MENU
Cart Items: 0 View Cart

ISO 9001:2015 CERTIFIED

Nothing Senses Better Than a Dexter Detector

  • Product Finder
  • Technical Library
  • Services
  • Store
  • Contact
  • Temperature
  • Security/Detection
  • Laser Power and Targeting
  • Gas Analysis
  • Fire Suppression/Detection
  • Imaging
  • Specialty Items
  • Digital Solutions
  • Product Comparison Guide
  • The full line of Dexter detectors, in one handy matrix.

6M

Features

A thin film-based single element thermopile with the largest active area in our line up at 6.0mm diameter in a large TO-8 package

Applications

Very large active area and high output makes it an excellent choice for laser power measurements.

Benefit

Large active area and high output that is higher in cost and in a large package size.

Options

  • See Standard Windows and Filters (PDF) for list of optical filter options.
  • See Thermopile Configuration Table for more options.
  • 6M Thermopile Detector

    6M Thermopile Detector

  • 6M Detector circuit overlay

    6M Detector circuit overlay

Datasheet

For more detailed information see the datasheet:

Icon
6M 271.28 KB
Download
Parameter Min Typical Max Symbol Units Comments
Active Area size Ø6mm Dia. AA mm Hot junction size, per element.
Element Area 28.3 A mm2
Number of Junctions 59 Per element.
Number of Channels 1 Per detector package.
Output Voltage 300 370 450 Vs μV DC,  H=330μW/cm2 (3)
Signal-to-Noise Ratio 12,552 18,317 28,662 SNR √Hz DC, SNR=Vs/Vn
Responsivity 3.2 4.0 4.8 V/W DC, =Vs/HA  (2)
Resistance 15 25 35 R kΩ Detector element
Temperature Coefficient of -.36 %/°C Best linear fit, 0° to 85°C (1)
Temperature Coefficient of  R -.2 %/°C Best fit, 0° to 85°C (1)
Noise Voltage 15.7 20.2 23.9 Vn nV/√Hz Vn2=4kTR
Noise Equivalent Power 3.25 5.10 7.45 NEP nW/√Hz DC,  NEP= VnHA/Vs (2)
Detectivity .7 1.0 1.6 D* 108√Hz/W DC,  D*=Vs/ VnH√A  (2)
Time Constant 221 Τ ms Chopped, -3dB point (1)
Field of View 75°/137° FOV Degrees See Assembly Drawings for FOV Description.
Package Type TO-8 Standard package hole size:Ø.437
Operating Temperature -50 100 Ta °C

Specifications apply at 23°C with KBr Window and Argon encapsulating gas.

General Specifications:

Flat spectral response from 100nm to > 100µm.  Linear signal output from 10-6 to 0.1W/cm2.
Maximum incident radiance 0.1W/cm2 , damage threshold ≥ .5W/cm2

Notes:

(1) Parameter is not 100% tested. 90% of all units meet these specifications.
(2) A is detector area in cm2.
(3)Test Conditions: 500K Blackbody source; Detector active surface 10cm from 0.6513cm Diameter Blackbody Aperture.

Technical Library

  • Icon
    Introduction to Thermopile Detectors 157.34 KB
    Download
  • Icon
    Infrared Radiation and Radiometry Introduction 131.12 KB
    Download
  • Icon
    Emissivity Correction for a Radiometer 120.07 KB
    Download
  • Icon
    Thermopile Time Constant Determination 102.89 KB
    Download

Browse our comprehensive Technical Library

Watch more in our Thermopile video series

Dexter Research Center | 7300 Huron River Drive | Dexter, Michigan USA 48130
Phone: +1 (734) 426-3921 | Fax: +1 (734) 426-5090 | info@dexterresearch.com

Standard Terms and Conditions of Sale

Supplier Purchase Order Terms and Conditions

© 2025 Dexter Research Center. All righs reserved. Site design by DesignHub.

ISO 9001:2015 CERTIFIED

  • Home
  • About
  • News
  • Success Stories
  • Contact

Your Cart

  • $0.00 0 items

Item added to cart.
View Cart

  • Product Finder
    • Gas Analysis
    • Infrared Imaging Products
    • Laser Power and Targeting
    • Fire Suppression/Detection
    • Security/Detection
    • Specialty Items
    • Temperature Measurement
    • Thermopile Selection Guide
    • Digital Solutions
  • Technical Library
  • Services
  • Store
    • My account
    • Cart
    • Checkout
    • Temperature
    • Security/Detection
    • Specialty Items
    • Fire Suppression/Detection
    • Gas Analysis
    • Laser Power and Targeting
  • Contact
  • Home
  • About
    • Company History
    • Why Dexter
    • Success Stories
    • Visit Us
  • News
  • Success Stories
  • Contact