| Place of Origin: | China (Mainland) |
|---|---|
| Brand Name: | BestScope |
| Model Number: | BUC4-140C/M(Cooled,285) High Sensitive CCD Digital Cameras |
Quick Details
Specifications
Introduction
BUC4-140C/M(Cooled, 285) series high sensitive CCD digital cameras have adopted real scientific grade Sony ICX285 CCD sensors, images and videos can be captured with high sensitivity and low image noise. With C-mount, these cameras can be connected to trinocular microscopes, fluorescence microscopes, and metallurgical microscopes to capture a variety of bright field, dark field, and fluorescence images in life science and industrial applications. Microscope adapters and connecting rings can be chosen to connect the digital cameras to any microscopes.
Features
1. Real scientific-grade colorful/mono 2/3" CCD image sensor with high sensitivity and low image noise, no compression, no interpolation;
2. Perfect image quality, high dynamic range with the perfect detail;
3. High speed image preview and fast focus;
4. 2 types semiconductor cooling mode: 1-stage cooling and 2-stage cooling;
5. Noise Reduction: 2-stage semiconductor cooling to -45°C below of room temperature;
6. Support Windows XP / Vista / 7 / 8 / Mac / Linux Operation System;
7. C-mount, 0.45X, 0.5X microscope adapters and 30mm, 30.5mm connecting rings are optional;
8. Durable aluminum alloy shell.
Specification
|
Model
|
BUC4-140C(Cooled, 285)
|
|
Description
|
USB2.0 colorful high sensitive cooled CCD 1.4MP digital camera
|
|
Image Sensor
|
2/3 inch, colorful 1.4MP Sony CCD ICX285AQ
|
|
Pixel Size
|
6.45μm×6.45μm
|
|
G Sensitive
|
1240mV
|
|
Scan Mode
|
Progressive Scan
|
|
Filter
|
color
|
|
Max Resolution
|
1360H × 1024V
|
|
Frame Rate
|
13fps@1360×1024
15fps@680×520 (2×2 binning)
|
|
Dynamic Range
|
78dB
|
|
SNR
|
60dB
|
|
Lens Interface
|
Standard C-mount
|
|
Low-speed Readout
|
ok
|
|
A/D conversion
|
12 bit
|
|
Peltier cooled
|
-30°C below ambient
|
|
Fan
|
30×30/5000rpm
|
|
Power
|
3.5V exterior power supply
|
|
White Balance
|
Auto / Manual
|
|
Exposure Control
|
Auto / Manual
|
|
Exposure Time
|
0.1ms~60mins
|
|
Image Output
|
USB2.0, 480Mb/s
|
|
Parameters Control
|
Image size, Contrast, brightness, R.G.B gain, exposure time
|
|
Software Function
|
Image display, image processing, video
|
|
Working Temperature
|
0°C~60°C
|
|
Storage Temperature
|
-20°C~70°C
|
|
Working Humidity
|
10%-90%
|
|
Dimension
|
100mm×81mm×48mm (length × width × height)
|
|
Gross Weight
|
480g
|
|
Model
|
BUC4-140M(Cooled, 285)
|
|
Description
|
USB2.0 mono high sensitive cooled CCD 1.4MP digital camera
|
|
Image Sensor
|
2/3 inch, colorful 1.4MP Sony CCD ICX285AL
|
|
Pixel Size
|
6.45μm×6.45μm
|
|
G Sensitive
|
1240mV
|
|
Scan Mode
|
Progressive Scan
|
|
Filter
|
mono
|
|
Max Resolution
|
1360H × 1024V
|
|
Frame Rate
|
13fps@1360×1024
15fps@680×520 (2×2 bin)
|
|
Dynamic Range
|
79dB
|
|
SNR
|
60dB
|
|
Lens Interface
|
Standard C-mount
|
|
Low-speed Readout
|
ok
|
|
A/D conversion
|
12 bit
|
|
Peltier cooled
|
-30°C below ambient
|
|
Fan
|
30×30/5000rpm
|
|
Power
|
3.5V exterior power supply
|
|
White Balance
|
Auto / Manual
|
|
Exposure Control
|
Auto / Manual
|
|
Exposure Time
|
0.1ms~60mins
|
|
Image Output
|
USB2.0, 480Mb/s
|
|
Parameters Control
|
Image size, Contrast, brightness, R.G.B gain, exposure time
|
|
Software Function
|
Image display, image processing, video
|
|
Working Temperature
|
0°C~60°C
|
|
Storage Temperature
|
-20°C~70°C
|
|
Working Humidity
|
45%-85%
|
|
Dimension
|
100mm×81mm×48mm (length × width × height)
|
|
Gross Weight
|
480g
|
Package
BUC4-140C/M(Cooled, ICX285) cooled CCD cameras are packed in aluminum cases, the package includes:
|
Digital camera(standard C-mount)
|
1
|
|
1.8 meters USB cable
|
1
|
|
Peltier cooled power supply
|
1
|
|
Peltier cooled cable
|
1
|
|
CD(Driver, software)
|
1
|
|
Manual
|
1
|
|
Aluminum case
|
1
|
Application
BUC4 series cooled 285 CCD cameras are mainly used for high precision analysis in low light, brightfield, darkfield, fluorescence imaging of life science and industrial applications. Especially based on their excellent performances in low light environments, they are widely used in microscope fluorescence imaging, chemical fluorescence imaging areas.