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Supplier: OSI Optoelectronics
Description: OSI Laser Diode, Inc.‘s (LDI) 1300 nm edge-emitting LEDs (light-emitting diodes) feature stable power and spectral characteristics over temperature. LDI’s MOCVD-grown InGaAsP devices are aligned to either a single mode or multimode optical fiber in a stable, 14-pin
- Peak Wavelength: 1,300 nm
- Forward Voltage: 2 volts
- Forward Current: 150 milliamps
- Optical Power Output: 0.004 to 0.08 milliwatts
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Supplier: Excelitas Technologies Corp.
Description: The Phoseon FireEdge™ FE100 air-cooled UV LED curing system utilizes passive cooling through natural convection, enabling precise finish control for applications such as digital inkjet pinning and applications where space is limited. The extremely slim form factor features an emitting
- Lamp Intensity: 1,000 to 2,000 mW/cm²
- Applications: Coating / Paint Testing, UV Curing
- Features: LED Source, Other
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Description: exploration of the cutting-edge technology of LEDs Practical Lighting Design with LEDs, Second Edition helps engineers and managers meet the demand for the surge in usage for products using light-emitting diodes with a practical guide that takes them through the relevant
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Description: The optical energy emitted by an LED (usually an edge-emitter) launched into an optical fiber results in a worstcase viewing condition approximately the same as if the source were a laser. 2) Although the spectral bandwidth of an LED is much larger than that of a laser, the
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Supplier: Banner Engineering Corp.
Description: Excels at high-speed, precise monitoring and inspection applications, including on-the-fly sizing, profiling, precision edge and center guiding, and hole detection Includes controller, emitter/receiver pair and interconnecting cables Offers programmable controller with a selection of
- Protection Height: 6.4173263 to 76.8110651 inch
- Controller: External
- Features: Integral Alignment Status LEDs
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Supplier: CARLO GAVAZZI Automation Components
Description: has a built-in test input designed to mute the emitter and thus evaluate the sensor function. Test function is to be activated by the door controller or the door function can be activated by a limit switch, magnet sensor or a safety edge profile. The receiver works with a power-supply from 12
- Operating Distance: 590.5515 to 1,181.103 inch
- Operating Temperature: -13 to 131 F
- Features: DC Powered, Photoelectric Sensors
- Beam Type: Infrared
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Supplier: MacDermid Alpha Electronics Solutions
Description: systems, helping to dissipate heat and extend component life. High-Power LEDs Supports the thermal and electrical requirements of high-power Light-Emitting Diode (LED) modules, ensuring long-term stability and performance under high-power operation.
- Thick Film Type: Conductor
- Applications: Die Bonding, Electronics / Microelectronics
- Material: Silver / Silver Alloy
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Supplier: Semtech Corp.
Description: Semtech offers a portfolio of fully integrated Silicon Germanium (SiGe) BiCMOS and pure CMOS laser drivers for edge emitting laser, VCSEL and LED drive applications. The drivers range from 125 Mbps to 14.3 Gbps and beyond. Applications include Ethernet, Fiber Channel, SONET/SDH
- Data Rate: 300,000 to 11,300,000 kbps
- Maximum Modulation Current: 15 to 120 mA
- Supply Voltage: 3.3 V, 5 V
- Device Type: Laser Driver
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Supplier: ValueTronics International, Inc.
Description: edge-emitting LED, the Q8347 accurately measures the transmission characteristics of optical narrow-band-pass filters employed for EDFA systems at the accuracy ±0.01 nm. In measuring a filter with spectral-width of 1 nm, dynamic range is 35 dB (Averaging 16 times). Linearity at
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Innodisk’s GMSL2 Camera Module and Adapter Board Series delivers long-distance, low-latency, high-resolution imaging for edge AI applications. Supporting up to 15 m FAKRA cables and powered by the Sony ISX031 sensor with HDR and LED Flicker Mitigation, it captures clear, stable images in (read more)
Browse Light Emitting Diodes (LED) Datasheets for New Yorker Electronics Co., Inc. -
manufacturing will be defined by operational discipline, connected intelligence and the ability to execute consistently at scale. Key Takeaways Discover why manufacturing is in an execution led phase where results depend on scaling (read more)
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. Optically clear, it is also safer and easier to handle than similar UV systems as LED lights emit substantially less heat than UV lamps. This makes LED401 a suitable choice for applications involving heat sensitive substrates. As a one part system (read more)
Browse Specialty Adhesives, Sealants, and Compounds Datasheets for Master Bond, Inc. -
Small and efficient, the innovative BlueWave® AX-550 V2.0 LED combines an emitter, controller, and power supply into one. The smaller size helps reduce the manufacturing footprint, overall costs, and clutter of multiple power cables. The flood lamp delivers a sizable 5" x 5" curing (read more)
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differently in real applications. Key insights include: Why intensity measurements vary based on where they are taken Differences between focused and unfocused LED emitters How working distance (read more)
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emissive element (the individual LED or subpixel), with very low takt times to correct the high quantity of emitters in a single display and to support low-waste, high-volume production processes. The white paper discusses: How microLED measurement and correction requirements (read more)
Browse Color Meters and Appearance Instruments Datasheets for Radiant Vision Systems -
Integrates green (530?nm), red (655?nm), and infrared (940?nm) LEDs. Spatial wavelength separation reduces cross-talk for accurate PPG and Sp (read more)
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The new optoCONTROL 2700 high-performance LED micrometer enables unsurpassed accuracy for demanding measurement tasks. Thickness, gaps, edges and segments can be measured with high precision. Precise measurements of small objects from 0.3 mm can be performed. The LED precision micrometer offers (read more)
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Modern Linear Track is used in conjunction with guide rollers and bushings to create a linear guide within your preexisting machine frame. Single edge track incorporates a 90° v-edge that mates with the guide roller groove. The track profile includes a mounting shoulder, which creates a (read more)
Browse Linear Bearing Rails Datasheets for Modern Linear Incorporated -
single edge tracks because there are no issues regarding edge parallelism. The double track linear guide comes with a pre-assembled adjustable carriage, pre-drilled double track and matching spacer. The carriage includes adjustable bushings and is ready to slide onto the rail and adjust to fit (read more)
Browse Linear Bearing Rails Datasheets for Modern Linear Incorporated
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High Radiance Linear LEDs
It is of interest to compare the coupling efficiency of surface emitters with that of edge emitting LED 's.
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1.3 µm LPE- and VPE-grown InGaAsP edge-emitting LED́s
SPECTRA FROM LPE GROWNSURFACE AND EDGE EMITTING LED ’S .
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Low Operating Current (LOC) LEDs And Their Applications To Subscriber Loop Networks
Saul, et al., "180 Mb /s 35 km Transmission Over Single Mode Fiber Using 1.3 µm Edge Emitting LEDs ," Electron. Lett. 21 [17], pp. 773 -775 (1985).
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Recent Progress in Long-Wavelength Lightwave Devices
[50] A. C. Carter et al., "Reliable High Power Edge Emitting LEDs .
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Visible LED alternatives for high-radiance applications
Edge emitting LEDs or EELEDs used for miniature scanned displays are described as high radiance LEDs suitable for other applications requiring collimation, partial coherence, or localized irradiance.
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Comparison of surface- and edge-emitting LED's for use in fiber-optical communications
, EDGE EMITTING LED .
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A study of far-field patterns from high performance 1.3-µm InGaAsP-InP edge-emitting LED's
DEVOLDERE et al.: FAR-FIELD PATTERNS FROM HIGH PERFORMANCE EDGE EMITTING LED 's .
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Laser and LED reliability update
In Section V, the reli- ability of edge emitting LED ’s is briefly discussed.
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Long-wavelength Components By Vapor Phase Epitaxy
Edge emitting LEDs (see Figure 2) are ideal structures for coupling light into optical fibers -- especially the coupling of 1.3 micron LEDs to single mode fibers.
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Recent Development In Light-Emitting Diodes (LEDs) For Optical Fiber Communications Systems
A schematic diagram of the very high radiance stripe -geometry edge emitting LED .