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Roper Scientific CCD Camera

Princeton Instruments is the world leader for gated intensified CCD (ICCD) cameras. Everyday, our flagship PI-MAX cameras are being used in cutting-edge, time-resolved imaging and spectroscopy applications around the world.
Features
  • 獨家設計 5MHz/16-bit operation for full 15 frames per second.
  • 超高解析 Gen III (~50% QE) and super-blue intensifiers.
  • 獨家設計  Unigen photocathode for highest sensivity from deep UV to NIR.
  • Fiber optic coupling between CCD and intensifier for the highest light throughput.
  • 新一代設計 Sub-nano second gating capability.
  • 新一代設計 High resolution 1Kx1K CCD with gated dual-image capability (two full resolution images in quick succession of 2µsec).
  • MCP gating technology to achieve fast gating without compromising photocathode QE.
  • Built-in, state-of the art programmable timing generator (PTG™) for precise synchronization with minimal insertion delay.
  • 新一代介面 USB2.0 plug-n-play interface.
  • Kinetics capability for high speed image/spectral acquisition.

    認識全世界最好的 ICCD camera ? Download  PI-MAX ( 型錄下載 )

    Applications

    Laser Induced Fluorescence (LIF/PLIF), Laser Induced Breakdown Spectroscopy (LIBS), Time Resolved Fluorescence imaging/spectroscopy (TRF), Coherent Anti-Stokes Raman Spectroscopy (CARS), Carbon Nanotubes, Combustion (OH-PLIF)

　
model
intensifier
minimum
gate time
limiting
resolution
imaging array
(pixels)
pixel size (µm)
NEW
operates
at 5 MHz!
PI•MAX2:1003 (Gen II)

18-mm Gen II
(RB, SB, UV)		 <2 nsec FWHM 45 or 54 lp/mm 1024 x 1024 12.8 x 12.8
NEW
operates
at 5 MHz!
PI•MAX2:1003 (Gen III)

18-mm Gen III
(HQ, HQ Blue, UNIGEN™, XRED™)		 <5 nsec FWHM 64 or 72 lp/mm 1024 x 1024 12.8 x 12.8
PI•MAX2:512 (Gen II)

18-mm Gen II
(RB, SB, UV)		 <2 nsec FWHM 45 or 54 lp/mm 512 x 512 19 x 19
PI•MAX2:512 (Gen III)

18-mm Gen III
(HQ, HQ Blue, UNIGEN™, XRED™)		 <5 nsec FWHM 64 or 72 lp/mm 512 x 512 19 x 19
PI•MAX:512 (Gen II)

18-mm Gen II
(RB, SB, UV)
<2 nsec FWHM
 45 or 54 lp/mm 512 x 512 19 x 19
PI•MAX:512 (Gen III)

18-mm Gen III
(HQ, HQ Blue, UNIGEN™, XRED™)		 <5 nsec FWHM 64 or 72 lp/mm 512 x 512 19 x 19
PI•MAX:1K (Gen II)

18-mm Gen II
(RB, SB, UV)		 <2 nsec FWHM 45 or 54 lp/mm 1024 x 1024 13 x 13
PI•MAX:1K (Gen III)

18-mm Gen III
(HQ, HQ Blue, UNIGEN™, XRED™)		 <5 nsec FWHM 64 or 72 lp/mm 1024 x 1024 13 x 13
PI•MAX:1024 (Gen II)

18- or 25-mm Gen II
(RB, SB, UV)		 <2 nsec FWHM 45 or 54 lp/mm 1024 x 256 26 x 26
PI•MAX:1024 (Gen III)

18- or 25-mm Gen III
(HQ, HQ Blue, UNIGEN™, XRED™)		 <5 nsec FWHM 64 or 72 lp/mm 1024 x 256 26 x 26
HQ = high quantum efficiency
HQ Blue = high quantum efficiency (blue)
RB = red/blue
SB = super blue
UNIGEN™ = broadest wavelength range
UV = ultraviolet
XRED™ = near infrared
Other Related Products:
PI-Echelle,Cascade, VersArray, VersArray XP
　
　

Astronomy, MCP readout, pressure-sensitive paint (PSP) / wind tunnel testing, semiconductor failure analysis, streak tube readout

model
imaging array (pixels)
 pixel size (µm)
readout speed
readout noise
dark current
512F

512 x 512 24 x 24 1 MHz
100 kHz
50 kHz		 10 e- rms @ 1 MHz
7 e- rms @ 100 kHz
5 e- rms @ 50 kHz
0.1 e-/p/s @ -45ºC
0.5 e-/p/hr @ -120ºC
512B
(B)

512 x 512
24 x 24
 1 MHz
100 kHz
50 kHz		 10 e- rms @ 1 MHz
7 e- rms @ 100 kHz
5 e- rms @ 50 kHz
0.2 e-/p/s @ -45ºC
0.5 e-/p/hr @ -120ºC
1K

1024 x 1024 13 x 13 1 MHz
100 kHz
50 kHz		 7.5 e- rms @ 1 MHz
3.6 e- rms @ 100 kHz
2.6 e- rms @ 50 kHz
0.3 e-/p/hr @ -120ºC
1KB
(B)

1024 x 1024 13 x 13 1 MHz
100 kHz
50 kHz		 7.5 e- rms @ 1 MHz
3.6 e- rms @ 100 kHz
2.6 e- rms @ 50 kHz
0.5 e-/p/hr @ -120ºC
1300F

1340 x 1300 20 x 20 1 MHz
100 kHz
50 kHz		 8 e- rms @ 1 MHz
3 e- rms @ 100 kHz
2.5 e- rms @ 50 kHz
0.03 e-/p/s @ -40ºC
0.3 e-/p/hr @ -110ºC
1300B
(B)

　

 1340 x 1300 20 x 20 1 MHz
100 kHz
50 kHz		 8 e- rms @ 1 MHz
3 e- rms @ 100 kHz
2.8 e- rms @ 50 kHz
0.1 e-/p/s @ -40ºC
0.5 e-/p/hr @ -110ºC
2048F

2048 x 2048 13.5 x 13.5 1 MHz
100 kHz
50 kHz		 9 e- rms @ 1 MHz
5.5 e- rms @ 100 kHz
3.5 e- rms @ 50 kHz
0.05 e-/p/s @ -40ºC
0.3 e-/p/hr @ -110ºC
2048B
(B)

2048 x 2048 13.5 x 13.5 1 MHz
100 kHz
50 kHz		 9 e- rms @ 1 MHz
5.5 e- rms @ 100 kHz
3.5 e- rms @ 50 kHz
 		0.1 e-/p/s @ -40ºC
0.5 e-/p/hr @ -110ºC
Camera Head Dimensions
LN and TEA, NTE
Other Related Products:
Quantix, SenSys, Series 300, PI•MAX, VersArray XP
B = back-illuminated CCD

Astronomy, MCP readout, pressure-sensitive paint (PSP) / wind tunnel testing, semiconductor failure analysis, streak tube readout
model
imaging array (pixels)
 pixel size (µm)
readout noise / speed
dark current
NEW
512F

512 x 512 24 x 24 4 e- rms @ 50 kHz
5 e- rms @ 100 kHz
6 e- rms @ 200 kHz
8 e- rms @ 500 kHz
10 e- rms @ 1 MHz
12 e- rms @ 2 MHz
 		0.002 e-/p/s @ -70ºC
NEW
512B
(B)

512 x 512
24 x 24
 4 e- rms @ 50 kHz
5 e- rms @ 100 kHz
6 e- rms @ 200 kHz
8 e- rms @ 500 kHz
10 e- rms @ 1 MHz
12 e- rms @ 2 MHz
 		0.002 e-/p/s @ -70ºC
NEW
1K

1024 x 1024 13 x 13 2.6 e- rms @ 50 kHz
3.6 e- rms @ 100 kHz
4.5 e- rms @ 200 kHz
6 e- rms @ 500 kHz
7.5 e- rms @ 1 MHz
9 e- rms @ 2 MHz
 		0.001 e-/p/s @ -70ºC
NEW
1KB
(B)

1024 x 1024 13 x 13 2.6 e- rms @ 50 kHz
3.6 e- rms @ 100 kHz
4.5 e- rms @ 200 kHz
6 e- rms @ 500 kHz
7.5 e- rms @ 1 MHz
9 e- rms @ 2 MHz
 		0.001 e-/p/s @ -70ºC
　
Immunofluorescence microscopy, brightfield microscopy, fluorescence in situ hybridization (FISH)
model
imaging array (pixels)
 pixel size (µm)
readout speed
readout noise
dark current
0402E
(ITO)

768 x 512 9 x 9 1.4 MHz 11 e- rms 1 e-/p/s @ +10ºC
1401E
(ITO)

1317 x 1035
6.8 x 6.8
 1.4 MHz 11 e- rms 1 e-/p/s @ +10ºC
1602E
(ITO)

1536 x 1024 9 x 9 1.4 MHz 11 e- rms 1 e-/p/s @ +10ºC
3200E
(ITO)

2184 x 1472 6.8 x 6.8 1.4 MHz 8 e- rms 1 e-/p/s @ +10ºC
3200ME
(ITO, MT)

2184 x 1472 6.8 x 6.8 1.4 MHz 8 e- rms 1 e-/p/s @ +10ºC
　
model
imaging array (pixels)
 pixel size (µm)
readout speed
readout noise
dark current
57
(B, FT)

535 x 512 13 x 13 1, 2, 3 MHz 15 e- rms @ 1 MHz
15 e- rms @ 3 MHz		 29 e-/p/s @ -25ºC
18 e-/p/s @ -35ºC
1401E
(ITO)

1317 x 1035
6.8 x 6.8
 1 MHz
5 MHz		 18 e- rms @ 1 MHz
18 e- rms @ 5 MHz		 0.03 e-/p/s @ -25ºC
0.01 e-/p/s @ -35ºC
1602E
(ITO)

1536 x 1024 9 x 9 1 MHz
5 MHz		 16 e- rms @ 1 MHz
16 e- rms @ 5 MHz		 0.05 e-/p/s @ -25ºC
0.02 e-/p/s @ -35ºC
7899

2048 x 2072 14 x 14
3 MHz
5 MHz
20 e- rms @ 3 MHz
30 e- rms @ 5 MHz
 3 e-/p/s @ -25ºC
6303E
(ITO)

3072 x 2048 9 x 9 1 MHz
5 MHz
15 e- rms @ 5 MHz		 0.05 e-/p/s @ -25ºC
0.04 e-/p/s @ -30ºC
　
Astronomy, film digitization, laser beam profilometry, MCP readout, pressure-sensitive paint (PSP) / wind tunnel testing, semiconductor failure analysis, streak tube readout
model
imaging array (pixels)
 pixel size (µm)
readout speed
readout noise
dark current
77B
(B)

512 x 512 24 x 24 200 kHz 4.5 e- rms 0.55 e-/p/s @ -25ºC
0.20 e-/p/s @ -35ºC
4200

2032 x 2044
9 x 9
 200 kHz
500 kHz		 12 e- rms @ 200 kHz
15 e- rms @ 500 kHz		 0.05 e-/p/s @ -25ºC
0.02 e-/p/s @ -35ºC
 
美嘉儀器 是台灣地區獨家代理行銷與提供服務 Cascade 系列 Cooled CCD Camera.

Cascade 採用全世界獨家的 CCD 技術, 提供極高的感測靈敏度, 極小的訊號可被放大, 所以, 極弱, 極快 的訊號, 都可被偵測. 其 QE > 90% 以上 ..........

請參考 On-Chip Multiplication Gain 技術 ( PDF 下載 )
Cascade 是你的 高階 CCD Camera 的唯一正確選擇 !
Cascade 系列 CCD Camera 堪稱全世界最高階的 CCD 攝影器, 基本上, 極弱的訊號, 極低的螢光, 極高速的動態反應, 都可適用. 我們在此推薦適當的主要應用如下表所列 :

( 實際選配必須依您的實驗應用需求而定, 請洽本公司專業技術人員 )
Cascade 1K 128+ 128 512B 512F 650
spinning-disc confocal microscopy 　V V V 　 　 　
high-resolution GFP / FRET detection 　V V V V V V
Live-cell time-lapse applications 　V V V V V V
polarization / anisotropic imaging 　V 　 　 　 　 　
Neurosciences 　 V V 　 　 　
Single-Molecule Fluorescence 　 V V V V V
Ca++ ratio imaging 　 　 V V V V
Fixed cell fluorescence V V V V V V
Intracellular ion imaging  　 　 V V V V
Biological fluid flow measurements 　 　 　 　 　 V
Microspectroscopy 　 　 　 V 　 　
　
　
　
　
　
機型 Cascade 1K Cascade 128+ Cascade 128 Cascade 512B Cascade 512F Cascade 650
On-Chip Multiplication Gain V V V V V V
min. gain 200x 1000X ( 4096 step ) 1000X ( 4096 step ) 1000X ( 4096 step ) 1000X ( 4096 step ) min. gain 200x
Frame Transfer V V V V V V
Sensor TC285 e2v CCD60 e2v CCD60 e2v CCD97 e2v CCD87 TC253
CCD Chip Front-illuminated Back-illuminated Back-illuminated Back-illuminated Front-illuminated Front-illuminated
CCD format 1004 x 1002 128 x 128 128 x 128 512 x 512 512 x 512 653 x 492
Linear full well 30,000 e- 750 K  e- 750 K  e- 800 K  e- 800 K  e- 27,000 e-
Pixel size 8 x 8 µm 24 x 24 µm 24 x 24 µm 16 x 16 µm 16 x 16 µm 7.4 x 7.4 µm
Imaging area 8 x 8 mm 3.072 x 3.072 mm 3.072 x 3.072 mm 8.2 x 8.2 mm 8.2 x 8.2 mm 4.9 x 3.7 mm
Digitizer 16 bits @ 10 Hz 16 bits @ 12 Hz 16 bits @ 10 Hz 16 bits @ 10 Hz, 5 MHz, 1 MHz. 16 bits @ 10 Hz, 5 MHz, 1 MHz. 16 bits @ 10 Hz, 5 MHz,
Readout noise ( on-chip ) < 1 e-rms < 1 e- rms < 1 e-rms < 1 e-rms < 1 e-rms < 1 e-rms
Readout noise < 15 e-rms @ 10 MHz < 65 e-rms @ 12 MHz < 60 e-rms @ 10 MHz < 60 e-rms @ 10 MHz < 60 e-rms @ 10 MHz 25 e-rms @ 10 , 5 MHz
Frame readout 110 ms/frame, 1 ms 83 nsec / row 100 nsec / row 2 µsec / row 2 µsec / row 36.2 ms/frame, 210 ms
Binning 1 - 4 binning 1 - 4 binning 1 - 4 binning 1 - 4 binning 1 - 4 binning 1 - 4 binning
Max. frame rate 103 fps 4149 fps 3226 fps 329 fps 329 fps 555 fps
CCD Temperature - 30oC - 30oC - 5oC - 30oC - 30oC - 25 - 35oC
Dark current 0.5 e-/p/s @ -30oC < 1 e-/p/s @ -30oC 11 e-/p/s @ -5oC 1.0 e-/p/s @ -30oC 1.0 e-/p/s @ -30oC 1 e-/p/s @ -35oC
C-Mount V V V V V V
PCI interface V V V V V V
PVCAM V V V V V V
Software V V V V V V

5 個選用 Cascade 的理由 :
1 Highest Sensitivity ! ( 超高靈敏, 超高解像力, 超高 QE 值 )
Photometrics® Cascade cameras offer unmatched sensitivity thanks to on-chip multiplication gain, an innovative CCD technology that multiplies low-light-level signals above the read noise of the system. To compound this benefit, the Cascade:512B and 128+ models utilize back-illuminated detectors that deliver the highest QE available. The newest Cascade: 1K utilizes advanced virtual phase CCD technology and achieves better UV to NIR sensitivity than any front illuminated CCD technology.
2 "Two-in-One" Versatility ! ( 獨家技術 )
Cascade:512B and Cascade:512F models are offered with dual amplifiers to ensure optimal performance for ultra-low-light imaging and wide-dynamic-range applications. Either one of these cameras provides a high-performance solution for single-molecule fluorescence (SMF) as well as brightfield / fluorescence imaging applications.