Sunpump

MiCAM05-N256 High Speed Optical Mapping System

Model:MC05-N256
MiCAM05-N256 High Speed Optical Mapping System
MiCAM05-N256 High Speed Optical Mapping System

Overview

MiCAM05-N256 High Speed Optical Mapping System, provided by Sunpump Opto-Electronic with official SciMedia products and services.

Description

【Product Overview】

MiCAM05-N256 is a high-speed optical mapping system from SciMedia that captures and visualizes small changes in fluorescence intensity from biological samples stained with fluorescent probes such as voltage sensitive dyes and calcium dyes. For research use only (RUO).

【Key Features】

(1) Spatial resolution 256×256 to 32×32 pixels, image sensor 17.6mm × 17.6mm;

(2) Maximum frame rate 20,000fps (32×32 pixels) for ultra-high-speed recording;

(3) Up to 4 synchronized cameras for multi-wavelength and 3D imaging;

(4) S/N ratio > 71dB to detect tiny fluorescence changes;

(5) 4GB memory, standard light-intensity monitor/continuous output (8ch BNC).

【Typical Applications】

Membrane potential (voltage sensitive dye) imaging; in vivo calcium imaging of brain/cardiomyocytes; FRET, GCaMP and GEVI imaging; intrinsic optical signal imaging based on hemoglobin and flavoprotein autofluorescence.

Specifications

ModelMC05-N256
Spatial resolution256×256 to 32×32 pixels
Image sensor size17.6mm × 17.6mm
S/N ratio> 71dB
Camera ports4 (up to 4 synchronized cameras)
Memory4GB
Max frame rate1,923fps (256×256) / 5,556fps (128×128) / 20,000fps (32×32)

Technical Data

规格表 / Specifications

项目 Item规格 Specification
系统名称 System高速光学标测系统 High Speed Optical Mapping System
型号 ModelMC05-N256
标准配置 Standard Config.相机头(1-4)、处理器、PC、显示器、采集/分析软件
支持操作系统 Supported OSWindows 7/10 64bit
相机传感器 Image Sensor原厂 CMOS(256×256,69µm 像元)
活动像区 Active Area17.6mm × 17.6mm
快门方式 Shutter全局快门 Global
量子效率 QE55%@550nm / 50%@600nm
满阱 Well-Depth3,000,000 e- / 600,000 e-(可切换)
暗噪声 Dark Noise500 e- / 130 e-
镜头接口 Lens Mount原厂 M42(可选 C/F 接口)
相机尺寸 Dimension80mm × 80mm × 50mm,474g
处理器 ProcessorMiCAM05 processor(MC05-PRC),相机接口 1(可扩至 2),相机端口 2(可扩至 4)

数据来源:SciMedia 官方资料