Display technology advances, from thin to "transparent" new forms of sustainable development. AMOLED has the advantage of self-luminous, wide viewing angle, high contrast and fast response. AMOLED panel cathode and anode use transparent materials, with IGZO TFTs high electron mobility, low power consumption, sub-pixel aperture ratio can be increased to achieve high resolution and higher transmittance of the panel. Furthermore, we demonstrate high-transparent 6 inch AMOLED display with IGZO TFTs, the module transparency of the AMOLED display is about 23% transmittance which can realize transparent and thinner portable device.

A 5.5 inches narrow bezel FFS-mode De-mux LCD was developed with the ESL type a-IGZO TFTs. Those displays have de-mux functions can narrow the bezel and reduce the number of ICs on the display. The I on /I off of the ESL typeTFTs are more than 10 9 .

This paper proposes a high resolution capacitive touch panel readout circuit to sense the Variation by self-capacitance method. This AM display of in-cell structure includes an active architecture for improved resolution, that controlling the TFT (Thin-film transistor) to make the accuracy better. In addition, the panel has 60 sensing point per 0.88 inches and the proposed readout circuit used switched capacitor charge amplifier (SCCA) to sensing the charge change and enhances the SNR (Signal-to-noise) by eliminating the baseline. The experimental results show that the proposed readout circuit SNR achieves 38dB and the frame rate is 200Hz.

This Communication describes the Pd-catalyzed C(sp 3 )−H functionalization of a tropane derivative to generate products with functionalization at two (β/γ) or three (β/γ/β) different sites on the alicyclic amine core. These reactions proceed via an initial dehydrogenation to generate an alkene product that can react further to form a Pd(I) alkene-bridged dimer. Functionalization of this dimer affords β/γ/β-functionalized allylic arylation and allylic acetoxylation products.

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