Home   About Us   Products   Literature   Glossary  Ordering   Contact   Careers   

Products
Germanium Detectors
Indium Gallium Arsenide Detectors
Indium Arsenide Detectors
Lead Sulfide Detectors
Lead Selenide Detectors
Indium Antimonide Detectors
PC Mercury Cadmium Telluride Detectors
PV Mercury Cadmium Telluride Detectors
Preamplifiers
Dewars and Coolers
Position Sensors
Accessories
Teledyne Scientific & Imaging
Teledyne Scientific & Imaging
Teledyne Imaging Sensors

Terms & Conditions
Lead Selenide Detectors  

Lead Selenide Detectors

Lead Selenide/Lead Sulfide Short Form Catalog in PDF Format

Click on any drawing on this page to see enlarged version.
(Must have Adobe Reader to view these PDF drawings.)

Adobe Reader

J14 Series Lead Selenide Detectors

The J14 Series detectors are Lead Selenide (PbSe) photoconductive (PC) detectors designed for operation in the 2-6 µm wavelength region. The wavelength of peak response depends on the operating temperature and varies from 4 to 4.7
µm. These detectors provide an economical means of obtaining high performance in a rugged and compact package. They are offered in flat plate cells, TO-style packages both with and without thermoelectric coolers which provide low temperature operation for increased sensitivity, longer wavelength operation and temperature stability. Parts listed here are Judson standard product offering. Custom detectors and specifications are offered with built-in electronics and discreet filters. Multiwavelength detectors and arrays are routinely provided in prototype through production quantities. Judson room temperature PbSe provides exceptional performance with minimum peak D* two to three times what other manufacturers offer as standard specifications.

J14P Series Room Temperature PbSe Plate Cells: These basic detecting elements consist of a sensitized PbSe film, electrodes and two electrical leads encapsulated on a quartz substrate. They come standard in active areas from 1 to 3 mm square. Judson room temperature PbSe provides exceptional performance with minimum peak D* two to three times what other manufacturers offer as standard specifications.

J14TO Series Room Temperature TO Packaged PbSe Detectors: These detectors are fabricated utilizing a hermetically sealed and inert gas backfilled TO-5 style semiconductor package. This package protects the active element and
provides the versatility of directly soldering or plugging into a PC board during manufacturing.

J14TE1 Series 1-Stage Thermoelectrically Cooled PbSe Detectors: The J14TE1 Series detectors are high quality temperature stabilized PbSe detectors mounted on a one-stage thermoelectric cooler with a thermistor for control and stabilization of the detector element.

J14TE2 Series 2-Stage Thermoelectrically Cooled PbSe Detectors: The J14TE2 Series detectors are high quality temperature stabilized PbSe detectors mounted on a two-stage thermoelectric cooler with a thermistor for control and
stabilization of the detector element.

J14TE3 Series 3-Stage Thermoelectrically Cooled PbSe Detectors: The J14TE3 Series detectors are high quality temperature stabilized PbSe detectors mounted on a three-stage thermoelectric cooler with a thermistor for control and stabilization of the detector element. At the standard operating temperature of -60°C, this detector offers exceptional sensitivity in a compact and easy to integrate package. Peak detectivity is greater than 4.7 µm.

Lead Salt Detector Basic Operating Circuit

Applications

  • Environmental Gas Analysis
  • Medical Gas Analysis
  • Flame Spectroscopy
  • Optical Pyrometry
  • NDIR Spectroscopy
  • Defense Applications

Click here to view table

Lead Selenide Packages

TO-3
TO-5

1-Stage TO-37
2-Stage TO-37

1-Stage TO-8
2-Stage TO-8

Literature Click for more PbSe information.


Home      About Us      Products      Literature      Glossary      Ordering      Contact      Careers
Teledyne Judson Technologies
221 Commerce Drive, Montgomeryville, PA 18936
Phone: (215) 368-6900 Fax: (215) 362-6107
Copyright © 2012 Teledyne Technologies Incorporated. All rights reserved