К008-S/1 – Camera with CU-1 control unit. Nanosecond sweep ranges.
- К008-S/2 – Camera with CU-2 control unit. Microsecond sweep ranges.
- К008-S/3 – Camera with CU-3 control unit. Millisecond sweep ranges.
- К008-S/1/2 – Camera with CU-1 and CU-2 control units. Nano- and microsecond sweep ranges.
- К008-S/1/2/3 – Camera with CU-1 and CU-2/3 control units. Nano-, micro- and millisecond sweep ranges. CU-2/3 control unit combines functions of both CU-2 and CU-3.
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