MCT DETECTOR Search Results

MC9S12D64

Abstract: 3f94 HC11 HC12 HCS12 LQFP112 MC9S12DP256B 3F49 ps2 female Connector pcb layout compod12
Contextual Info: CardS12 HardwareVersion 1.00 User Manual July 22 2003 CardS12 Copyright C 2003 by MCT Elektronikladen GbR Hohe Str. 9-13, D-04107 Leipzig Phone: +49-(0)341-2118354 Fax: +49-(0)341-2118355 Email: mct@elektronikladen.de Web: http://www.elektronikladen.de/mct

MC9S12DG256

Abstract: burr brown SRC abstract of Colpitts oscillator COMPOD12 HC12 HCS12 LQFP112 BDM12 FT232BM cable mc9s12dg256 analog to digital
Contextual Info: S12compact HardwareVersion 1.10 User Manual May 23 2003 S12compact Copyright C 2002,2003 by MCT Elektronikladen GbR Hohe Str. 9-13, D-04107 Leipzig Phone: +49-(0)341-2118354 Fax: +49-(0)341-2118355 Email: mct@elektronikladen.de Web: http://www.elektronikladen.de/mct

HCS12 ADC INTERRUPTS

Abstract: pin diagram of hcs12 microcontroller BDM12 use of ps2 female connector pin diagram MC9S12DG256 COMPOD12 PCB-3200 HC12 HCS12 LQFP112
Contextual Info: HCS12 T-Board HardwareVersion 1.00 User Manual July 4 2003 HCS12 T-Board Copyright C 2002,2003 by MCT Elektronikladen GbR Hohe Str. 9-13, D-04107 Leipzig Phone: +49-(0)341-2118354 Fax: +49-(0)341-2118355 Email: mct@elektronikladen.de Web: http://www.elektronikladen.de/mct

Contextual Info: Infrared detector modules with preamps Thermoelectrically cooled type Easy-to-use detector modules with built-in preamps Infrared detector modules operate just by connecting to a DC power supply. The detector element is selectable from among InGaAs, PbS, PbSe, MCT and InSb, which are all combined with a thermoelectric cooler. The P4631-10 using an MCT

G12183-210K

Abstract: VP15 a4372-03 vp1251 P4638
Contextual Info: Infrared detector modules with preamps Thermoelectrically cooled type Easy-to-use detector modules with built-in preamps Infrared detector modules operate just by connecting to a DC power supply. The detector element is selectable from among InGaAs, PbS, PbSe, MCT and InSb, which are all combined with a thermoelectric cooler. The P4631-10 using an MCT

PHOTOVOLTAIC HIGH-SPEED MCT DETECTOR

Contextual Info: MCT photovoltaic detectors P9697 series Photovoltaic detectors with high-speed response and low noise Features Applications Excellent output linearity FTIR High-speed response Thermal camera Radiation thermometer Infrared spectrophotometer Environmental measurement

applications of jones chopper

Contextual Info: Photovoltaic Mercury Cadmium Telluride Detectors ISO 9001 Certified Distributor: LASER COMPONENTS GmbH, Germany, Phone: +49 0 8142 28640, Fax: +49 (0)8142 286411, info@lasercomponents.com J19 PV MCT Detector Operating Notes (0.5 to 5.5 µm) General Figure 1

Contextual Info: INFRARED DETECTOR MCT photovoltaic detector P9697 series Photovoltaic detector with high-speed response and low noise Features Applications l Excellent output linearity l High-speed response l FTIR l Thermal camera l Radiation thermometer l Infrared spectrophotometer

Contextual Info: INFRARED DETECTOR MCT photovoltaic detector P9697 series Photovoltaic detector with high-speed response and low noise Features Applications l Excellent output linearity l High-speed response l FTIR l Thermal camera l Radiation thermometer l Infrared spectrophotometer

Contextual Info: MCT photoconductive detectors P2748/P5274 series Dewar type detector with high sensitivity and high-speed response in long wavelength range Features Applications Choice of spectral response range up to 25 m The band gap can be adjusted by controlling the composition

Contextual Info: MCT photoconductive detectors P2748/P5274 series Dewar type detector with high sensitivity and high-speed response in long wavelength range Features Applications Choice of spectral response range up to 25 m The band gap can be adjusted by controlling the composition

controlling ic mct2e

Contextual Info: MCT2 MCT2E GlobalOptoisolator 6-Pin DIP Optoisolators Transistor Output The MCT and MCT2E devices consist of a gallium arsenide infrared emitting diode optically coupled to a monolithic silicon phototransistor detector. Applications • General Purpose Switching Circuits

Contextual Info: INFRARED DETECTOR MCT photovoltaic detector P9697 series Photovoltaic detector with high-speed response and low noise Features Applications l Excellent output linearity l High-speed response l FTIR l Thermal camera l Radiation thermometer l Infrared spectrophotometer

PHOTOVOLTAIC HIGH-SPEED MCT DETECTOR

Abstract: P969 KIRD1074E05 P9697 SE-171
Contextual Info: INFRARED DETECTOR MCT photovoltaic detector P9697 series Photovoltaic detector with high-speed response and low noise Features Applications l Excellent output linearity l High-speed response l FTIR l Thermal camera l Radiation thermometer l Infrared spectrophotometer

Contextual Info: MCT photoconductive detectors P3257 series P4249-08 10 m band infrared detector with high sensitivity and high-speed response Features Applications High-speed response, high sensitivity in the 10 μm band detection Thermal imaging Photoconductive element that decreases its resistance

Contextual Info: MCT photoconductive detectors P3257 series P4249-08 10 m band infrared detector with high sensitivity and high-speed response Features Applications High-speed response, high sensitivity in the 10 m band detection Thermal imaging Photoconductive element that decreases its resistance

Contextual Info: MCT photoconductive detectors P2748/P5274 series Dewar type detector with high sensitivity and high-speed response in long wavelength range Features Applications Choice of spectral response range up to 25 m The band gap can be adjusted by controlling the composition

Contextual Info: INFRARED DETECTOR MCT photovoltaic detector P9697 series Photovoltaic detector with high-speed response and low noise Features Applications l Excellent output linearity l High-speed response l Low 1/f noise ideal for measurements from DC light and low frequency

Contextual Info: INFRARED DETECTOR MCT photoconductive detector P3257 series, P4249-08 10 µm band infrared detector with high sensitivity and high-speed response Features Applications l High-speed response, high sensitivity in the 10 µm band detection l Photoconductive element that decreases its resistance

transistor C4159

Abstract: photoconductive InSb C4159 preamplifier c4159 C4159-02 pbs photoconductive BNC/CONNECTOR BNC C3757-02 infrared manual C4159-01
Contextual Info: INFRARED DETECTOR Amplifier for infrared detector C4159/C5185 series, C3757-02 Low noise amplifier for InGaAs, PbS, PbSe and MCT detector Accessories l Instruction manual l 4-conductor cable with a connector; 2 m A4372-02 • Absolute maximum ratings (Ta=25 °C)

C4696

Abstract: gas sensor CO2 with thermistor photoconductive MCT C3871 C1103 C1103-05 optical thermometer cdte CO2 GAS SENSOR co2 sensor circuit
Contextual Info: INFRARED DETECTOR MCT photoconductive detector P3257/P3981/P2750 series Non-cooled type and TE-cooled type suitable for long, continuous operation Features Applications l Choice of spectral response up to 12 µm The band gap can be adjusted by controlling the composition

P5274-01

Contextual Info: MCT photoconductive detectors P2748/P5274 series Dewar type detector with high sensitivity and high-speed response in long wavelength range Features Applications Choice of spectral response range up to 25 m The band gap can be adjusted by controlling the composition

c1837 transistor

Abstract: c1837 C1849 C1840 c1843 C1848 transistor c1850 CMOS 74C14 C1844 C1842
Contextual Info: HIGH-PERFORMANCE AIGaAs PHOTOTRANSISTOR OPTOCOUPLERS OPTOELECTRONICS MCT5210 MCT5211 PACKAGE DIMENSIONS DESCRIPTION The MCT-521X are high performance CM OS/LSTTL logic compatible phototransistor type optically coupled isolator products. They are constructed using a very low

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