HGCDTE DETECTOR Search Results

af120

Contextual Info: MCT HgCdTe Photoconductive Detectors (TE-cooled Types) Spectral Response Range: 2 to 5 |im Thermoelectric cooling assures stable operation over extended time periods •Various options of spectral response The band-gap of HgCdTe can be modified by controlling the composi­

HgCdTe

Abstract: XP1200 photoconductive MCT C5185 cdte mct 6 P3981 A3179-01 different types of block diagram C5185-01
Contextual Info: MCT HgCdTe Photoconductive Detectors (TE-cooled Types) Spectral Response Range: 2 to 5 jim Thermoelectric cooling assures stable operation over extended time periods •Various options of spectral response T h e band-gap of HgCdTe can be modified by controlling the composi­

P5138-025

Abstract: P5138-010
Contextual Info: MCT HgCdTe PhotOCOnductive DetectorS(Dewar Types) High sensitivity in the long wavelength range and high-speed response • Choice of spectral response The band gap of HgCdTe can be modified by controlling the compo­ sition ratio of HgTe and CdTe. Utilizing this fact, various types are

j15te

Abstract: photoconductive MCT 15TE2
Contextual Info: Figure 24-1 Typical Detectivity vs Wavelength for J15TE Series Short-Wave HgCdTe Detectors General J15TE Series "Short-Wave" detectors are photoconductive HgCdTe elem ents on therm oelectric coolers. They are designed for in d u strial and m ilitary applications

103z

Abstract: j18te L-086 c 103z
Contextual Info: General • J15TE4:10 Series J15T E Series "Long-Wave" detectors are photoconductive HgCdTe elem ents on therm oelectric coolers for C 0 2 laser detection a t 10.6p.m. The HgCdTe detectors offer significant advantages over altern ativ e pyroelectric detectors, including low microphonics,

cdte

Contextual Info: MCT HgCdTe Photoconductive Detectors (TE-cooled Types) Thermoelectric Cooling Assures Stable Operation Over Extended Time Periods Choice of Spectral Response The band gap of HgCdTe can be modified by controlling the compo­ sition ratio o f HgTe and CdTe. Utilizing this fact, various types are

J15TE

Abstract: PA-101 Pyroelectric detector J15TE4 PA101 pa300
Contextual Info: J15TE Short Wave Mercury Cadmium Telluride Detectors 2 to 5 um judson techn al q gi es Figure30-1 Typical Detectivity vs Wavelength for J15TE Series Short-Wave HgCdTe Detectors G e n e ra l J15TE Series "Short-Wave" detectors are photoconductive HgCdTe elements on

j15te

Abstract: 5-66C-S01M HGCDTE detector 60X10
Contextual Info: J ^ EC kG j u d s o n Short-Wave MCT Detectors 2 to 5 fim Figure 24-1 Typical Detectivity vs Wavelength for J15TE Series Short-Wave HgCdTe Detectors General J15TE Series "Short-Wave" detectors are photoconductive HgCdTe elements on thermoelectric coolers. They are designed

J15TE3-66C

Abstract: HgCdTe J15TE3 J15TE2 J15TE4 5-66C-S01M 35XL PA-101 CM21 PbSe Judson
Contextual Info: J ^ EC Short-Wave MCT Detectors 2 to 5 fim kG j u d s o n Figure 24-1 Typical Detectivity vs Wavelength for J15TE Series Short-Wave HgCdTe Detectors General J15TE Series "Short-Wave" detectors are photoconductive HgCdTe elem ents on therm oelectric coolers. They are designed

lvds+20+pin+to+30+pin

Contextual Info: MCT HgCdTe Photoconductive Detectors ( Thermoelectric cooling assures stable operation over extended time periods t e -c o o m Types) :C 111 • Choice of spectral response The band gap of HgCdTe can be modified by controlling the compo­ sition ratio of HgTe and CdTe. Utilizing this fact, various types are

HgCdTe

Abstract: lwir hgcdte thermopile array LWIR array LT-020 LWIR MCT16-XXX LT025 Pyroelectric Detectors LT-025LD
Contextual Info: L W I R P H O T O DE T E C T O R CO M P O NE N T S EOS offers a complete line of detectors for the LWIR spectral range including photovoltaic and photoconductive HgCdTe, and specialized pyroelectric and thermopile detectors. The HgCdTe material system can be tailored

HgCdTe

Contextual Info: MCT HgCdTe Photoconductive Detectors Figure 19: Energy Band Gap vs. HgCdTe Composition Ratio M C T (H gC dT e) photo co n d u ctiv e d etecto rs m ake use o f the photoconductive effect in w hich conductivity increases w ith incident infra­ red radiation. T he energy band gap o f an H gC dT e crystal can be var­

InfraRed Associates

Abstract: InfraRed Associates hct-100 HgCdTe Infrared Preamplifiers metal detectors circuits HCT-100 X1010 missile HCT-40 HCT-55
Contextual Info: SPECIFICATIONS FOR STANDARD DETECT! InfraRecJ ASSOCIATES, Inc 70 > 50 1000 Route #130, Cranbury, NJ 08512 609 395-7600 Telex 642282 H H o ni MODEL SIZE (inches) Photoconductive HgCdTe detectors fabricated by Infrared Associates, Inc. and optimized for operation in the 8-13 micron

J19TE

Abstract: 33e10 PbSe Judson 45E-03 15e03 HGCDTE detector APPLICATION OF Resistance Temperature Detector 5-3CN-R01M CMAMP-TO66-PA5 J19TE2
Contextual Info: Judson Technologies J19TE PHOTOVOLTAIC MERCURY CADMIUM TELLURIDE PB 4101 February, 2004 Detector Operating Instructions Description Thermoelectric Cooler Operation J19TE Series detectors are high-quality HgCdTe photodiodes for use in the 500nm to 5.0µm range. The equivalent circuit is a photongenerated current source Iph with parallel

Pyroelectric Detectors

Abstract: J15TE HgCdTe judson PA-100 judson PA-090
Contextual Info: E G & G 3TE T> m JUDSON J15TE Series 3030b0S 00 002 37 7 B J U D Long-Wave Mercury Cadmium Telluride Detectors 10.6 jam T - V / 'V / General • J15TE Series "Long-Wave" detectors are photoconductive HgCdTe elements on thermoelectric coolers for C 0 2 laser

HgCdTe

Abstract: J15TE4 J15TE3 preamp MC31G HGCDTE detector judson PA-090 EG&G PA-080 judson PA-100
Contextual Info: E G & G JUDSON 3T E J15TE Series T> m 3D30b0S 0000237 7 M JUD Long-Wave Mercury Cadmium Telluride Detectors 10.6 |Lim T-yj-v/ General • J15TE Series "Long-Wave" detectors are photoconductive HgCdTe elements on thermoelectric coolers for C 0 2 laser detection at 10.6|am.

HgCdTe

Abstract: IR DETECTOR all Metal Detector New England Research center metal detector high metal detector Dewar New England Research manufacturer metal detector
Contextual Info: NEU ENGLAND RESEARCH S1E D b5b4=i34 OG D O D b S 4 Thermoelectrically Cooled TEC IR Detector Dewar • Photoconductive HgCdTe H Rugged Metal Dewar ■ 3-5/im Wavelength Custom Designs H Large Element Size ® Convenient to Use This thermoelectrically cooled single element

HgCdTe

Abstract: metal detector P7751-02 P7752-10 E3630A G7754-01 G7754-03 P7751-01 HR10-7P-4P 4-Pin HIROSE
Contextual Info: Infrared detector modules with preamp Metal dewar type High sensitivity modules of easy-to-use These devices combine a dewar type detector with a compatible preamplifier, and easily operate to detect infrared radiation just by connecting to a DC power supply. InGaAs, InSb and MCT HgCdTe detectors are provided as standard devices (liquid nitrogen cooling).

Contextual Info: Infrared detector modules with preamp Metal dewar type High sensitivity modules of easy-to-use These devices combine a dewar type detector with a compatible preamplifier, and easily operate to detect infrared radiation just by connecting to a DC power supply. InGaAs, InSb and MCT HgCdTe detectors are provided as standard devices (liquid nitrogen cooling).

HgCdTe

Abstract: infrared detector InSb spectral response L5736 L5914 IR Detectors L5930 photoconductive InSb Infrared Preamplifiers HGCDTE detector
Contextual Info: L 5 9 0 0 SERIES INFR ARED DETECT ORS INFRARED DETECTORS The L5900 Series of Infrared Detectors are part of a complete line of tunable diode laser sources and accessories offered by Laser Analytics. The L5900 Series includes InSb and HgCdTe detectors. Standard detectors allow response between 1 and 20 microns. Custom detectors are also available

Contextual Info: MCT HgCdTe Photoconductive Detectors (Dewar Types) Spectral Response Range: 2 to 1 6 ¡im High sensitivity in the long wavelength range and high-speed response •Various options response t-? *' ;r . i *1 •. - s. . ' :' > " !}. T h e band-gap of H gC dT e can b e m odified by controlling th e com posi­

Contextual Info: MCT HgCdTe Photoconductive Detectors (TE-cooled Types) Thermoelectric cooling assures stable operation over extended time periods • Choice of spectral response T he band gap o f H gC dT e can be m odified by controlling the com po­ sition ratio o f H gT e and C dT e. U tilizing this fact, various types are

Dewar

Contextual Info: Infrared detector modules with preamp Metal dewar type High sensitivity modules of easy-to-use These devices combine a dewar type detector with a compatible preamplifier, and easily operate to detect infrared radiation just by connecting to a DC power supply. InGaAs, InSb and MCT HgCdTe detectors are provided as standard devices (liquid nitrogen cooling).

HgCdTe

Abstract: ci 4012 3xl08 J15TE3 J15TE4 "Thermoelectric Cooler" J18TE2-66G laser detector Quality Thermistor J18TE2
Contextual Info: Long-Wave MCT Detectors 1 0 . 6 | im General • J15TE4:10 Series J 1 5 T E S eries "Long-W ave" detectors are photoconductive HgCdTe elem ents on therm oelectric coolers for C 0 2 la se r detection a t 10.6jj.m. The H gCdTe detectors offer significant advantages over altern ativ e pyroelectric