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Электронный компонент: HC230-0907

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1
November 2001
Complete evaluation kit designed for Hamamatsu Image Sensors
(CCD, InGaAs and NMOS)
Newly Updated
software drivers
and power supply!
FEATURES
LabVIEW drivers
Wavelength calibration
Automated measurement
functions
UV NIR spectral coverage
Cooled camera head
APPLICATION
UV imaging
ICP
DWDM Channel monitor
NIR spectrometer
Scientific measuring instrument
Optical and Spectrophotometric Analyzer
The HC230 series is designed as an OEM evaluation tool. It allows the user to acquire data using a
personal computer. The
easy of use will enable
the end user to focus on
the specific application,
not computer interface.
The new HC230 series
includes a cooled
camera head, power
supply/interface box,
LabVIEW drivers and
cable assemble. Shown
on the right is the main
screen of the software.
Users can adjust the
exposure time, readout
frequency, gain and
shutter operation. Built
HAMAMATSU
Image Sensor Evaluation Kit
HC230 Series
Camera Head
A/D Card
Power Supply /
Interface Box
2
in automated test functions such as pixel noise, dark current, wavelength calibration and linearity
measurements greatly simplify operation. All of the data can be saved as a text file for data analysis using
EXCEL spreadsheet.
The HC230, HC231 and HC236 series are based on a back thinned (BT) full frame transfer CCD having
90% quantum efficiency (QE) at 600nm. Each sensor has a 24um square pixel. The pixel format ranges
from 532x64, upto a 1044x256 matrix. These scientific grade imagers operate in the MPP mode greatly
reducing dark current generation, aditional reduction is achieved using a built in thermo-electric cooler.
Customized LabVIEW drivers control the readout in either area scanning mode (2D) or full line binning
mode (1D).
A front illuminated (FI) version having extremely low dark current (15 e-/pixel/second @ -10
0
C) is the
HC232 series. Matching the pixel size and format with the BT-CCD family. The HC232 series is well
suited for visible to near infared spectrometery application.
For higher light levels users prefer the HC233 series. These self scaning photodiode arrays have a 50pC
saturation charge making it ideal for absorption measurements. The pixel height is 2500um while the
pitch rangeing from 25um too 50um.
Telecommunications monitoring DWDM signals will benefit from the HC234 series. The pixel pitch is
25um or 50um, peak response is centered at 1550nm. Pixel counts from 256/50um upto a 512/25um.
Part Number
Sensor Type
Wavelength
Coverage
Operating
Temperature
Dynamic
Range (*1)
HC230 series
BT-CCD
(Low noise)
200-1100nm
-10
0
C
30,000
HC231 Series
BT-CCD
(Large full well)
200-1100nm
-10
0
C
45,000
HC232 Series
FI-CCD
400-1100nm
-10
0
C
30,000
HC233 Series
NMOS
200-1100nm
0
0
C
85,000
HC234 Series
InGaAs
900-1700nm
-10
0
C
10,000
HC235 Series
InGaAs
(Extended cutoff)
1200-2600nm
-25
0
C
8,000
HC236 Series
BT-CCD
200-1100nm
-20
0
C
30,000
(*1) Dynamic range (DR) is the saturation level or full well (FW), divided by the readout noise (N
R
).
N
FW
DR
R
HAMAMATSU
3
Specification Summary Table
Dark Signal
Part Number
Pixel Format
Size (24um x 24um)
Typ.
Max.
QE
(@
p)
Full Well
(electrons)
Typical N
R
(electrons)
-0906
532 x 64
-0907
532 x 128
-0908
532 x 256
-1006
1044 x 64
-1007
1044 x 128
HC230
-1008
1044 x 256
50
(e
-
/p/s)
{-10
0
C}
300
(e
-
/p/s)
{-10
0
C}
90% @
650nm
600K e
-
20 e
-
-0907
532 x 128
HC231
-1007
1044 x 128
50
(e
-
/p/s)
{-10
0
C}
300
(e
-
/p/s)
{-10
0
C}
90% @
650nm
2700K e
-
60 e
-
-0906
532 x 64
-0907
532 x 128
-0908
532 x 256
-1006
1044 x 64
-1007
1044 x 128
HC236
-1008
1044 x 256
14
(e
-
/p/s)
{-20
0
C}
80
(e
-
/p/s)
{-20
0
C}
90% @
650nm
600K e
-
20 e
-
-0906
532 x 64
-0907
532 x 128
-0908
532 x 256
-1006
1044 x 64
-1007
1044 x 128
HC232
-1008
1044 x 256
15
(e
-
/p/s)
{-20
0
C}
45
(e
-
/p/s)
{-20
0
C}
40% @
650nm
600K e
-
20 e
-
Dark Current (pA)
Part Number
Pixel Count
Size
Typ.
Max.
QE
(@
p)
Saturation
Charge (pC)
Typical N
R
(uVrms)
-256
256
(50um x 500um)
4 *
40 *
75%
@1500nm
30
150
HC234
-512
512
(25um x 500um)
6 *
60 *
75%
@1500nm
30
150
HC235-256
256
(50um x 250um)
1000
4000
70%
@2300nm
30
180
-0900
512
(50um x 2500um)
0.009
0.03
50%
@600nm
50
300
HC233
-1010
1024
(25um x 2500um)
0.004
0.01
50%
@600nm
25
300
HAMAMATSU
(*) At
25
0
C