Camelia 8M - Atmel Corporation

Main Features

•High Sensitivity Full Frame CCD Sensor

•2300 x 3500 Resolution with 10 µm Square Pixels

•100% Aperture Pixels

•12-bit Dynam ic Range

•Very Low Noise: 63 dB SNR

•Binning and ROI Modes

•LVDS Data Format

•High Data Rate: 25 Mpixels/s

•Flexi ble and Easy to Operate via RS232 Control

– Trigger Mo de: Free Run or External Trigger Modes

– Binning 2x2 and 4x4, Up to 5 ROI

– Exposure Time

– Gain: x1 or x4

– Tri Shot Color Operation

•Single Power Supply: DC 24V

•High Reliability – CE Compliant

•F (Nikon) Mount Adapter (Lens Not Supplied)

Product Description

This camera is designed to meet high performance and quality requirements while

providing easiness of use.

• ATMEL manages the whole chain, from the sensor to the camera. The result is a

camera able to work in 12-bit, with a dedicated electronic offering an excellent

signal to noise ratio.

• Because of the 100% aperture pixel the sensitivity of the camera is fairly high

even in the near infrared.

• The programmable settings let the user works at different integration time and

gain. External trigger allows to synchronise the camera on external event while tri

shot color mode allows very high resolution for color image acquisition.

Applications

Perfor mance and reliabil ity of th is camer a make it wel l suited for the most dem andin g

applica tions as film and do cument sc anning, sem iconductor a nd PCB inspection,

DNA analysis, metrology, X-ray imaging, etc...

CAMELIA 8M

8 Megapixels

Digital Camera

Rev. 1986B–IMAGE–03/03

2CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Imaging System

Description

Figure 1. Imaging System

CAMELIA camera is powered by a single +24V power supply.

CAMELIA camera is configurable via the serial port of the computer (by using either

CommCam software or standard RS232 communicator as TTY or Hyperterminal).

CAMELIA camera sends digital video.

As CAMELIA’s CCD is a full frame sensor, the user must use either pulsed lightning or a

chopper/shutter in front of the camera in order to have incident lightning on the CCD

only during integration time. The user must design an electro-optical interface to drive

camera, shutter/ch opper or lightning by using the "SHUTT ER" signal delivered by the

camera . If re quire d, the sy st em c an send an ex ter na l trig ger or ext er nal ITC (i nteg ration

time control signal) to the camera.

The BG38 Filter is essential to have a correct white balance on Color Cameras.

Note that the following Elements are not provided by ATMEL:

• Shutter (LCD or Mechanical)

• BG38 (Anti Infra Red) Filter

• Control Box

• Lens

• Light Source

• +24V Power Supply

•Computer

For a compl ete expla nation of t he util ity o f the B G38 Fi lter a nd the Shutter , ple ase c on-

sult the associated FAQs and the example Images on the ATMEL CDROM "Camera

Documentation & Software".

Light Source

Light &

Shutter

Trigger

Cables

Lens Shutter

& BG38

Camera Power Supply Cable +24V

RS-232

Cable

Data &

Sync

Cable

Control Box

PC Computer

FGT

Frame Grabber

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

CCD Description

Image For mat 35.0 mm (V) x 23.0 mm (H)

Active Pixels

Readout Register Readout register along the small side of the image area (vertical image).

Pixel Geometry Pixels are 10 µm x 10 µm with an aperture ratio of 100%.

Anti-blooming by

Clocking Anti-blooming can be activated or inhibited (see “RS232 Controls” on page 10):

• Anti-blooming OFF: anti-blooming inhibited. This position is recommended if anti-

blooming is not required for the application.

• Anti-blooming ON: anti-blooming activated.

• When binning is disabled, the anti-blooming is efficient until 8 times the saturation

Current.

Video Signal Processing

Gain Video signal processing gain can be adjusted by setting the ''CDS gain'' via RS232: a

commutation 1x or 4x is available at the input of the video signal processing.

The 4x position is recommended for low level applications.

Figure 2. Video Signal Processing Gain

Table 1. Active Pixels

Mode (set via RS232) Image size (H x V) Timing diagram correspondence

No binning 2300 x 3500 H = M

V = N

2x2 pixel binning 1150 x 1750

4x4 pixel binning 574 x 875

MPP Photosensitive Zone

Output Register

16 Dark References

3500 Lines

2300 Columns - 100% aperture

- 10µm square pixels

4CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Timing 2x2 and 4x4 pixel bin ning are poss ible to enable p reviewing modes. Prev iew mode is

only av ailable i n Black and white ot herwis e the user ha s to use O verlay mo de (but ne i-

ther correction nor software LUT are applicable on displayed images).

Frame Timing Three timin g modes ar e ava ilable : Conti nuous, ex tern al trig gered an d Integ ratio n Time

controlled (ITC).

The signals described in the following drawings are:

Notes: 1. Pixel is defined as valid (part of the Frame) when both LEN and FEN Signals are at

Low Level .

2. The latency (called Td after) of 1 Readout line Time defined below depends on the

binning mode. For no binning, this latency is around 104 µs.

3. Minimu m T i me at high leve l of LEN Sig nal is 10 µs (Transfer T im e betwee n two lines ).

4. Minimum Time at high level of FEN Signal is 4 lines readout Time (around 416 µs).

5. Shutter Delay is adjustable via Commcam or RS232 commands (1, 5, 10 or 20 ms).

Table 2. Timing Mode

Mode Frame Readout Time Line Readout Time

No binnin g 370 ms 104 µs

2x2 pixel binni ng 200 ms 114 µs

4x4 pixel binning 110 ms 134 µs

Table 3. Frame Timing

Signal Name Description Cam.

In/Out Pins

Connection

LEN Line ENable Low state active when pixel is part

of line Out 26/27

FEN Frame

ENable Low state active when lines are

part of frame Out 3/4

SHUTTER SHUTTER

Sync External shutter Trig output Sig.

(high level active) Out 21/22

TRIG TRIGger External Trigger Input Signal

(Rising Edge) In 46/47

ITC Integration

Time Control External ITC Input Signal

(Falling/Rising Edges) In 46/47

PCK Pixel Clock Internal M aster Data Clock Sign al

at 25 MHz Out 1/2

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Continuous The camera delivers frames continuously:

• Frame N+1 integration starts as soon as frame N readout is completed.

• Integration time is set by RS232.

• “Video Lines” (before and after valid frame) are 4+4 for Binning 1x1 (and also 1+1

for Binning 4x4).

Figure 3. Continuous Timing Diagram

Operation with External

Trigger Integration start is controlled by the user from the external signal TRIG:

• The rising edge of TRIG activates the start of the frame integration. This rising edge

is synchronized by the camera with a latency of Td (Time delay equivalent to a

readout Time for a Line: See notes above).

• Integration time is set by RS232.

• Note: TRIG signal period must be greater than integration time plus frame readout

time.

• “Video Lines” (before and after valid frame) are 4+4 for Binning 1x1 (and also 1+1

for Binning 4x4).

Figure 4. External Trigger Timing Diagram

LEN

Frame

integration

Time set by RS232 Video lines

Line 1

Line 2

Line N-1

Line N

Video lines

M Pixels

Shutter

delay 2 ms

FEN

SHUTTER

LEN

TRIG

Frame

integration

Time set by RS232 Video lines

Line 1

Line 2

Line N-1

Line N

Video lines

M Pixels

Shutter

delay WaitingFrame readout

FEN

SHUTTER

6CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Operation with "Int egration

Time Control" Integration is fully controlled by the user from the external signal ITC:

• The falling edge of ITC activates the start of the frame integration. This falling edge

is synchronized by the camera with a latency of Td (Time delay equivalent to a

readout Time for a Line: See notes above).

• The rising edge of ITC activates the stop of the frame integration. This rising edge is

synchronized by the camera with the same latency of Td.

• Note: ITC signal period must be greater than integration time (defined by ITC low)

plus frame readout time.

• “Video Lines” (before and after valid frame) are 4+4 for Binning 1x1 (and also 1+1

for Binning 4x4).

Figure 5. "Integration Time Control" Timing Diagram

Line Timing Duty cycle of the PCK is 50%.

Rising and falling edges: 1.5 ns.

Data rate is (Internal pixel clock): 25 MHz in binning mode 1x1.

Figure 6. Line Timing Diagram

LEN

ITC

Frame

integration

Time set by RS232 Video lines

Line 1

Line 2

Line N-1

Line N

Video lines

M Pixels

Td Td

Shutter

delay WaitingFrame readout

FEN

SHUTTER

LEN

PCK

DATAs

1st Valid Pixel Last Valid Pixel

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

R.O.I (REGIONS OF

INTEREST) Caution: This function is available only since the 5th October 2001 with the Camera S/N:

01321093 . For o lder C ameras, t hese c ommands a ren’t a vailable and c an corrupt the

EEPROM (see “Camera Identification” on page 13).

CAMELIA 8M (bo th Color a nd Bl ack & Whit e) c an op erate in a “ multi ROI” mode a llow-

ing masking of regions of the image and thus increasing frame rate by a reduced

readout time.

User defines up to 5 windows to be masked. In addition he specifies starting and ending

addresses for each window.

Time reduction: about 92 µsec per masked line.

Two steps (under RS232 controls or Commcam):

• Enter the list of starting and ending addresses by the command:

Y=ssss/eeee/ssss/eeee/…/eeee/

• Enter the number of regions masked by the command: F=X (X=0 to 5)

Rules The line addresses must be a multiple of 4 (to be compliant with the binning).

The Image starts at Line 0 and ends at Line 3499 and the smallest area is of 4 lines.

The commands must be send in the following order: “Y=…” then “F=…”.

For FGT Software Users, the user has to resize the number of lines in FGT settings.

Example In order to mask 3 regions in the “wafer image” defined as following:

• The First 304 lines at the top of the image (blue background)

• 748 lines in the center of the image (two center lines of the wafer)

• The last 304 lines of the image (blue background):

– "Y=0/304/1376/2124/3196/3499/"

–"F=3"

In this example readout time will be reduced of 1356 lines equivalent to 125 ms.

Figure 7. Readout Time

8CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Electrical Interfaces

Digital I/O Specifications

LVDS driv er s/ re ce iv er s:

• LVDS: Low Voltage differential Signal. (EIA 644 standard). All digital I/Os are

differential: (signal+, signal-). Specifications are given for signal +.

• Manufacturer NS.

• Driver: DS90C031TM (SO16 package).

• Receiver: DS90C032TM (SO16 package).

Table 4. Digital I/O Specifications

Symbol I/O Definition Leve

TRIG_ITC I Timing control:

- TRIG_ITC is either an external trigger or "integration

time contro l" de pending on th e tim ing mod e con fig ured

via RS232.

Operation with external trigger:

- TRIG_ITC = TRIG

Operation with "integrati on time control":

- TRIG_ITC = ITC

- TRIG_ITC is synchronized by the camera line clock

(jitter: 104 µs)

LVDS

PDATA(11..0) O Digital video output: 12-bit LVDS

FEN O Frame enable:

- FEN = 0: frame data valid: active lines

- FEN = 1: frame data not valid

LVDS

LEN O Line enable:

- LEN = 0: line data valid: active pixels

- LEN = 1: line data not valid

LVDS

PCK O Pixel clock LVDS

SHUTTER O Shutter open/close:

- during integration: shutter = 1

- during readout: shutter = 0

Delay between the falling edge of shutter and the start of

readout:

- 4 positions: 1 ms, 5 ms, 10 ms, 20 ms (set via

RS232).

LVDS

COLOUR_I(1..0) I Color selection of the next frame (in color mode):

- "00": red

- "01": green

- "10": blue

LVDS

COLOUR_O(1..0) O Color identification of the current frame (in color mode):

- "00": red

- "01": green

- "10": blue.

LVDS

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Digital I/O Cabling 50 pins connec to r.

Connector reference: HIROSE DX10A-50S.

Mating connector on cable side: HIROSE DX40-50P ; shell: HIROSE DX50-CV1.

Notes: 1. NC : not connected.

2. A "Data + Sync" cable is provided with FGT Frame grabber. This cable allow inter-

connection between:

- The camera,

- The Electro-optical interface,

- The "FGT" frame grabber: see "FGT Frame Grabber user manual".

Table 5. Digital I/O Pinout

Number Signal Pin

Number Signal

1PCK+26LEN+

2PCK-27LEN-

3 FEN+ 28 COLOUR_O1+

4 FEN- 29 COLOUR_O1-

5 COLOUR_O2+ 30 GROUND

6 COLOUR_O2- 31 GROUND

7 PDATA0+ 32 PDATA1+

8 PDATA0- 33 PDATA1-

9 PDATA2+ 34 PDATA3+

10 PDATA2- 35 PDATA3-

11 PDATA4+ 36 PDATA5+

12 PDATA4- 37 PDATA5-

13 PDATA6+ 38 PDATA7+

14 PDATA6- 39 PDATA7-

15 PDATA8+ 40 PDATA9+

16 PDATA8- 41 PDATA9-

17 PDATA10+ 42 PDATA11+

18 PDATA10- 43 PDATA11-

19 GROUND 44 NC

20 GROUND 45 NC

21 SHUTTER+ 46 TRIG_ITC+

22 SHUTTER- 47 TRIG_ITC-

23 COLOUR_I1+ 48 COLOUR_I2+

24 COLOUR_I1- 49 COLOUR_I2-

25 NC 50 NC

10 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

RS232 Controls

RS232 Specif ications Camera configuration is set by RS232 interface. The following features are available:

Table 6. RS232 Specifications

Function RS232 Configuration Comment RS232

Command

Timi ng mode 3 mo des:

- continuous (free running)

- external trigger

- external ITC

T=1

T=2

T=3

Binning 3 modes:

- no binning

- 2x2 pixel binning

- 4x4 pixel binning

Image size: 2300(H) x 3500(V)

Image size: 11 50(H) x 1750(V)

Image size: 574(H) x 875(V)

B=0

B=1

B=2

CDS gain 2 positions:

- G = 1

- G = 4

G = 4 is recommended for

applica tion s requ iri ng high

sensitivity H=0

H=1

Shutter 2 modes:

- active

- inactive (always open) S=0

S=1

Shutter delay 4 positions:

- 1 ms

- 5 ms

- 10 ms

- 20 ms

D=0

D=1

D=2

D=3

Anti-blooming

control 2 modes:

- active

- inactive A=0

A=1

Black & white

or color Mode 2 modes:

- black and white

- 3 shot col or C=0

C=1

Black & white

integration

time

Integration time value in ms

from 1 ms to 2000 ms

Active in Monochrome

Must be an integer

Ex: 120 for 120 ms

120.4 not allowed

Ex:

I=120

Red

integration

time

Value in ms

from 1 ms to 2000 ms

Active only in "3 shot color"

mode

Must be an integer

Ex: 120 for 120 ms Ex:

J=120

Green

integration

time

Value in ms

from 1 ms to 2000 ms

Active only in "3 shot color"

mode

Must be an integer

Ex: 120 for 120 ms Ex:

K=120

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Notes: 1. R.O.I commands are available only since the 5th October 2001 with the Camera

S/N: 01321093. For older Cameras, these commands aren’t available and can cor-

rupt the EEPROM. For any doubt, please contact hotline before using R.O.I function

(See “Camera Identification” on page 13).

2. ATM EL recommends to use E = 1 because of the limited EEPROM write cycles refer

on page 11.

Detail of the RS232

Commands

Command Syntax • Valid syntax is: S=n(CR) with:

– S: command identification: S is a single character in upper case

– n: setting value

– (CR): means "carriage return" (ASCII code = 13)

– No spaces, nor tabs may be inserted between S, =, n and (CR)

– For CAMELIA 8M only, each address value is ended by “/”:

Y=ssss/eeee/….eeee/

• Example of a valid command: I=500(CR): sets the Integration Time at 500 ms

• Example of non valid commands:

– I=500(CR): spaces

– i=500(CR): g instead of G

– I=3000(CR): 3000 is out of range

– Y=ssss/eeee/sssseeee/: a “/” is missing

Storage of the Settings in

EEPROM We recommend to use ‘’E=1’’ for settings that are often changed (check the maximum

numbe r of wri te cycl es abov e) and w hen t he time r equir ed by th e camer a to pro cess a

command is critical.

• The maximum number of write cycles allowed for the EEPROM is: 10 000.

• The time required to process a valid ‘’E=0’’ command is around 50 ms.

• The time required to process a valid ‘’E=1’’ command is around 12 ms.

Blue

integration

time

Value in ms

from 1 ms to 2000 ms

Active only in "3 shot color"

mode

Must be an integer

Ex: 120 for 120 ms Ex:

L=120

R.O.I(1)

Number of

Windows

0 to 5 windows Ex:

F=2

R.O.I(1)

Windows

Addresses

Line start/Li ne Stop … Must be an in teg er divisibl e by 4

Line Stop >3

First Line = 0; Last Line = 3499

Ex:

Y=1824/2252

/3156/3499/

Storage of

the settings in

EEPROM(2)

E=0: setting stored

E=1: setting not stored Effective after the send of the

command E=0

Table 6. RS232 Specifications (Continued)

Function RS232 Configuration Comment RS232

Command

12 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Command Processing after

‘’E=0’’ Each command received by the camera is processed:

• If the command is valid:

– setting is done

– setting is stored in EEPROM

– the camera returns the setting

– the camera returns: >OK(CR)

• If the setting value is out of range (command not valid):

– nothing is done

– the camera returns its current setting (i.e. the setting resulting from the last

valid command)

– the camera returns: > 1

• If the syntax is not correct (command not recognized by the camera):

– the camera returns: > 2

Example of a valid command:

I=500(CR): sent by the user

I=0500(CR): returned by the camera

>OK(CR): returned by the camera

Note: the nu mber of c haracters re turned by the camera is always the same whatev er

the valu e of the settin g is. For examp les :

I=10(CR): sent by the user

I=0010(CR): returned by the camera

>OK(CR): returned by the camera

I=1500(CR): sent by the user

I=1500(CR): returned by the camera

>OK(CR): returned by the camera

Example of non valid commands:

I=3000(CR): sent by the user

I=0500(CR): returned by the camera (03: setting actually in camera)

>1(CR): returned by the camera: setting value out of range

M=2: sent by the user

>2(CR): returned by the camera: command not recognized by the camera

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Command Processing after

‘’E=1’’ Each command received by the camera is processed:

• If the command is valid:

– setting is done

– the camera returns: >OK(CR)

• If the setting value is out of range (command not valid):

– nothing is done

– the camera returns: > 1

• If the syntax is not correct (command not recognized by the camera):

– the camera returns: > 2

Camera Identification A chara cter string s tore d in EE PR OM gi ves th e prod uct mo del, it s vers ion and its s erial

number.

Example: CAMEL_COL_1.6M_01_9851002

stands for: CAMELIA COLOR 1.6M, version 01, serial number 9851002

It is read by sending: !=0 (C R)

The serial number is detailed as following:

Figure 8. Serial Num ber

Customer Identification Customer identification is a character string (25 characters max).

• It is set and stored in EEPROM by sending $=xx..xx

• It is read by sending !=1(CR)

• Customer identification is stored in EEPROM whatever the state of E.

Reading Current Settings When receiving ’!=3(CR)’’ the camera returns its current settings.

98 51 002

Year Number in the week

Week in the year

14 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Factory Configuration When receiving ‘’!=4(CR)’’, the camera is factory configured and then sends back its

settings:

A=0(CR)

C=0(CR)

H=0(CR)

S=1(CR)

B=0(CR)

T=0(CR)

I=0100(CR)

J=0100(CR)

K=0100(CR)

L=0100(CR)

D=2(CR)

E=0(CR)

F=0(CR) (Y not set)

>OK(CR)

RS232 Cabling On camera Dsub 9pins.

On computer side Dsub9 female, pin out compatible with computer serial port.

Pin out is the same on camera side and on computer side.

Notes: 1. NC : not connected.

2. A "RS232" cable is provided with FGT Frame grabber.

Table 7. RS232 Pinout

Pin Number

At camera output Signal

1NC

2RX

3TX

4NC

5 GROUND

6NC

7TRS

8CTS

9NC

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Power Supply

Power Supply Specifications

Power Supply Cabling

Notes: 1. NC : not connected.

2. A "power supply" cable is provided with FGT Frame grabber.

Figure 9. Receptacle Viewed from Camera Back

Table 8. Power Supply Specification

Parameter Nominal Value Min Value Max Va lue

Voltage +24V +20V +28V

Current 0.6A nd nd

Table 9. Power Supply Pinout

Hirose 6 p ins

male

HR10A-7R-6P

Pin Number

At camer a

output Signal

Pin Number

At end of

power

supply cable SUBD9 male

5+24V1

6+24V2

NC 3

NC 4

NC 5

1 GROUND 6

2 GROUND 7

NC 8

NC 9

16 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03
Specifications
Definitions LSB: Least Significant Bit: 12-bit correspond to 4095 LSB.
Absolute Maximum 
Ratings Storage temperature: -20°C to +70°C
Operating temperature: 0°C to +50°C
Operating humidity (non condensing): < 80% at +35°C
Vibration: 2g sinusoidal, from 10 Hz to 100 Hz
Power supply: +20V to +28V
Weight 900 g
Electro-optical 
Performance Conditions: Camera operating free air temperature: 20°C
Notes: 1. Full scale value VPE: maximum digital video signal.
2. Temporal noise VN: r.m.s value in darkness. Measured by subtracting 2 images pixel
to pixel at 40 ms of integration time.
3. This parameter depends on integration time and on CCD temperature. Thermal noise
doubles every 16°C of temperature elevation. Dark signal doubles every 8°C of tem-
perature elevation. But a internal clamp correct the mean value of this phenomena.
4. Dark signal non uniformity: r.m.s value. Excludes blemishes.
5. Dynamic range DY = VPE/VN
6. Responsitivity conditions: CDS gain = 1x, 3200K, light source powered between 200
and 1100 nm, measured on the sensor.
7. Resolution conditions: VIDEO = 2000 LSB, CDS gain = 1x, 3200K with BG38 2 mm
8. Anti-blooming ON. Integration time = 100 ms.
9. Measured at 24V.
Table 10.  Electro-optical Performance
Parameter Symbol Typical 
Value Unit Notes
Full scale value VPE 4095 LSB (1)
Tempo ral noi se VN 2.7 LSB (2)(3)
Dark signal non uniformity DSNU 2 LSB.s (3)(4)
Dynamic range DY 1500
63 dB
(5)
Responsivity R 51.43 LSB/(nJ/cm2)(6)
Resolution
Horiz ont al Transfer functi on at Nyqui st
Vertical Contrast Transfer function at 
Nyquist
CTFh
CTFv 40%
40% –
–
(7)
Anti-blooming (over illumination capability) – 8x – (8)
Electrons to LSB conversion – 15 e-/LSB
Current consumption I 500 mA (9)

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Spectral Responsivity Figure 10. Spectral Responsivity

Note: nJ/cm2 measured on the sensor.

100

400 500 600 700 800 900 1000 1100

LSB/(nJ/cm2)

Responsivity at G = 1

Wavelength (nm)

18 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Image Grade

Specification • Defect Sizes

– Blemish: 1 x 1 defect.

– Cluster: blemish grouping of not more than a given number of adjacent

defects:

1 x 1 < cluster 1 size ≤ 2 x 2

2 x 2 < cluster 2 size ≤ 5 x 5

– Column: one-pixel-wide column with more than 7 contiguous defective

pixels.

– Defect separation: defects are separated by no less than "D min" pixels in

any direction.

• Defects in Darkness

– Blemish or cluster: pixel(s) whose signal deviate(s) more than 150 LSB.

– Column: column whose signal deviates more than 15 LSB.

• Defects under Illumination

– Blemish or cluster: pixel(s) which deviate(s) by more than +20% or -30%

from the "average" pixel.

– Column: column which deviates by more than 10% from the "average"

column.

Defect Test Conditions • Room temperature = 20°C.

• Integration time in darkness = 100 ms.

• Light source: Halogen 3200K with BG38 (2 mm thick) IR cut- off with f/11 aperture.

• Test under illumination at 50% of saturation level.

• No software correction performed.

• Deviations specified with CDS gain = 1.

Classifications

Table 11. Image Gr ad e Classi fi cat ion s

Grade

Blemishes Cluster 1 Cluster 2 Column

Total D min Total D min Tota l D min Total D min

E≤ 500 3 ≤ 30 50 ≤ 6100≤ 5150

H≤ 300 3 ≤ 10500–0–

CAMELIA 8M Digital Camera

1986B–IMAGE–03/03

Geometrical

Specifications

Figure 11 . With F Mount Ring

SN:

First pixel

First line

Data & Sync

110.5 mm

Power

RS 232

Made in France

114 mm

144.5 mm

108 mm

2 x 1/4 - 20 UNC 2B 25.6 mm

74 ± 0.1 mm

37 ± 0.2 mm

5 ± 0.3 mm 6 ± 0.2 mm

26 ± 0.3 mm

112 mm

64 ± 0.2 mm

2 x ∅ 2h7 4 x M3 4 mm

46 mm

Factory adjusted

∅ 66 mm

6 ± 0.2 mm

20 CAMELIA 8M Digital Camera 1986B–IMAGE–03/03

Figure 12. Without F Mount Ring

SN:

First pixel

First line

Data & Sync

110.5 mm

Power

RS 232

Made in France

114 mm

108 mm

2 x 1/4 - 20 UNC 2B 25.6 mm

74 ± 0.1 mm

37 ± 0.2 mm

5 ± 0.3 mm 6 ± 0.2 mm

8.9 ± 0.35 mm

6.9 ± 0.6 mm

26 ± 0.3 mm

6 ± 0.2 mm

112 mm

64 ± 0.2 mm

2 x ∅ 2h7 4 x M3 4 mm

∅ 66 mm

∅ 56 ± 0.1 mm

M 51 - 5 H pas 0.75

Printed on recycled paper.

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