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13:00 - 13:30
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Manuscript ID. 0738
Paper No. 2021-FRI-S1004-I001
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Invited Speaker:
Po-Tsun Liu
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Versatile Thin Film Transistors for Display Electronics Applications
Po-Tsun Liu
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13:30 - 13:45
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Manuscript ID. 0222
Paper No. 2021-FRI-S1004-O001
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| Dun-Jei Zhang
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The Influence of Stacking Sequences to 2D Material Hetero-structures
Dun-Jei Zhang;Po-Cheng Tsai;Wei-Chen Tu;Shih-Yen Lin
In this report, we have investigated the optical characteristics of mono-layer MoS2/mono-layer WSe2 hetero-structures with different stacking sequences. With the wafer-scale MoS2 fully covered the WSe2 flakes, a type-II band alignment of the MoS2/WSe2 hetero-structure will result in a reduced PL for both MoS2 and WSe2 luminescence. However, when WSe2 flakes are transferred to MoS2 surfaces, despite the same weakened MoS2 luminescence, a significant WSe2 luminescence enhancement will be observed. The phenomenon is attributed to the partial detachment of WSe2 flakes on MoS2 surfaces.
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13:45 - 14:00
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Manuscript ID. 0303
Paper No. 2021-FRI-S1004-O002
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| Rahim Bakash Kolaru
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Photo-induced ammonia gas sensing by organic semiconducting molecules, poly(3-hexylthiophene), on anodic aluminum oxide substrate
Rahim Bakash Kolaru;Sajal Biring
Here we demonstrate high response of poly(3-hexylthiophene) based ammonia gas
sensor fabricated on AAO membrane with laser patterned customized interdigitated silver
electrodes. The proposed sensor exhibits limit of detection up to 1 ppm and remarkably high
response compared to the one fabricated on glass substrate. The wavelength dependent response
of this organic semiconducting molecule to ammonia gas has been investigated thoroughly.
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14:00 - 14:15
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Manuscript ID. 0634
Paper No. 2021-FRI-S1004-O003
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| Guan-Ying Lee
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The investigation of novel quantum-dot-color-conversion layer via lift-off
Guan-Ying Lee;Shou-Wei Wang
In this study, we focus on the fabrication and packaging of quantum dots on micro Light-Emitting Diode array, proposing two experiments to improve the performance, and design one structure to reduce the coffee ring caused by spin coating process.
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14:15 - 14:30
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Manuscript ID. 0630
Paper No. 2021-FRI-S1004-O004
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| Cheng-Han Ke
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Pixel Circuit with Leakage Compensating Scheme and Simple Control Signals for Low-Frame-Rate Displays
Cheng-Han Ke;Yu-Sheng Lin;Chih-Lung Lin
A 7T1C AMOLED pixel circuit is proposed to solve the problems of VTH variations and leakage current. Simulation results show the successful detection of ±0.5 V VTH variations. Furthermore, the leakage current at the gate node of driving TFTs is also alleviated.
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