ASI 染色体比对分析系统
UniTMA 组织蜡块制作器
LCI 显微镜活细胞培养系统
SciMedia 光谱标测系统
.神经膜电位光学标测
.心脏膜电位光学标测
.相关设备及高速相机
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相关设备及高速相机

MiCAM ULTIMA & MiCAM02, MiCAM02-CMOS是电压敏感染料的膜电位光学标测系统的核心, 采用独家设计的  CMOS 芯片摄影机, 具有优化的高速, 高解析, 高讯噪比, 的影像撷取设计.  适用生物样品的极低弱的荧光侦测. 当活体生物样品使用钙离子侦测指示试剂 或 电压敏感染料的时候, 荧光的变化极为快速, 荧光讯号极为低弱. 使用 MiCAM ULTIMA 不仅可以完全取的令人激赏的影像, 也可在 SciMedia 的软件下, 作神经电位相对于光谱讯号的量化分析比对.

 

THT-Microscope, 架设在荧光体视显微镜上, 用已观察较小的活体样品

THT-Sideway 架设在实体变焦镜头与固定支架上, 用来观察较大的活体样品.







Model

MiCAM ULTIMA

ULTIMA

ULTIMA-L

Sensor

10mm2 CMOS

Actual Sensor Size

10 x 10mm2

A/D Converter

14bit (Data resolution is 16 bit after digital process)

Spatial Resolution
(pixels)

100(H) x 100(V)

Temporal Resolution
(/frame)

0.1-250.0ms

Maximum Frame Number

20,480
(Option: 40,000)

Well-Depth

10,000,000e
(Option: 24,000,000e)

1,500,000e
(Option: 3,000,000e)

Actual Quantum Efficiency

63%@550nm

45%@700nm

Dark Noise

920e@0.1msec

230e@0.1msec

400e@1.0msec

80e@1.0msec

Composition

Processor, Cameras, Computer, Monitor, Acquisition/Analysis software

Output/Input

2 analog inputs (6 additional channels available), 8 digital outputs, 8 digital inputs, timing output, programmable pulse sequencer output, live display monitor output, synchro output

Acquisition Software

Trigger signal output, Focus monitoring, Pre-trigger recording, Multi-stimulus output, Frame rate setting, Frame number setting, Real-image display, Master/Slave mode, Shutter controlling pulse, Auto-reference function, Auto background image recording and so on

Analysis Software

dF/F, Averaging, Addition, Division, Spatial filter, Cubic filter, Temporal filter, Bleaching compensation, Vibration compensation, High-pass/Low-pass filter, Reference frame setting, 3D display, Wave display, ROI wave display, Movie, Multi image display, Real image display, AVI/TIFF/BMP/CSV output and so on




MiCAM02-CMOS NEW

MiCAM02-HR

MiCAM02-HS

Sensor

Original CMOS

1/2 inch CCD

1/5 inch CCD

Actual Sensor Size

5.76 x 4.8 mm2

6.4 x 4.8 mm2

2.9 x 2.1mm2

Spatial Resolution
(pixels)

92(H) x 24(V)

40(H) x 28(V)

92(H) x 40(V)

88(H) x 60(V)

92(H) x 80(V)

184(H) x 124(V)

188(H) x 160(V)

376(H) x 252(V)

Temporal Resolution
(/frame)
and Spatial Resolution

0.2ms@92x24

1.3ms@40x28

0.7ms@40x28

0.3ms@92x40

2.2ms@88x60

1.0ms@88x60

0.6ms@92x80

3.7ms@184x124

1.8ms@184x124

1.2ms@188x160

7.0ms@376x252

3.3ms@376x252

< 50ms

< 153ms

Maximum Recordable Frame Number

8,720@92x24

21,840@40x28

8,720@92x40

21,840@88x60

8,720@92x80

5,460@184x124

4,260@188x160

1,364@376x252

Well-Depth
(in H-bin mode)

450,000e

100,000e@88x60
(6,000e@88x60)

60,000e@88x60
(7,500e@88x60)

100,000e@184x124
(12,000e@184x124)

Actual Quantum Efficiency

45%@550nm

75%@550nm

50%@550nm

38%@700nm

50%@700nm

25%@700nm

Dark Noise

150e@1.2ms, 188x160

40e@2.2ms, 88x60
(15e@2.2ms, 88x60)

60e@1ms, 88x60
(25e@1ms, 88x60)

60e@3.7ms, 184x124
(20e@3.7ms, 184x124)

A/D Converter

12bit (Data resolution is more than 14bit after digital process)

Composition

Processor, Cameras, Computer, Monitor, Acquisition/Analysis software

Trigger Output

Programmable (pulse delay, duration, pulse number, interval and so on)

Analog Inputs

2ch (maximum 4ch with optional unit)

Other Output

1ch

Interface

PCI (Low Profile) / PCI-Express x1 / USB

Acquisition Software

Trigger signal output, Focus monitoring, Pre-trigger recording, Multi-stimulus output, Frame rate setting, Frame number setting, Real-image display, Master/Slave mode, Shutter controlling pulse, Auto-reference function, Auto background image recording and so on

Analysis Software

dF/F, Averaging, Addition, Division, Spatial filter, Cubic filter, Temporal filter, Bleaching compensation, Vibration compensation, High-pass/Low-pass filter, Reference frame setting, 3D display, Wave display, ROI wave display, Movie, Multi image display, Real image display, AVI/TIFF/BMP/CSV output and so on



















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