1 - 10 of 45 Search Results for ito
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1.
Coherent Inc. ITO Ablation on Plastic Substrates with DPSS Lasers
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ITO Ablation on Plastic Substrates with DPSS Lasers Find the Laser Solution that Fits your Application Needs. Search Applications Notes Search by material and/or process. -- SELECT MATERIAL -- Ceramic Composite Diamond Fabric and Leather Glass Metal Paper Plastic Semiconductor Wood and Derivatives -…
Related Searches: ito ablation
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4.
Microsoft Word - Produktronik Article_rev1.doc
(PAGE 7 OF 9)
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…repetition rates of up to 600 Hz. Figure 7. The LAMBDA SX offers the high pulse energy and repetition rate necessary for ELA. Touch Screen ITO Patterning The cost of touch screens has been steadily declining over the past few years, and, as a result, they are becoming increasingly…
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7.
Talisker_touch_panel_whitepaper_final.pdf
(PAGE 2 OF 4)
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…consider the case of a silicon dioxide thin film of thickness, t ~100 nm and a laser pulse duration of 10 ps. The speed of sound in ITO, c, is ~4100 m/s, using equations from [2] and material property date data from [3], so the characteristic acoustic relaxation time, A, is…
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8.
Talisker_touch_panel_whitepaper_final.pdf
(PAGE 2 OF 4)
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…consider the case of a silicon dioxide thin film of thickness, t ~100 nm and a laser pulse duration of 10 ps. The speed of sound in ITO, c, is ~4100 m/s, using equations from [2] and material property date data from [3], so the characteristic acoustic relaxation time, A, is…
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9.
Talisker_touch_panel_whitepaper_final.pdf
(PAGE 1 OF 4)
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… Picosecond laser pulses enable high throughput, spallation - a single step, dry process with the highest edge quality for patterning ITO and other films resulting in superior resolution and reduced linewidths. This approach is ideal for touch screens and other display applications…
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10.
Talisker_touch_panel_whitepaper_final.pdf
(PAGE 1 OF 4)
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… Picosecond laser pulses enable high throughput, spallation - a single step, dry process with the highest edge quality for patterning ITO and other films resulting in superior resolution and reduced linewidths. This approach is ideal for touch screens and other display applications…
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