SPECIFICATIONS
Parameter
C9548-01
C9548-02
C9548-03
C9548-04
Unit
µA/lm
mA/W
%
mm
—
Luminous Sensitivity (Typ.)
700
192
45
230
53
15
150
47
14
Photocathode
Sensitivity
Radiant Sensitivity A (Typ.)
Quantum Efficiency A (Typ.)
Effective Diameter
25 B
Window Material
Borosilicate glass
GaAsP
Synthetic silica
Photocathode
Photocathode Material
Spectral Response
Multialkali
185 to 900
430
—
280 to 720
530
nm
Peak Wavelength
Input Mount (Lens Mount)
F-mount (C-mount selectable)
FOP
P46 (P24 or P43 selectable)
See [Phosphor Screen Decay Characteristics]
—
—
—
Window Material
Phosphor Material
Decay Time
Phosphor
Screen
—
Luminous Gain (Typ.)
Radiant Emittance Gain A (Typ.)
Luminous (Typ.)
6.6 × 103
4.2 × 103
1.5 × 106
1.0 × 106
3.3 × 103
2.0 × 103
1.0 × 106
7.0 × 105
(lm/m2)/lx
(W/m2)/(W/m2)
lm/cm2
W/cm2
Lp/mm
—
Gain
Equivalent Back-
8 × 10-12
2 × 10-15
1 × 10-11
3 × 10-14
ground Input (EBI) C Radiant A (Typ.)
Limiting Resolution (Typ.)
Image Magnification
50
36
57
32
1
Maximum Input
Light Level D
Luminous (Typ.)
Radiant A (Typ.)
1.5 × 10-3
4.0 × 10-10
7.0 × 10-6
1.6 × 10-12
5.0 × 10-3
8.0 × 10-10
1.6 × 10-5
2.4 × 10-12
lx
W/cm2
cd/m2
V
Average of Max. Phosphor Screen Brightness
Power Requirement
10
100 to 240
Power Consumption (Max.)
12
15.6
12
15.6
W
Operating Ambient Temperature
Storage Temperature
Operating and Storage Humidity E
0 to +40
-20 to +50
Below 70
°C
%
NOTE: AAt wavelength of peak sensitivity
BEffective output area is 16 mm × 16 mm. Take the effective area of the camera and reduction rate of the relay lens to be used into account.
CInput illuminance (or irradiance) required to produce a luminous emittance from the phosphor screen, which is equal to that obtained when no
light is indent on the photocathode. This indicates the lower limit of detectable illuminance (or irradiance) level of an image intensifier.
DDuring normal (continuous) mode at maximum gain
ENo condensation
Protective Functions
TIME SEQUENCE
Parameter
C9548 Series
Repetition Max.
200 kHz
DELAY TIME: 92 ns 2 ns
Rate
Display
Red LED is lit continuously *
Shuts off operation during excessive light
Red LED flashes *
GATE TRIGGER
INPUT PULSE
Excessive
Light
Protection
WIDTH (50 ns Min.)
Warning
Shut off
GATE
(on rear of head and remote controller operation panel)
TRIGGER
INPUT
Red LED is lit continuously *
0
(on rear of head and remote controller operation panel)
Protection Circuit
Reset
Reset switch on the remote controller
or sending command via RS-232C interface
GATE TIME (FWHM)
NOTE: *The LED on near of head can be turned out by control software.
GATE
TIME
MONITOR
PULSE
Gate Specifications
Parameter
C9548 Series
Normal (continuous) mode /
Single gate mode / Burst gate mode
10 ns to 9.99 ms
200 kHz (protection circuit incorporated)
10 ns to 9.99 ms
500 ns
0
Operation Mode
OFF
OFF
GATE
PULSE
Single Gate time *
Gate
Repetition Frequency (Max.)
GATE TIME
Mode
Delay Time *
32 ns 2 ns
10 ns to 9.99 ms
Pulse Interval * (Min.)
Number of Exposures (Max.)
Exposure Time * (Min.)
Repetition Cycle (Min.)
Burst
Gate
Mode
16
10 ns
100 µs
MULTI-EXPOSURE COUNT: 16 (Max.)
Gate Trigger Level
TTL positive logic
1 kΩ
Input
Gate
Input Impedance
Basic Delay Time
GATE
PULSE
92 ns 2 ns
Output Gate Jitter (Max.)
2 ns (10 ns maximum when gate time is set to 10 µs or more)
2 V positive logic
Gate time width (FWHM)
200 Ω
EXPOSURE TIME: 10 ns (Min.)
PULSE INTERVAL: 500 ns (Min.)
REPETITION CYCLE: 100 µs (Min.)
Gate
Time
Output Level
Pulse Width
Monitor Output Impedance
TAPPC0144EA
NOTE: * Setting resolution is 10 ns.
HAMAMATSU [ HAMAMATSU CORPORATION ]
