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SPECIFICATIONS

CCD CAMERA

OVER-LIGHT PROTECTION (OLP), AUTO GAIN CONTROL (AGC)

CONTROL METHOD

POWER SUPPLY AND ENVIRONMENTAL SPECIFICATIONS

3

Parameter

Effective Number of Cells (H 

×

 V)

CCD Gain
Total 

γ

 Characteristics

Scanning Frequency/Horizontal
Scanning Frequency/Vertical
Scanning
Video Out
Synchronization Method
External Synchronization Input
Allowable External Synchronized Frequency Deviation
(Adjust Horizontal Synchronized Frequency)
Jitter (Adjust Horizontal Synchronized Frequency)

EIA

Signal System

768 

×

 494

15.734 ± 0.157 34

59.94 ± 0.5994

525 lines, 2: 1 interlace

Imaging System

Adjust by the knob at the rear panel

1.0 (Switchable to 0.45)

1.0 V p-p, 75 

 unbalanced

Internal/External (Auto Selection by the Input Signal)

S, VS (SYNC Level: 0.3 V p-p),  HV/VD (HD/VD level: 2 V to 5 V p-p)  (Auto Selection by the Input Signal)

±1

±50

CCIR

Unit



kHz

Hz




%

ns Max.

752 

×

 582

15.625 ± 0.156 25

50 ± 0.5

625 lines, 2: 1 interlace

Parameter

Detection Method
Control Method

AGC Operation

OLP Operation

Delay Time for protection circuit to
function after the event of over-light
AGC (Auto Gain Control) Monitor
Over-light Protection Reset Input

Operation
Indication
Operation
Indication

Detect the average value of video signals
Control the image intensifier gain
Change the image intensifier gain to maintain the output image of image intensifier brightness at a constant level
PROTECTION LED (red) flashes
Turn off the image 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 
(Image Intensifier)

Shutter 
Operation

External Synchronization
by HD, VD

Internal Synchronization Mode (INT Mode)
External Pulse Control Mode (PULSE Mode)
Normal Mode

Camera Head Rear Panel

5-pin AUX Connector

HD

VD

Manual (10-rotation vernier knob)
(Not adjustable when the protection circuit is in operation)
+5 V dc to +9 V dc
Internal frame signal (VD signal) synchronization
Shutter timing is controlled by the width of external pulses
Continuous operation (shutter open)
Pulse height: 2 to 4 V p-p
Input Impedance: 75 

TTL: synchronization negative
Pulse width: 10 µs or over
Frequency: 15.73 kHz ±0.3 kHz (15.625 kHz ±0.3 kHz)

 A

Pulse height: 2 V to 4 V p-p
Input Impedance: 75 

TTL: synchronization negative
Pulse width: 200 µs or over
Frequency: 59.94 Hz ±1.2 Hz (50 Hz ±1 Hz)

 A

Description/Value

Parameter

Power Supply
Power Consumption
Operating Ambient 
Condition
Storage Temperature

Weight

Dimensional 
Outline 
Accessory

A

(    ): CCIR signal system

Video monitors for use in Japan conform to EIA signal system.

Temperature
Humidity

C5909, -01, -02, -03, -10, -11, -12, -13
C5909-06, -07, -08, -09
C5909, -01, -02, -03, -10, -11, -12, -13
C5909-06, -07, -08, -09

+12 (+10.5 to +15)

4.4

0 to +40

RH 70 or below (without moisture condensation)

-20 to +50

1040
1070

66(W) 

×

 71(H) 

×

 216.8(D)  (Excluding projection part)

66(W) 

×

 68(H) 

×

 216.8(D)  (Excluding projection part)

Lens Mount Cap, Instruction Manual, Test and Inspection data

V dc

W Max.

°

C

% RH

°

C

g
g

mm
mm

Description/Value

Unit

Summary of Contents for C5909 SERIES

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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...

Page 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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