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INTERNAL STRUCTURE

SELECTION GUIDE

SPECIFICATIONS

OPTICS

The ICCD camera head consists of an image 
intensifier with a ultra high-speed shuttering 
function and a solid-state imaging device 
(CCD) of interline transfer method directly 
coupled by a fiber optic plate. The camera 
head incorporates a shutter operation 
controller, an over-light protection circuit and a 
power supply for the image intensifier.

CCD DRIVE 
CIRCUIT

HIGH-
VOLTAGE 
POWER 
SUPPLY/
CONTROL 
CIRCUIT FOR 
IMAGE 
INTENSIFIER

HIGH-SPEED 
GATE DRIVE 
CIRCUIT/
CONTROL 
CIRCUIT

LOW-VOLTAGE 
POWER SUPPLY 
CIRCUIT

PROXIMITY FOCUSED IMAGE INTENSIFIER

C-MOUNT

FIBER OPTIC PLATE

CCD

INCIDENT 
LIGHT

VIDEO 
SIGNAL

TAPPC0048EA

IMAGE INTENSIFIER

SHUTTER

2

Signal system

Effective

imaging area

(mm)

EIA

C5909
C5909-02
C5909-06
C5909-08
C5909-10
C5909-12

Parameter

C5909, -01

Lens Mount (Flange Back)
Effective Imaging Area
CCD Transfer Method
CCD Image Storage Method
Image Intensifier to CCD Coupling Method

12.8 

×

 9.6

C5909-02, -03

8.8 

×

 6.6

C5909-06, -07

C-Mount (17.526 mm)

Interline Transfer

Frame (or Field)

Fiber Optic Plate Coupling

C5909-08, -09 C5909-10, -11 C5909-12, -13

12.8 

×

 9.6

CCIR

C5909-01
C5909-03
C5909-07
C5909-09
C5909-11
C5909-13

12.8 

×

 9.6

8.8 

×

 6.6

12.8 

×

 9.6

Spectral

response

(nm)

185 to 850

370 to 920

Shutter time

µ

s Min.

5 ns Min.

100 ns Min.

Maximum Shutter

repetition

frequency

2 kHz

1 kHz

Stage of

MCPs

NOTE

Unit

mm



Parameter

C5909, -01

Spectral Response

Photo-
cathode

Input Window Material
Phosphor Screen Material
Image Magnification
Minimum Photocathode Illuminance
Limiting Resolution

Luminous Sensitivity
Radiant Sensitivity at 430 nm
Radiant Sensitivity at 550 nm
Quantum Efficiency at 400 nm

C5909-02, -03

185 to 850

150

56
35
17

Synthetic Silica

P-43

1

×

 10

-5

420

C5909-06, -07

185 to 850

150

56
35
17

Synthetic Silica

P-43

1

420

C5909-08, -09 C5909-10, -11 C5909-12, -13

Unit

nm

µ

A/lm

mA/W
mA/W

%



lx

TV lines

1

2
1
2

Standard
2/3" CCD
High-speed shutter
High-speed shutter and high gain
Extended NIR sensitivity
Extended NIR sensitivity and high gain

×

 10

-5

×

 10

-7

370 to 920

1000

123 (at 600 nm)
152 (at 830 nm)

25 (at 600 nm)

Borosilicate Glass

P-43

1

450

×

 10

-6

×

 10

-7

Parameter

C5909, -01

Internal Synchronized Shuttering Time

External
Shutter

Shuttering Time
Shuttering Time Setting
Input Impedance
Maximum Shutter Repetition
Shutter Delay Time

Shutter Repetition Limit

Shutter Off Time Limit

C5909-02, -03

1 to 300

(Manual selection for 6 modes)

µ

s to DC

TTL Positive Logic, FWHM Value

1
2

70 

±

 5

0.005 to 100

(Manual selection for 6 modes)

5 ns to DC

TTL Positive Logic, FWHM Value

0.1

2

70 

±

 5

0.1 to 300

(Manual selection for 6 modes)

100 ns to DC

TTL Positive Logic, FWHM Value

1
1

70 

±

 5

C5909-06, -07 C5909-08, -09 C5909-10, -11 C5909-12, -13

Unit

µ

s


k

kHz Max.

ns

At repetition rates higher than
2 kHz.  The image intensifier is
turned off.  The protection indi-
cator (green LED) is turned on.

At repetition rates higher than
2 kHz.  The image intensifier is
turned off.  The protection indi-
cator (green LED) is turned on.
At recovery times (shutter off)
less then 150 

µ

s the image 

intensifier is turned off.  
The protection indicator (green 
LED) is turned on.

At repetition rates higher than
1 kHz.  The image intensifier is
turned off.  The protection indi-
cator (green LED) is turned on.

Содержание C5909 SERIES

Страница 1: ...igh sensitivity and fast time resolution APPLICATIONS Analyzing High speed Light emission Phenomena Combustion Flame of Engines Discharge Event PDP Plasma Fluorescence Measuring Ultra Low light level...

Страница 2: ...hode Illuminance Limiting Resolution Luminous Sensitivity Radiant Sensitivity at 430 nm Radiant Sensitivity at 550 nm Quantum Efficiency at 400 nm C5909 02 03 185 to 850 150 56 35 17 Synthetic Silica...

Страница 3: ...age intensifier PROTECTION LED red light up continuously 500 ms Max TTL negative logic AUX connector pin No 4 During AGC Input impedance 1 k TTL positive Logic Description Value Parameter Gain Control...

Страница 4: ...300 0 1 1 10 100 1000 400 500 600 700 800 900 1000 4 3H 0 8H H 9 6 mm In case of C5909 02 03 H 6 6 mm 1 2 3 H Equivalent D number of TV lines Equivalent D number of TV lines D 16 16 D 12 12 D 8 8 D 4...

Страница 5: ...HD VD GND 12 V dc Input Video Out GND Video Out Signal HD Input GND HD Input Signal VD Input Signal Shutter Input GND Shutter Input Signal GND 12 V dc Input VD Input GND Restart Reset PIN No GND 12 V...

Страница 6: ...1000 seconds The input output synchronization in the frame memory is separate so the standard output format is maintained even if the synchronization signal input from the camera is changed to a speci...

Страница 7: ...de To use EXT mode set the shutter mode selector to EXT In this mode the shutter operates by supplying a TTL level positive logic pulse to pin No 9 of the 12 pin connector on the rear panel of the cam...

Страница 8: ...le for the C5909 06 07 08 09 10 11 12 13 HD and reset pulse input conditions Restart reset R R allows extracting information on single image at the desired time width and time The R R mode is enabled...

Страница 9: ...ocathode Illuminance and Object Illuminance When viewing a perfect diffusion surface of reflectivity R using a lens of brightness F number FN and transmittance TL the photocathode illuminance E is giv...

Страница 10: ...creen flickering One alternate horizontal scanning line jumping has widely been used as a world standard TV scanning method Synchronous separation circuit A circuit that separates multiple synchronizi...

Страница 11: ...ut together In this case the signals of all pixels at the photosensitive surface are read out by one field each RELATION BETWEEN FOCAL LENGTH OF LENS FOR TV AND OBJECT RANGE When the focal length of a...

Страница 12: ...matsu Photonics UK Limited 2 Howard Court 10 Tewin Road Welwyn Garden City Hertfordshire AL7 1BW United Kingdom Telephone 44 0 1707 294888 Fax 44 0 1707 325777 E mail info hamamatsu co uk North Europe...

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