7.7 - 9.5 µm spectral range
320 x 256 FPA
30 µm pixel pitch
MCT technology

Features

  • Adapted for detecting fast moving targets
  • More resilient to solar glint
  • More sensitive through dust and smoke
  • Reduces blooming
  • High charge capacity and 2 gains for the best sensitivity
DSR 7.7 - 9.5 µm @80K
ROIC Snapshot, Integrate then read
Frame rate Up to 320 Hz
NETD < 20 mK
Array Operability 99.8%

Description

MARS LW, manufactured in large quantities, is the reference LWIR (8-10 µm) staring array.
Lynred's MCT technology allows operations in LWIR waveband, the preferred solution for ground-based applications. 

 The MiTIE Series of miniature thermal imaging engines are designed for OEM and system integrators that wish to incorporate a small, lightweight, low power cooled camera engine into their electro-optical system. 

The MiTIE cores are based on high performance Mercury Cadmium Telluride (MCT) or Indium Antimonide (InSb) Integrated Detector/Dewar/Cooler Assemblies and are available in several configurations having MW or LW spectral responses and in various array sizes.  

 The MiTIE cores include camera control and cooler electronics and produce corrected analog, HDMI, and 14-bit Camera Link digital video.  Communication is via USB or Camera Link interface.  Because of their, lightweight and low power consumption, the MiTIE camera cores are ideal for applications that have demanding SWaP (space/weight power) constraints. 

Documentation

MiTIE Data Sheet

Let Us Help You With Your Project

Let Us Help You With Your Project

For additional information or to have a representative contact you please call +1 973.882.0211 or fill out the form below.
We are available 8:00AM - 5:00PM, USA Eastern Standard Time Monday-Friday, USA

LYNRED-USA
373 US Highway 46W
Fairfield, NJ 07004 USA

Phone : +1 973.882.0211

E-mail : info@lynred-usa.com

By clicking "Send Request" I authorize LYNRED-USA to contact me by email or by telephone and that I have read and agree to the Privacy and Terms and Conditions

Send Request