1 - 10 of 22 Search Results for psg doping
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1.
PVI5-01_3_`.pdf
(PAGE 4 OF 7)
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…established
process known as LIMPID (laser-induced
melting of predeposited impurity doping)
[36]. There are two approaches: (over-)
doping of a residual phosphorouscontaining layer (e.g. PSG), championed
extensively at the University of
Stuttgart [30]; or by introducing
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3.
PVTimes December
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Best match in this PDF
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All matches in this PDF
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…phosphorus-containing paste;· Buried-contacts;· Diffusion-masking; and· Laser-doping.· Within each also, there are different approaches. For example, laser-doping can be introduced via diffusion of phosphorous within the PSG layer prior to removal, or by the introduction of a phosphorous-containing layer…
Related Searches: selective emitter
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4.
Coherent Inc. c Si Selective Emitter Formation
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…Laser Grooved Buried Contact (LGBC) cells. Laser-assisted Dopant- Diffusion (either using the residual PSG layer or predeposited impurities) enables direct formation of strongly phosphorous doped regions. Here the short pulsewidths and fast (quasi-CW) pulsing from Paladin laser-based tools are ideal…
Related Searches: selective emitter | aethon
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5.
PVI5-01_3.pdf
(PAGE 4 OF 7)
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…established
process known as LIMPID (laser-induced
melting of predeposited impurity doping)
[36]. There are two approaches: (over-)
doping of a residual phosphorouscontaining layer (e.g. PSG), championed
extensively at the University of
Stuttgart [30]; or by introducing
…
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6.
PVTimes Sept
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Best match in this PDF
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All matches in this PDF
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…phosphorous-doped paste; buried contacts; diffusion masking; and laser doping. There are also several variants of laser doping, with the most production-viable being laser-induced melting of predeposited impurities (LIMPID), using either a residual phosphorous layer (typically the PSG layer) or an extra…
Related Searches: glasgow
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7.
PVI5-01_3.pdf
(PAGE 2 OF 7)
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…regions between the emitter locations
(grid fingers) for light-doping at ~100/
Sq. As expected, both plasma [16] and
chemical etching [17,18] methods feature
prominently. For the (screen-printed)
phosphorous-doped paste method (2),
two variants have been reported [19,20,21…
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8.
PVI5-01_3_`.pdf
(PAGE 2 OF 7)
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…regions between the emitter locations
(grid fingers) for light-doping at ~100/
Sq. As expected, both plasma [16] and
chemical etching [17,18] methods feature
prominently. For the (screen-printed)
phosphorous-doped paste method (2),
two variants have been reported [19,20,21…
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