Symp Digest of Tech Papers
 2014
DOI: 10.1002/j.2168-0159.2014.tb00167.x
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44.4L: Late‐News Paper: Large Area Display Backplane Using Embedded Single‐Crystal Silicon Particles

D. R. Dykaar1,
Behzad Esfandiarpour
2
,
Feng Chen
3
et al.

Abstract: We

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“…By embedding single crystal silicon spheres in ceramic substrates, and planarizing the surface, large area substrates with high mobility silicon can be realized. For p-type spheres, bulk hole mobility of 400 cm2/Vs has been measured [1].…”
Section: Objective and Backgroundmentioning
confidence: 99%

P‐158L: Late‐News Poster: Development of A Silicon Process with Device Mobility >500 Cm2/V‐Sec Suitable for a Large‐Area Display Backplane Using Embedded Single‐Crystal Silicon Particles

Chen
1
,
Tarighat
2
,
Hill
3
et al. 2015
Symp Digest of Tech Papers
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3
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“…By embedding single crystal silicon spheres in ceramic substrates, and planarizing the surface, large area substrates with high mobility silicon can be realized. For p-type spheres, bulk hole mobility of 400 cm2/Vs has been measured [1].…”
Section: Objective and Backgroundmentioning
confidence: 99%

P‐158L: Late‐News Poster: Development of A Silicon Process with Device Mobility >500 Cm2/V‐Sec Suitable for a Large‐Area Display Backplane Using Embedded Single‐Crystal Silicon Particles

Chen
1
,
Tarighat
2
,
Hill
3
et al. 2015
Symp Digest of Tech Papers
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3
1
6
0
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P-190L:Late-News Poster: Device Mobility >300 cm2/V·S Using Planarized Single-Crystal Silicon Spheres for Large Area Display Backplanes

Tarighat
1
,
Chen
2
,
Hill
3
et al. 2016
SID Symposium Digest of Technical Papers
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69‐4: Active Backplane Design for Digital Video Walls

Dykaar1,
Tarighat
2
,
Chen
3
et al. 2017
Symp Digest of Tech Papers
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