Search
Superior Reliability & Performance

  • Lasers and Laser-based Systems
  • Laser Measurement and Control
  • Precision Optics
  • Related Accessories
1 - 10 of 175 Search Results for single emitters

1Coherent Inc. Packaged and fiber-coupled single emitters diodes.
1000 nm. " /> Single Emitter Diode Lasers. Single emitter devices ranging from 680 nm to >1000 nm and up to 7W CW. Superior Reliability & Performance * Lasers and Laser-based Systems * Laser Measurement and Control * Precision Optics * Related Accessories Single-stripe diode lasers mounted on either…
Related Searches: c-mount | high heat load package | 680 nm laser | f6 diode

2pdf document  FAPandVerdiWhitepaperfinal Best match in this PDF  |  All matches in this PDF
….. In this example 2 of the 19 emitters are DEAD and 10 are in various stages of terminal decline Fiber Bundle Coupled Laser Diode Bar Laser Diode Bar consisting of 19 individual emitters across the 1cm aperture of the bar. Working emitter Failing emitter Dead emitter Page 3 Thus, long before the diode…
Related Searches: laser diode array | aaa | verdi | fap i

3pdf document  SingleDev 790-830 DS Best match in this PDF  |  All matches in this PDF
790-830 nm Single Emitter Devices Packaged Single Emitters Features · Unique AAATM (Aluminum-free Active Area) technology for highest reliability and lifetime · Broad range of pump wavelengths · Low divergence and lensing options available · High temperature operation capability · HHL package is…
Related Searches: c-mount | diode 830 nm | mttf | 830 nm

4Packaged Single Emitter Devices 790 nm to 830 nm
Loading... Packaged Single Emitter Devices 790 nm to 830 nm Packaged Single Emitter Devices 790 nm to 830 nm SDev Package data sheet wavelengths of 790 nm to 830 nm Click here if you are not re-directed.
Related Searches: 830 nm

5FAP600series_DS  (PAGE 1 OF 4)
790-830 nm Single Emitter Devices
Packaged Single Emitters
Features
· Unique AAATM (Aluminum-free Active Area) technology
for highest reliability and lifetime
· Broad range of pump wavelengths
· Low divergence and lensing options available
· High temperature operation…

6pdf document  PVI5-01 3 Best match in this PDF  |  All matches in this PDF
…While most diffusion masking schemes require double-diffusion, a single-step process was proposed by Raabe et al, where "a thin mask serves only as a diffusion `suppressing' layer." Laser-assisted selective emitters In each selective emitter, laser/material interaction should be understood before identifying…
Related Searches: dopant diffusion | photovoltaic scribe | 532nm pulsed laser | ar coating

7pdf document  PVI5-01 3 ` Best match in this PDF  |  All matches in this PDF
…While most diffusion masking schemes require double-diffusion, a single-step process was proposed by Raabe et al, where "a thin mask serves only as a diffusion `suppressing' layer." Laser-assisted selective emitters In each selective emitter, laser/material interaction should be understood before identifying…
Related Searches: beam homogenizer | 532nm pulsed laser | patent | solar cell scribing

8pdf document  Verdi V DPSS Lasers Superior Performance and Reliability Best match in this PDF  |  All matches in this PDF
…Verdi, the FAP light is homogenized into a single pump fiber that maintains a circular pump profile independent of the number of active diode emitters. Any resultant drop in output power from a single failed emitter is automatically compensated for in the single fiber pump by a slight increase in FAP drive…
Related Searches: reliability | dpss | coherent verdi v10 | verdi family

9Coherent Inc. G-Stack diodes have up to 16 bars in a single stack.
…>200W/bar QCW and high operating temperatures, with reliability >1e9 shots. Standard packages are available with as many as 16 diode laser bars in a single stack. G-stacks are available in a wide variety of wavelengths including “rainbow stack” (multiple-wavelength) options for temperature insensitive…
Related Searches: laser diode stack | unmounted laser diode bars | qcw diode

10PVI5-01_3.pdf  (PAGE 1 OF 7)
emitters
feature a heavily-doped
contact area underneath
the metallized region and a
lightly-doped emitter area
between front fingers."
Why selective emitters?
Forming selective emitters confronts
inherent limitations of the traditional
homogeneous emitter


Page 1 2 3 4 5 6 7 8 9 10 11>> of 18 | Next


Site Search by  Site Search powered by SLI Systems
.