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BUC6IA-580M Ultimate Sensitivity sCMOS Camera
BUC6IA-580M Ultimate Sensitivity sCMOS Camera
BUC6IA-580M Ultimate Sensitivity sCMOS Camera
BUC6IA-580M Ultimate Sensitivity sCMOS Camera

BUC6IA-580M Ultimate Sensitivity sCMOS Camera

Introduction

BUC6IA-580M Ultimate Sensitivity sCMOS camera achieves perfect combination of sensitivity, large FOV and high-speed performance.

Details

Model:BUC6IA-580M
Sensor Type:BSI sCMOS
Peak QE:95%
Array Diagonal:22mm
Effective Area:15.7mm*15.7mm
Resolution:2400*2400
Pixel Size:6.5μm(H)*6.5μm(V)
Optical Interface:T/F/C Mount
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Overview

Packaging & Delivery

Packaging Details:Strong Carton with Polyfoam Protection

Port:Beijing

Lead Time:Within 1-2 Weeks after Receiving Payment

Introduction

BUC6IA-580M Ultimate Sensitivity sCMOS camera achieves perfect combination of sensitivity, large FOV and high-speed performance. The advantages are not only based on the Gpixel Gsense 6510BSI sCMOS sensor, but more importantly, the flexible readout modes and user configurable structure tailored for most challenging scientific applications.

Features

 

1.Ultimate sensitivity

The Super Sensitivity mode maximizes signal collection power with up to 95% QE, while keeps the noise floor down to 0.7e-, makes them ideal for low light imaging.

 

2.Large field for high-speed lowlight imaging

29.4 mm diagonal sensor delivers the largest field of view among scientific cameras with 6.5 μm pixels.

 

3.Useable full well capacity for high speed acquisition

We use 11-bit and 1,000e-/15,000e- full well data for the high-speed mode, resulting higher accuracy on intensity measurements over normal 8-bit data with only 200 e- full well.

 

4.Easy-to-use GigE interface

High quality data without the need for a 3rd party frame grabber or complicated boot sequence.

Specification

 

Item

BUC6IA-1000M (AC/LC)

BUC6IA-580M (AC/LC)

Sensor Type

BSI sCMOS

Sensor Model

Gpixel GSENSE 6510BSI

Peak QE

95%

Color/ Mono

Mono

Array Diagonal

29.4mm

22mm

Effective Area

20.8mm*20.8mm

15.7mm*15.7mm

Resolution

3200*3200

2400*2400

Pixel Size

6.5μm(H)*6.5μm(V)

Readout Mode

HDR

Speed

Sensitive

Super-

Sensitive

HDR

Speed

Sensitive

Super-

Sensitive

Bit Depth

16bit

11bit

12bit

12bit

16bit

11bit

12bit

12bit

Frame Rate

83fps

150fps

88fps

5.2fps

111fps

200fps

117fps

6.9fps

Readout Noise

1.6e-

2.0e-

1.2e-

0.7e-

1.6e-

2.0e-

1.2e-

0.7e-

Dark Current@0°C (e-/P/s)

0.5

1.0

0.5

0.5

0.5

1.0

0.5

0.5

Full Well Capacity

15000e-

1000e-/

15000e-

1500e-

1000e-

15000e-

1000e-/

15000e-

1500e-

1000e-

Shutter Mode

Rolling

Image Correction

DPC

ROI

Support

Binning (FPGA)

2*2, 4*4

Cooling Method

Liquid cooling, air cooling

Cooling Temperature

Air: 0°C @25°C ambient. Liquid: -10°C @20°C liquid temperature

Trigger Mode

Hardware, software

Output Trigger Signals

Exposure start, Global, Readout End, High level, Low level

Trigger Interface

Hirose

SDK

C / C++ / C#

Data Interface

2x10G GigE

Optical Interface

T/F/C Mount

C-Mount

Power

12V/8A

Power Consumption

≤55W

Dimensions

95mm(H)*100mm(W)*100mm(L)

Camera Weight

TBD

Operating System

Windows/Linux

Operating Environment

Working: Temperature 0~40°C, humidity 10~85%

Storage: Temperature -10~60°C, humidity 0~85%

Application

 

BUC6IA-580M camera is used for super resolution microscopy, low light living cell imaging, fluorescent slide scanning and high throughput imaging.

Quantum Efficiency

 

Dimensions

 

 

BUC6IA-1000M/580M (AC-Air Cooling)

 

 

BUC6IA-1000M/580M (LC-Liquid Cooling)

 

 

BUC6IA-1000M/580M (LT-Passive Cooling) (Developing)

Sample Image

 

BUC6IA-1000M delivers the largest field of view of 29.4 mm diagonal FOV, while BUC6IA-580M has an ideal FOV of 22 mm for the most of microscopes.

 

 

——BUC6IA-580M(Green)

Diagonal: 22mm

Area: 15.7mm*15.7mm

 

——BUC6IA-1000M(yellow)

Diagonal: 29.4mm

Area: 20.8mm*20.8mm

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