DIODE LASER BRAGG Search Results

laser diode lifetime

Abstract: diode laser bragg TEM00 Thermistor 200 dbr laser
Contextual Info: Version 0.90 29.04.2008 page: 1 from 4 DFB/DBR TPL/TPA DISTRIBUTED BRAGG REFLECTOR LASER GaAs Semiconductor Laser Diode with integrated grating structure RWE/RWL PRELIMINARY SPECIFICATION BAL DFB/DBR Laser EYP-DBR-1080-00020-2000-BFY02-0000 General Product Information

diode laser bragg

Abstract: GaAs diode nm TEM00
Contextual Info: Version 0.90 29.04.2008 page: 1 from 4 DFB/DBR TPL/TPA DISTRIBUTED BRAGG REFLECTOR LASER GaAs Semiconductor Laser Diode with integrated grating structure RWE/RWL BAL PRELIMINARY SPECIFICATION DBR Laser EYP-DBR-1080-00080-2000-TOC03-0000 General Product Information

TEM00

Abstract: dbr laser
Contextual Info: 0.90 24.01.2008 page: 1 from 4 BAL DFB/DBR TPL/TPA DISTRIBUTED BRAGG REFLECTOR LASER GaAs Semiconductor Laser Diode with integrated grating structure RWE/RWL PRELIMINARY SPECIFICATION DBR Laser EYP-DBR-1063-00100-2000-TO-03-0000 General Product Information

6392

Abstract: TEM00
Contextual Info: Version 0.90 29.04.2008 page: 1 from 4 DFB/DBR TPL/TPA DISTRIBUTED BRAGG REFLECTOR LASER GaAs Semiconductor Laser Diode with integrated grating structure RWE/RWL BAL PRELIMINARY SPECIFICATION DBR Laser EYP-DBR-1080-00080-2000-SOT02-0000 General Product Information

UPS APC 800 CIRCUIT

Abstract: APC UPS CIRCUIT BOARD collimated LED 670 nm Laser Diode 808 2 pin 1000 mw APC back UPS RS 800 UPS APC CIRCUIT 1550nm 5mw laser diode APC UPS repair temperature controlled fan project Fabry-Perot-Laser-Diode 1310 1550
Contextual Info: Laser Diode Products for the OEM  INTRODUCTORY INFORMATiON Who we are & what we do Thank you for your interest in Power Who we are Technology, Inc. The past three decades k Manufacturer of OEM laser diode products for analytical, biomedical, & industrial applications

chip laser diode 980nm single mode

Abstract: submount DIODE G06 laser diode 980nm single mode 980NM G06 module 980nm
Contextual Info: Data sheet 980nm Terrestrial and Submarine Pump Laser Diode Series G06 The Bookham Technology G06 980nm Terrestrial and Submarine Pump Laser Diode Series have been designed and optimized for use as high-power, highly reliable pump sources for the latest erbium-doped

NORTEL laser

Abstract: NORTEL pump laser Laser Diode for pump 400 mW NORTEL laser diode submount 7835 980 nm laser diode laser diode submount submarine
Contextual Info: Optical Components Datasheet G05 980 nm Terrestrial and Submarine Pump Laser Diode Series Features Description Kink-free operations from 250 to 400 mW The Nortel Networks Optical Components G05 980 nm Terrestrial and Submarine Pump Laser Diode Series have been designed and optimized for use as high-power,

1495nm

Abstract: UV diode 100 nm to 280 nm raman laser modeling laser diode pinout 1420nm SM15 pump laser 14xx JDSU pump laser
Contextual Info: Product Bulletin 14xx nm, 180 to 300 mW Laser Diode 3400 Series The JDS Uniphase 3400 Series 14xx nm, 300 mW Laser Diode is wavelength selected between 1420 and 1495 nm using grating-stabilized, polarization maintaining PM fiber. It is housed in an industry standard 14-pin butterfly package.

Laser Diode 1550 nm

Abstract: Fabry-Perot 1550 nm Quantum Photonics Single Angled Facet SAF Laser Diode 1550 nm semiconductor gain chip laser diode bare chip 1550 Laser InP tunable lasers diode applications Fabry-Perot-Laser-Diode 1550 laser diode Laser diode Fabry-Perot
Contextual Info: Single Angled Facet SAF Laser Diode 1550 nm semiconductor gain chip (Preliminary) DESCRIPTION Quantum Photonics’ Single Angled Facet (SAF) gain chip is based on high-power InP ridge waveguide laser diode technology. Laser cavity oscillation is prevented by active waveguide engineering to produce a front angled facet which in combination with antireflection coating ensures a broadband low facet reflectivity. Optional mode transformers monolithically incorporated at the facets

Contextual Info: Single Angled Facet SAF Laser Diode 1550 nm semiconductor gain chip (Preliminary) DESCRIPTION Quantum Photonics’ Single Angled Facet (SAF) gain chip is based on high-power InP ridge waveguide laser diode technology. Laser cavity oscillation is prevented by active waveguide engineering to produce a front angled facet which in combination with antireflection coating ensures a broadband low facet reflectivity. Optional mode transformers monolithically incorporated at the facets

"ADC Telecommunications" laser

Abstract: ADC 980NM GR-1312-CORE 980 nm laser diode
Contextual Info: 980 nm Laser Module Fiber Bragg Grating Stabilized Features: • Fiber Bragg Grating wavelength stabilization • Unique patent-pending Epitaxial Mirror On Facet EMOF technology eliminates Catastrophic Optical Mirror Damage (COMD) at the facet • Vertically integrated laser diode and module manufacturing facility ensures reproducible

"ADC Telecommunications" laser

Abstract: ADC 980NM Fiber-Bragg-Grating GR-1312-CORE GR-468-CORE 980 nm laser diode
Contextual Info: 980 nm Laser Module Fiber Bragg Grating Stabilized Features: • Fiber Bragg Grating wavelength stabilization • Unique patent-pending Epitaxial Mirror On Facet EMOF technology eliminates Catastrophic Optical Mirror Damage (COMD) at the facet • Vertically integrated laser diode and module manufacturing facility ensures reproducible

"ADC Telecommunications" laser

Abstract: GR-468-CORE HERMETICITY laser diode 980 nm GR-1312-CORE GR-468-CORE Fiber Bragg Grating 980S150GAAF1 980 nm laser diode
Contextual Info: 980 nm Laser Module Fiber Bragg Grating Stabilized Features: • Fiber Bragg Grating wavelength stabilization • Unique patent-pending Epitaxial Mirror On Facet EMOF technology eliminates Catastrophic Optical Mirror Damage (COMD) at the facet • Vertically integrated laser diode and module manufacturing facility ensures reproducible

dfb laser diode 1490 nm

Abstract: wxxxx Fiber Bragg Grating
Contextual Info: JOG-00914 OKI Electronics Components Preliminary OL4131N Series Rev.5 [Feb. 2002 ] 1420 – 1490 nm/ 120-200 mW Laser Diode Butterfly Modules with Fiber Bragg Grating, Built in Cooler. 1. DESCRIPTION OL4131N-Wxxxx series are 1480nm Laser Diodes combined with a Fiber Bragg Grating in Butterfly

SDL-5401-G1

Abstract: SDL-5422-H1 SDL laser dbr SDL-5421-G1 SDL 5700 SDL-5431-G1 sdl 5400 SDL laser diode sdl-5400 SDL-5400-G1
Contextual Info: « ê-' •e cu E c£ S E R I E f i I • ■■■■':• 2 S ca Hw *oos %£ UP TO 200 mW CW SINGLE MODE GaAIAs LASER DIODES High power in a diffraction limited, single spatial mode beam is provided by the SDL-5400 Series laser diode. The index guided laser emits in a

nanolaser

Abstract: nanolaser power supply nanolase JDS Uniphase 266 nm 532 nm laser diode TEM00 JDS Uniphase laser semiconductor optical amplifier JDS atx power supply 494 003-010000
Contextual Info: Product Bulletin DualChip NanoLaser Diode pumped high average UV power microchip laser JDS Uniphase supplies unique, diode-pumped, passively Q-switched solid state lasers that are ideal for many OEM applications. These devices produce high intensity, linearly polarized light

microlens array VCSEL

Abstract: laser diode VCSEL to ic laser diode array low power vcsel array Princeton Technology class D vcsel 100w 0028c prince fiber pumping coupler Princeton Technology
Contextual Info: www.princetonoptronics.com Princeton Optronics’ Advanced High-Power Diode Lasers Princeton Optronics designs and manufactures advanced high-power CW and QCW diode lasers for the industrial, medical, and defense markets. Princeton Optronics’ innovative approach is based on the Vertical-Cavity Surface-Emitting Laser technology

980NM data sheet

Abstract: bookham diode 980nm pump laser laser diode 980nm single mode laser diode submount
Contextual Info: Data sheet 980nm Terrestrial and Submarine Pump Laser Diode Series G07 Features • Kink-free operations from 480 to 700mW • High slope efficiency of 0.93W/A • Rollover power in excess of 1.3W • Small vertical farfield of 21 deg The Bookham Technology G07 980nm Terrestrial and

schematic diagram for thermistor

Abstract: SDL laser diode manual 25xx SDLO-WM21
Contextual Info: PRELIMINARY PRODUCTS SDLO-WM E R I E S SDLO-WM21 -270 SDLO-WM41 -500 2 pump source 4 pump source Absolute Maximum Ratings 3 Unit Conditions/Comments CW Operating Current MAX 350 350 mA Laser Diode Reverse Voltage MAX 4.5 4.5 V MPD Reverse Voltage MAX 10

UV diode 100 nm to 280 nm

Abstract: UV diode 320 nm 1495nm Laser Diode 405 nm 400 mW JDSU pump laser
Contextual Info: COMMUNICATIONS COMPONENTS 14xx nm, 360 mW Laser Diode 3400 Series Key Features • Up to 360 mW 1420 to 1465 nm • Up to 340 mW (1466 to 1495 nm) • Up to 320 mW (1496 to 1510 nm) • Grating stabilized • High thermal efficiency • Robust high-power operation (0 to 70°C)

Contextual Info: COMMUNICATIONS COMPONENTS 14xx nm, 300 mW Laser Diode 3400 Series Key Features • Up to 320 mW 1420 to 1465 nm • Up to 300 mW (1466 to 1495 nm) • Up to 280 mW (1496 to 1510 nm) • Grating stabilized • High thermal efficiency • Robust high-power operation (0 to 70 °C)

UV diode 100 nm to 280 nm

Abstract: JDSU pump laser SM15 UV diode 200 nm PIN photodiode 420 nm CMPD Laser Diode 405 nm UV diode 320 nm JDSU laser diode UV diode 280 nm
Contextual Info: COMMUNICATIONS COMPONENTS 14xx nm, 360 mW Diode Laser 3400 Series Key Features • Up to 360 mW 1420 to 1465 nm • Up to 340 mW (1466 to 1495 nm) • Up to 320 mW (1496 to 1510 nm) • Grating stabilized • High thermal efficiency • Robust high-power operation (0 to 70°C)

Contextual Info: Features Product Specifications • Up to 300mW CW output power. 975nm Single-Mode 14-Pin Butterfly Module Laser Diodes • Fiber Bragg Grating available for increased wavelength stability ±0.5 nm . • High Quality, Reliability, & Performance Applications

BH-975-0300-P50

Abstract: BH-975-0250-PP0 BF980
Contextual Info: Product Specifications Features • Up to 300mW CW output power. • Fiber Bragg Grating available for increased wavelength stability ±0.5 nm . • High Quality, Reliability, & Performance Applications • Telecommunication • Cable TV • Fiber Lasers