QSI  Home Page
   



QSI RS Series
  Home > RS Series

QSI 683wsg and 683wsg-8 8.3mp cooled CCD camera


RS Series
  Deep Cooled Scientific
  CCD Cameras

New QSI RS Series models with Sony sensors!
QSI RS 9.2 with 9.2mp Sony sensor>
QSI RS 6.1 with 6.1mp Sony sensor>
QSI RS 2.8 with 2.8mp Sony sensor>

The QSI RS Series is designed for life science and research applications from UV to NIR wavelengths. Dual read rates of up to 8 MHz with high-speed USB 2.0, deep cooling to >45C below ambient and full 16-bit output allow QSI RS Series cameras to produce high quality images with high frame rates, extremely wide dynamic range, excellent linearity and exceptionally low noise.

Some RS series cameras are available with no-coverglass CCDs and a fused silica window for maximum transmission across a broad spectrum of light, from as low as 240nm up to 1100nm. Electronic input and output triggers with latency as low as 5µsec allow precise exposure timing and triggering of external events such as strobes. RS 9.2, RS 6.1, RS 4.2 and RS 2.0 models support Particle Image Velocimetry (PIV) exposure mode for flow visualization with two exposures as close together as 100µsec.

Cooling on the RS Series is achieved with a custom 2-stage TEC supporting regulated cooling up to >45C below ambient, or greater than 50C with the optional Liquid Heat Exchanger.

The refined engineering and impressive fit, finish and attention to detail will surpass your highest expectations.

 
  • Unsurpassed image quality>>
  • Made in the USA>>
  • Compact, refined design
  • AR-coated fused silica window
  • Configurations available for UV to NIR applications from 240nm to 1100nm
  • Selectable ROI and binning
  • Input and output triggers
  • PIV exposure mode for flow visualization
  • Dual read rates up to 8 MHz
  • High-speed USB 2.0, full 16-bit output
  • Air and liquid cooling to >50C
  • Available 5 or 8 position color filter wheel
  • Micro-Manager Microscopy Software New!
  • COM-compatible Windows API
  • Linux drivers and API 520i


Click Product below for more information or
 Compare all RS Series Cameras >>
 
  Interline Transfer
 
  Full-Frame
Select QSI RS 9.2

QSI RS 9.2 New!
The QSI RS 9.2 incorporates a 9.2 megapixel (3388x2712) monochrome interline transfer CCD with electronic shutter and microlens for high sensitivity.
 
QSI RS 9.2 OverviewSelect QSI RS 9.2

QSI RS 8.3
The QSI RS 8.3 employs a high-resolution monochrome full-frame 8.3 megapixel CCD with enhanced blue sensitivity and microlens technology.

 More infoSelect QSI 640

Select QSI RS 6.1

QSI RS 6.1 New!
The QSI RS 6.1 incorporates a 6.1 megapixel (2758x2208) monochrome interline transfer CCD with electronic shutter and microlens for high sensitivity.
 
QSI RS 6.1 OverviewSelect QSI RS 6.1

QSI RS 3.2
The QSI RS 3.2 utilizes a full-frame 3.2 megapixel CCD with the highest Quantum Efficiency (QE) and lowest noise of any Kodak CCD sensor.
 More infoSelect QSI 640

Select QSI RS 4.2

QSI RS 4.2
The QSI RS 4.2 incorporates a 4.2 megapixel (2048x2048) monochrome interline transfer CCD with electronic shutter and microlens for high sensitivity.
 
QSI RS 4.2 OverviewSelect QSI RS 4.2

QSI RS 1.6
The QSI RS 1.6 has a larger 1.6 megapixel full-frame sensor utilizing the same advanced CCD technology as in the QSI 604 for high quantum efficiency.
 More infoSelect QSI 640

Select QSI RS 2.8

QSI RS 2.8 New!
The QSI RS 2.8 incorporates a 2.8 megapixel (1940x1460) monochrome interline transfer CCD with electronic shutter and microlens for high sensitivity.
 
QSI RS 2.8 OverviewSelect QSI RS 2.8

QSI RS .40
The QSI RS .40 employs a monochrome full-frame 400,000 pixel CCD with enhanced blue sensitivity and microlens technology.

 More infoSelect QSI 640

Select QSI RS 2.0

QSI RS 2.0
The QSI RS 2.0 incorporates a 2 megapixel (1600x1200) monochrome interline transfer CCD with electronic shutter and microlens for high sensitivity.
 
QSI RS 2.0 OverviewSelect QSI RS 2.0

 Compare all RS Series Cameras >>


 Shopping Help
 Privacy Policy
 Terms of Use
 Contact QSI
Copyright 2006-2008 Quantum Scientific Imaging, Inc.   All Rights Reserved.