Superior Reliability & Performance

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1.    LTJ Laser Direct Machining 0308 Best match in this PDF  |  All matches in this PDF …acts as the support for layers of transparCell 1 Cell 2 Lost space 5 - 10 mm P1 P2 P3 Zn0 Si or CIGS Molybdenum Glass Figure 1: thin film PVs require three separate laser scribing steps, referred to as P1, P2 and P3. these divide the panel into individual cells and create series connections between… Related Searches: ldp | prisma | glass scribing | cigs

2.  LTJ_Laser_Direct_Machining_0308.pdf  (PAGE 1 OF 2) …transparCell 1 Cell 2 Lost space 5 - 10 mm P1 P2 P3 Zn0 Si or CIGS Molybdenum Glass Figure 1: thin film PVs require three separate laser scribing steps, referred to as P1, P2 and P3. these divide the panel into individual cells and create series connections… Related Searches: cigs

3.    80410-038e-ILS Best match in this PDF  |  All matches in this PDF …deposition is the thin (submicron) metal (Al or Mo) layer that forms the rear electrodes. These are patterned using a third scribe process, called P3. The panel is then sealed with a rear surface glass lamination. Scribing requirements To attain economic viability, thin-film devices must be produced… Related Searches: laser scribing of solar panels | corey dunsky | prisma 1064 | lift off

4.  80410-038e-ILS.pdf  (PAGE 3 OF 4) Glass TCO a-Si Metal 1064 nm, 5-8 W 532 nm, 200-500 mW 532 nm, 200-500 mW 0802ILS04f3 P1 P2 P3 · Focused Gaussian beam · Absorbed in the TCO · Simple ablation · Apertured Gaussian beam · Absorption in the a-Si · Micro… Related Searches: laser lift off

5.  80410-038e-ILS.pdf  (PAGE 3 OF 4) Glass TCO a-Si Metal 1064 nm, 5-8 W 532 nm, 200-500 mW 532 nm, 200-500 mW 0802ILS04f3 P1 P2 P3 · Focused Gaussian beam · Absorbed in the TCO · Simple ablation · Apertured Gaussian beam · Absorption in the a-Si · Micro…

6.    Laser Scribing PVI Best match in this PDF  |  All matches in this PDF …thin-film fab). All thin-film patterning stages (referred to as the P1, P2, and P3 process stages) have identified lasers as the optimum production tooling. The exception to this generalization today are the CIGS P2 and P3 stages where research is ongoing to find the optimum laser process window. In current… Related Searches: laser scribing of solar panels | solar cell scribing | cigs | laser scribing

7.    CLEO PhAST May 2008 Best match in this PDF  |  All matches in this PDF …Reliability & Performance COMPANY CONFIDENTIAL Applications Gallery: Thin-Film a:Si P1 Scribea:Si P1 Scribe a:Si P2 Scribea:Si P2 Scribe a:Si P3 Scribea:Si P3 Scribe CIGS P1 ScribeCIGS P1 Scribe Superior Reliability & Performance COMPANY CONFIDENTIAL 5. Applications Case Studies Superior Reliability… Related Searches: paladin | 355 nm

8.    Solar brochure 12 Best match in this PDF  |  All matches in this PDF …lines & feature sizes · Optimized models for all c-Si & thin-film applications · Enabling novel cell concepts in R&D and pilot-lines P1 (below) and P3 (right) layer patterning in a-Si thin-film panels Talisker and Paladin lasers offer picosecond pulses in the IR, Green, and UV AVIA LAMBDA SX Talisker… Related Searches: prisma | texturing | laser scribing of solar panels | solar cell cutting

9.  80410-038e-ILS.pdf  (PAGE 2 OF 4) …Deposit a-Si (Active layer) Pattern a-Si (Laser scribe P2) Deposit metal (contact 2) Pattern metal (Laser scribe P3) 100 - 500 µm Wasted area (decreases overall efficiency) 0802ILS04f2 a p p l i c a t i o n r e p o r t throughput…

10.  PVI3-10.indd  (PAGE 3 OF 5) …All thin-film patterning stages (referred to as the P1, P2, and P3 process stages) have identified lasers as the optimum production tooling. The exception to this generalization today are the CIGS P2 and P3 stages where research is ongoing to find the optimum laser process…

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