FLAME DETECTOR STRUCTURE Search Results

Contextual Info: Fire Sentry FS20X Fire and Flame Detector Multi-Spectrum UV/Dual IR/VIS Fire and Flame Detector Fire Sentry FS20X Detector Features • Patented* WideBand IR Infrared combined with Ultraviolet • Detection range greater than 200 feet to 1 sq. ft. heptane fire

Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

C2719

Abstract: K1713-01 Hamamatsu PbS TWO COLOR DETECTOR UV Flame detector pbs photoconductive DETECTOR FLAME A3179-03 C1103-04 K1713-02
Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Hamamatsu PbS

Abstract: K1713-02 K3413-01 K3413-02 A3179-03 C1103-04 C2719 C3757-02 K1713-01
Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Hamamatsu PbS

Abstract: United Detector silicon photodiode A3179-03 C1103-04 C3757-02 C9329 K1713-01 K1713-02 K3413-01 K3413-02
Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

C1103-04

Abstract: flame detector structure K1713 TWO COLOR DETECTOR two color photodiode Hamamatsu PbS DETECTOR FLAME Semiconductor Radiation Detector SI PBS DETECTOR transistor 1BW
Contextual Info: UV TO IR DETECTOR Two-color detector K1713/K3413-01, -02 Broad spectral response range from UV through IR K1713/K3413-01, -02 detectors have a sandwich structure in which an infrared transmitting silicon photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Contextual Info: Two-color detectors K1713/K3413-01, -002 Wide spectral response range from UV through IR The K1713/K3413-01, -002 have a bi-level structure in which an infrared transmitting Si photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

Contextual Info: Two-color detectors K1713/K3413-01, -002 Wide spectral response range from UV through IR The K1713/K3413-01, -002 have a bi-level structure in which an infrared transmitting Si photodiode is mounted over an infrared detector element. This structure allows you to design instruments using the same optical path from UV through IR.

two color photodiode

Abstract: flame detector DETECTOR FLAME InGaas PIN photodiode pin photodiode transistor 1BW TWO COLOR DETECTOR K3413-05 K3413-08 K3413-09
Contextual Info: UV TO IR DETECTOR Two-color detector K3413-05/-08/-09 Wide spectral response range from UV to IR K3413-05/-08/-09 are hybrid detectors containing an infrared-transmitting Si photodiode mounted over an InGaAs PIN photodiode, along the same optical axis. This structure delivers a wide spectral response range from 0.25 µm to nearly 1.7 µm. The built-in thermoelectric cooler

Contextual Info: Fire Sentry SS4 Fire and Flame Detectors UV and UV/IR Electro-Optical Digital Fire and Flame Detectors Fire Sentry SS4 Detectors Fire Sentry SS4-A and SS4-AS Features: • M  ulti-Spectrum : senses ultraviolet, visible and Wide Band Infrared™ • Built-in test for optical “through the

K3413-05

Abstract: K3413-08 K3413-09 pin photodiode InGaAs sensitivity InGaas PIN photodiode
Contextual Info: UV TO IR DETECTOR Two-color detector K3413-05/-08/-09 Wide spectral response range from UV to IR K3413-05/-08/-09 are hybrid detectors containing an infrared-transmitting Si photodiode mounted over an InGaAs PIN photodiode, along the same optical axis. This structure delivers a wide spectral response range from 0.25 µm to nearly 1.7 µm. The built-in thermoelectric cooler

Si photodiode, united detector

Contextual Info: UV TO IR DETECTOR Two-color detector K3413-05/-08/-09 Wide spectral response range from UV to IR K3413-05/-08/-09 are hybrid detectors containing an infrared-transmitting Si photodiode mounted over an InGaAs PIN photodiode, along the same optical axis. This structure delivers a wide spectral response range from 0.25 µm to nearly 1.7 µm. The built-in thermoelectric cooler

Contextual Info: Fire Sentry FS24X Flame Detectors Multi-Spectrum QuadBand Triple IR Fire and Flame Detectors Fire Sentry FS24X Detectors Features • Patented* WideBand IR Technology • Patented* Electronic Frequency Analysis™ • Visible Sensor for optimum false alarm rejection

Contextual Info: Fiber Optics A New Approach to Monitor and Control Process Temperature The coupling of optical fibers to infrared detectors and signal processing electronics represents the latest progress in the field of non-contact temperature measurement and control. All fibers used in infrared instrumentation

CALDOS

Abstract: uras14 abb fid 14 magnos17 Oxygen analyzer module MultiFID14 abb fid abb advance optima t90 relay Caldos15 oxygen sensor bypass
Contextual Info: Advance Optima Continuous Gas Analyzers AO2000-MultiFID14 NMHC Analyzer Start-Up and Maintenance Manual 41/24 106 EN Rev. 2 Advance Optima Continuous Gas Analyzers AO2000-MultiFID14 NMHC Analyzer Start-Up and Maintenance Manual Publication No. 41/24 106 EN Rev. 3

abb fid 14

Abstract: Uras14 Magnos17 Limas11 CALDOS magnos106 abb fid AO2000-MultiFID14 Caldos15 MultiFID14
Contextual Info: AO2000 Series Continuous Gas Analyzers AO2000-MultiFID14 FID Analyzer Start-Up and Maintenance Manual 41/24 105 EN Rev. 3 AO2000 Series Continuous Gas Analyzers AO2000-MultiFID14 FID Analyzer Start-Up and Maintenance Manual Publication No. 41/24 105 EN Rev. 3

Light Detector laser

Abstract: short distance measurement ir infrared diode
Contextual Info: Opto-semiconductors Condensed Catalog HAMAMATSU PHOTONICS K.K. Our unique photonics technology delivers highly sophisticated opto-semiconductors with high-sensitivity and high-speed response. Hamamatsu Photonics has been at the cutting edge of photonics technology for 60 years. In that

InGaAs photodiode spectral response

Abstract: photodiode InGaAs photodiode flame InGaAs TWO COLOR DETECTOR K3413-05 K3413-08 K3413-09 k341
Contextual Info: Two-color detectors K3413-05/-08/-09 Sensors with a wide spectral response range from UV to IR The K3413-05/-08/-09 are hybrid detectors containing an infrared-transmitting Si photodiode mounted over an InGaAs PIN photodiode, along the same optical axis. This structure delivers a wide spectral response range from 0.25 m to nearly 1.7 μm. The

GP1S50J0000F

Contextual Info: GP1S50J0000F GP1S50J0000F Gap : 3mm, Slit : 0.5mm Phototransistor Output, Case package Transmissive Photointerrupter •Description ■Agency approvals/Compliance GP1S50J0000F is a standard, phototransistor output, transmissive photointerrupter with opposing emitter and

Contextual Info: GP1L57J0000F GP1L57J0000F Gap : 10mm, Slit : 1.8mm Darlington Phototransistor Output, Case package Transmissive Photointerrupter •Description ■Agency approvals/Compliance GP1L57J0000F is a wide gap, darlington phototransistor output, transmissive photointerrupter with opposing

Contextual Info: GP1S54J0000F GP1S54J0000F Gap : 3mm, Slit : 0.5mm Phototransistor Output, Case package Transmissive Photointerrupter •Description ■Agency approvals/Compliance GP1S54J0000F is a standard, phototransistor output, transmissive photointerrupter with opposing emitter and

Infrared detectors

Abstract: dark detector application ,uses and working
Contextual Info: Compound semiconductor photosensors 1 InGaAs/GaAs PIN photodiodes 1-1 Characteristics 1-2 How to use 2 InGaAs APD 2-1 Operating principle 2-2 Characteristics 2-3 How to use CHAPTER 06 8 MCT HgCdTe photovoltaic detectors 8-1 Characteristics 8-2 How to use