850 VCSEL ULM Search Results

SM 850nm laser vcsel

Contextual Info: Laser Diodes Single-mode & polarizationstable VCSEL 850 nm, TO46, 2.0 mW • Single-mode • Ideal circular gaussian beam • Stable Polarization • Built-in ESD protection structure PRELIMINARY ELECTRO-OPTICAL CHARACTERISTICS T=20°C unless otherwise stated

Contextual Info: Single Mode VCSEL 850±3 nm TO46 & TEC Vertical Cavity Surface-Emitting Laser ‹ internal TEC and Thermistor ‹ Narrow linewidth ‹ 2nm tunability with TEC ‹ High performance and reliability ‹ INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT

850-nm-multimode-VCSEL

Abstract: VCSEL 850 nm ULM Photonics vcsel 850 vcsel nm 850 VCSEL ULM VCSEL 40G ULM Photonics GmbH
Contextual Info: V2 850 nm multimode VCSEL 2,5 / 3,125 / 5 Gbps for high speed data transmission • High speed up to 5 Gb/s • Lowest threshold current • Lowest power consumption Warning: Laser radiation, avoid exposure to beam. Class 3B laser product, potential eye hazard.

VCSEL-ULM850-14-TT-F

Contextual Info: 14 Gbps VCSEL 850 nm 1x4 1x12 chip Vertical Cavity Surface-Emitting Laser  Cathode on top side  Unsealed 85% r.H./85°C certified  Suitable for wirebond and flipchip process  Preliminary ELECTRO-OPTICAL CHARACTERISTICS Chip Temperature = 25°C unless otherwise stated.

ULM Photonics

Abstract: laser 850 nm ULM Photonics GmbH
Contextual Info: V3 850 nm multimode 2,5 / 3,125 / 5 Gbps NxM VCSEL array for high speed data transmission • High speed up to 5 Gb/s • Lowest threshold current • Lowest power Warning: Laser radiation, avoid exposure to beam. Class 3B laser product, potential eye hazard.

R/ULM850-05-TT-C0101D

Contextual Info: 5 Gbps VCSEL 850 nm 1x1/1x4/12 chip    For flip chip stud bump and wire bond Unsealed 85% r.H./85°C certified 1, 4, or 12 channel array configuration INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT Preliminary ELECTRO-OPTICAL CHARACTERISTICS

ULM850-14-TT-N0112U

Abstract: ULM850-14-TT-N0101U
Contextual Info: 14 Gbps VCSEL 850 nm 1x1/4/12 chip Vertical Cavity Surface-Emitting Laser 1 Cathode on top side 1 Unsealed 85% r.H./85°C certified 1 1x1, 1x4, 1x12 chips 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT Preliminary ELECTRO-OPTICAL CHARACTERISTICS

Contextual Info: 10 Gbps VCSEL 850 nm 1x1/4/12 chip Vertical Cavity Surface-Emitting Laser 1 Cathode on top or substrate side 1 Unsealed 85% r.H./85°C certified 1 1x1, 1x4, 1x12 chips 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT Preliminary ELECTRO-OPTICAL CHARACTERISTICS

ULM Photonics

Abstract: 10Gbps-VCSEL ULM Photonics GmbH
Contextual Info: V2 850 nm multimode 1 x n, 10 Gbps VCSEL for high speed data trans • • • • • Warning: High speed up to 10 Gb/s High reliability Low current and voltage Lowest power consumption Single devices and linear arrays Laser radiation, avoid exposure to beam.

ULM Photonics

Abstract: 10Gbps-VCSEL 850 VCSEL ULM VCSEL 850 nm ULM Photonics GmbH
Contextual Info: V3 850 nm multimode 1 x n, 10 Gbps VCSEL for high speed data transmission • • • • Warning: High speed up to 10 Gb/s Low current and voltage Lowest power consumption Single devices and linear arrays Laser radiation, avoid exposure to beam. Class 3B laser product,

6MA80

Contextual Info: 5 Gbps 850 nm VCSEL chip Vertical Cavity Surface-Emitting Laser 1 High speed up to 5 Gbps 1 Unsealed 85% r.H. / 85°C certified 1 Top side emission 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS T = 25°C unless otherwise stated

ULM850-L2-PL-S0101U

Abstract: ULM850-PM-TN-S46FZP ULM850-VP-PL-S46XOP 894nm ULM850-PM-TN-S46XZP SM 850nm laser vcsel ulm tdlas vcsel SMD MAP 3959 ulm vcsel reference
Contextual Info: Single Mode VCSEL 850nm,TO46,0.5mW Ideal circular gaussian beam Built-in ESD protection structure High reliability, 10 years @ 85°C INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS T=20°C unless otherw ise stated

vcsel SMD

Abstract: ULM855-G2-TN-SSMDTL
Contextual Info: Single Mode VCSEL 850nm SMD package 1 without encapsulation 1 ESD protection 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS T=20°C unless otherw ise stated PARAMETER Emission wavelength SYMBOL 1R UNITS

ULM850-03-TN-S46FTT

Abstract: ULM850-03-TN-S46FOP ULM850-10-TN-S46FOP ULM980-03-TN-S46FOP ulm850 ULM980-01-TN-S46FTT ULM Photonics ULM850-10 E2000 T046
Contextual Info: Single Mode VCSEL 775±3 nm TO46 & TEC Vertical Cavity Surface-Emitting Laser internal TEC and Thermistor ‹ Narrow linewidth ‹ 2nm tunability with TEC ‹ High performance and reliability ‹ ‹ INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT

ULM850-OM-TN-S46XOP

Abstract: ULM Photonics E2000 T046 TO46 ULM850-OM-TN-S46FOP SM 850nm laser vcsel SM 850nm laser vcsel ulm ULM Photonics GmbH
Contextual Info: Low cost Single Mode VCSEL 850nm,TO46 Ideal circular gaussian beam ‹ Built-in ESD protection structure ‹ High reliability, >105 h @ 50°C, 2 mA ‹ INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS PARAMETER

Contextual Info: Low cost Single Mode VCSEL 850nm,TO46 Ideal circular gaussian beam ‹ Built-in ESD protection structure ‹ High reliability, >105 h @ 50°C, 2 mA ‹ INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS PARAMETER

Contextual Info: 3mW / 6mW VCSEL SMA Receptacle / Chip Vertical Cavity Surface-Emitting Laser  3mW / 6mW peak power  >2,5 Gbps speed  e.g. for storage, free space, sensing  other wavelengths available, e.g. for WDM  INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE

Contextual Info: 12mW / 24mW VCSEL SMA Receptacle / Chip Vertical Cavity Surface-Emitting Laser  12mW / 20mW / 24mW peak power  >2,5 Gbps speed  e.g. for storage, free space, sensing  other wavelengths available, e.g. for WDM  INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE

Contextual Info: 6mW / 12mW VCSEL SMA Receptacle / Chip Vertical Cavity Surface-Emitting Laser  6mW / 12mW peak power  >2,5 Gbps speed  e.g. for storage, free space, sensing  other wavelengths available, e.g. for WDM  INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE

ULM850-PM-TN-S46XZP

Contextual Info: Low cost Single Mode VCSEL 850nm,TO46, 1.0mW Ideal circular gaussian beam 1 Built-in ESD protection structure 1 High reliability, 10 years @ 85°C 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT ELECTRO-OPTICAL CHARACTERISTICS T=20°C unless otherw ise stated

Contextual Info: Single mode & polarization VCSEL 850nm,TO46, 0.7mW Single-mode & single-polarization 1 Ideal circular gaussian beam 1 Stable Polarization 1 Built-in ESD protection structure 1 High reliability, 10 years @ 85°C 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE

vcsel SMD

Contextual Info: 12mW VCSEL 850nm SMD Package Vertical Cavity Surface-Emitting Laser 1 SMD package 1 12mW cw output power 1 High performance and reliability 1 INVISIBLE LASER RADIATION AVOID BEAM EXPOSURE CLASS 3B LASER PRODUCT Prototype ELECTRO-OPTICAL CHARACTERISTICS SMD package

laser diode three wave for Cd Player

Abstract: InGaAsN blue Laser-Diode samsung CD Pick-Up head GaAs 850 nm Infrared Emitting Diode VCSEL array, 1550 VCSEL Reflective Optical Sensor Edge-Emitting Diode laser diode samsung High Speed characteristics of VCSELs
Contextual Info: A P P L I C AT I O N S O P TO E L E C T R O N I C S Vertical-cavity surface-emitting lasers The laser of tomorrow Vertical cavity surface-emitting lasers VCSELs are still fairly unknown. This should soon change, however, as they combine, to put it simply, the

fiber TRANSCEIVER CIRCUIT DIAGRAM rs232

Abstract: HFRD HFRD-14 Honeywell DBM 01 PCB PL-SLR-00-SG3-C3 fiber-optic photodiode for 850nm HFRD-15 photodiode for fiber-optic sensor 850 nm ULM Photonics DS1859
Contextual Info: Reference Design: HFRD-14.0 Rev.11;11/08 REFERENCE DESIGN Multirate 1Gbps to 4.25Gbps 850nm Small Form-Factor Pluggable (SFP) Transceiver Maxim Integrated Products Reference Design: Multirate (1Gbps to 4.25Gbps) 850nm SFP Transceiver Table of Contents 1. Overview. 2