Pre-configured IR-Detection Modules

An IR-Detection module with integrated components has benefits over configuring your own module with individual components. We offer a variety of either configurable of Pre-configured IR-Detection Modules, through our supplier VIGO System. To read more about what an IR-Module entitles and includes, read our post about The benefits of IR-Detection Modules.

The Pre-configured options, better known as the Selected Line, has been selected based on high functionality for the intended for applications such as leak , gas analysis, temperature control for fast moving objects. All are easily available with easy integration, short lead times and a lower price-point than configuring your own.

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Pre-Configured “Selected Line” IR-Detection Modules

UM Series
The UM-Series offers universal “all-in-one” IR-detection module. With the thermoelectrically cooled photovoltaic detector it has a HgCdTe heterostructure and has transimpedance, DC coupled preamplifier, a fan and a thermoelectric cooler controller all integrated in a compact housing. The 3° wedged zinc selenide anti-reflection coated window prevents unwanted interference effects. This detection module series is very convenient and user friendly device and can is suitable for a variety of L/MWIR applications.
Features
  • Integrated TEC controller and fan, Single power supply, DC Monitor
  • Sensitive to IR radiation polarisation
  • Optimised for effective heat dissipation
  • Compatible with optical accessories
  • Cost effective OEM version available
Typical field of use

Gas detection, monitoring and analysis (CO, CO2, NH3, NOx), CO2 laser (10.6 μm) measurements, Flue gas denitrification, Fuel combustion monitoring at power plants and other industrial facilities, Contactless temperature measurements, Laser power monitoring and control, Laser beam profiling and positioning & Laser calibration

UM-I-6 UM-10.6 UM-I-10.6
Optimal Wavelength
λoptµm
6.0 10.6 10.6
Optical area A mm×mm 1 x 1 1 x 1 1 x 1
Detectivity
D* (λopt), cm·Hz1/2/W
≥1.5×1010 ≥4.2×107 ≥3.7×108
Output voltage responsivity
Rv (λopt, RL=50Ω), V/W
≥3.6×104 ≥1.0×102 ≥6.5×102
-3dB Bandwidth DC to ≥ 1 MHz DC to ≥ 70 MHz DC to ≥ 100 MHz
Datasheet
LabM Series

The LabM-Sereis is a laboratory IR detection module with optically immersed photovoltaic detector based on HgCdTe heterostructure which is integrated with transimpedance and programmable preamplifier. 3° wedged zinc selenide anti-reflection coated window prevents unwanted interference effects. The LabM-modules comes complete a programmable thermoelctric cooler controller (PTCC-01) and Smart Manager Software (freeware) which provides the best solution for prototyping and R&D towards a variety of L/MWIR applications. This series gives a flexible approach to different needs of system designers.

Features
  • Very high performance and reliability
  • DC offset compensation
  • Configurable bandwidth (1.5 MHz / 15 MHz / 200 MHz)
  • Coupling AC/DC
  • Compatible with optical accessories
  • Versatile and flexibile
  • Best solution for prototyping and R&D stage
Typical field of use

Gas detection, monitoring and analysis, Flue gas denitrification, Fuel combustion monitoring at power plants and other industrial facilities, Breath analysis, Explosion prevention, Emission control (exhaust fumes, greenhouse gases), Contactless temperature measurements, CO2 laser (10.6 µm) measurements, Laser power monitoring and control, Laser beam profiling and positioning, Laser calibration, Semiconductor manufacturing, Glucose monitoring, Dentistry

LabM-I-6 LabM-I-10.6
Optimal Wavelength
λoptµm
6.0 10.6
Optical area A mm×mm 1 x 1 1 x 1
Detectivity
D* (λopt), cm·Hz1/2/W
≥7.2×109 ≥6.0×108
Output voltage responsivity
Rv (λopt, RL=50Ω), V/W
≥2.0×104 ≥2.0×103
-3dB Bandwidth 10 Hz to  ≥ 200 MHz DC to ≥ 100 MHz
Datasheet
UHMS Series

The UHSM-Series  are ultra high speed “all-on-one” IR detection module. Based on HgCdTe heterostructure they are thermoelectrically cooled with an optically immersed photovoltaic detector which is integrated with transimpedance, an AC coupled preamplifier as well as a fan and a thermoelectric cooler controller in a compact housing. The 3° wedged zinc selenide anti-reflection coated (wZnSeAR) window prevents unwanted interference effects. Being very convenient and user‑friendly device it can be used in a variety of LWIR applications requiring wide frequency bandwidth.

This series is designed to support the propagation of high-speed signals, mounting of the detector to the enclosure being as close as possible to a PCB board and input circuits. Therefore the manufacturing process requires fine tuning of the circuit with a specific detector.

Features
  • High S/N ratio
  • Wide frequency bandwidth over 1 GHz.
  • Integrated TEC controller and fan, Single power supply, DC monitor
  • Optimised for effective heat dissipation
  • Compatible with optical accessories
  • Short lead times
Typical field of use

Dual-comb spectroscopy, Heterodyne detection, Characterization of pulsed laser sources, LIDAR, Object scanners, Time-resolved fluorescence spectroscopy systems, Free-space optical communication, Telemetry

UHSM-10-6 UHSM-I-10.6
Optimal Wavelength
λoptµm
10.6 10.6
Optical area A mm×mm 0.05 x 0.05 1 x 1
Detectivity
D* (λopt), cm·Hz1/2/W
≥3.0×108 ≥1.0×109
Output voltage responsivity
Rv (λopt, RL=50Ω), V/W
≥3.0×103 ≥7.0×102
-3dB Bandwidth 300 Hz to  ≥ 1 GHz 300 Hz to ≥ 700 MHz
Datasheet
microM Series

The microM-series is a micro-size IR detection module. Based on HgCdTe heterostructure it has an uncooled photovoltaic mutiple junction detector with an integrated transimpedance and DC coupled preamplifier. Suitable for LWIR measuring systems where space limited.

Features
  • Small size
  • Convenient to use
  • Versatile
  • Sensitive to IR radiation polarisation
  • Cost effective OEM version available
  • Short lead times
Typical field of use

Gas detection, monitoring and analysis, CO2 laser (10.6 µm) measurements, Laser power monitoring and control, Laser beam profiling and positioning, Laser calibration

microM-10-6
Optimal Wavelength
λoptµm
10.6
Optical area A mm×mm 1 x 1
Detectivity
D* (λopt), cm·Hz1/2/W
≥9.0×106
Output voltage responsivity
Rv (λopt, RL=50Ω), V/W
≥8.0×101
-3dB Bandwidth DC to  ≥ 10 MHz
Datasheet

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