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| Part Number | Name of product | Abstract | | C11254-10B (ORCA-D2) | ORCA-D2 Dual CCD Camera | Capture dual wavelength or multi-focal plane images simultaneously with full field ov view and your choice of wavelengths |
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The ORCA-D2 allows you to capture dual wavelength or multi-focal plane images simultaneously, at wavelengths of your choice and with afull field of view in each- a unique combination that simplifies the challenges of conventional FRET and ratio imaging techniques.
During image capture, the camera automatically adjusts X axis, Y axis, Z axis and rotation to provide high high registration dual wavelength or multi-focal plane images.
ORCA-D2 is supported by the following software packages:
- MetaMorph (v7.3.3)
- LabView
- MicroManager
Visit our sientific camera site for more information about the ORCA-D2. |
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| Key Specifications |
Typical Spectral Response |
| Part Number |
C11254-10B (ORCA-D2) |
| Name of product |
ORCA-D2 Dual CCD Camera |
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Features |
- Simultaneous capture of dual wide-field images with the full field of view in each.
- Dual wavelength imaging - capture simultaneous full field of view dual wavelength images even when the intensities differ significantly.
- Selectable wavelength pairs - by changing optical blocks, you can select your wavelengths. Hamamatsu offers three types of optical blocks for different wavelength ranges.
- Dual focal point imaging - capture simultaneous full field of view images at different focal points in the same sample at any wavelength or illumination technique. Hamamatsu offers a 50/50 reflector optical block for this purpose
- Easy setup
- Auto-correction of image alignment for X axis, Y axis, and rotation through on-board memory in each optical block. .
- Auto-correction for spectral focal plane (Z axis) changes or multi focal point imaging through the combination of on board memory in each optical block and a motorized Z axis for one CCD.
- High-sensitivity image from visible to near-infrared
- Dual light mode - two modes (high, low) are available for different situations.
- Maximum quantum efficiency over 70% - in low light mode, sensitivity at 700nm is nearly twice that of conventional ICX285 device used in most other scientific CCD cameras.
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Applications |
- Ratio imaging
- Single and dual wavelength fluorescence microscopy, FRET
- Blue to NIR fluorescence applications
- Colocalization and FISH applications
- Dual wavelength TIRF microscopy, real-time confocal microscopy
- Combined transmission and fluorescence imaging
- Multi-focal point imaging microscopy
- Multi-focal point Single molecule imaging
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| Imaging device |
ER-150 progressive scan interline CCD |
| Wavelength (min.) |
300 nm |
| Wavelength (max.) |
1050 nm |
| Active pixels |
1280(H) x 960(V) |
| Pixel size |
6.45(H) x 6.45(V) µm |
| Active sensor area |
8.26(H) x 6.19(V) mm |
| Pixel clock rate (max.) |
20 MHz |
| Frame rate (max.) |
50.5 with binning fps |
| Min. exposure |
117 msec. |
| Max. exposure |
60 sec. |
| Sub-array |
Yes |
| Binning |
2x2, 4x4, 8x8 |
| Full well capacity |
18, 36 binned e- |
| Dark current |
0.01 e-/pix/sec |
| Read noise (min.) |
8 e-r.m.s. |
| A/D converter |
12 bit |
| Dynamic range |
2250:1 |
| Cooling method |
Air |
| Cooling temp. |
-10 °C |
| Trigger features |
Edge trigger, Level trigger, Synchronous readout trigger, Start trigger |
| Data interface |
IEEE 1394b |
| Monochrome or color |
monochrome |
| Contrast enhancement |
Analog gain (10 times max.), offset |
| Lens mount |
2/3-inch bayonet mount (flange back focus 48 mm) |
| Power consumption |
Approx. 70 VA |
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Configuration
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