This paper explores how different layers in an organic light emitting diode (OLED) impacts its performance. Here, different layers of OLED similar to hole/electron injection layer, transport layer, and block layers are analyzed. Four experimental devices are taken into consideration and their results are compared to one over another to analyze the impact of every layer. Inside depth analysis is also performed on the device to inspect what really is happening Innermost of the OLED. It is noticed that hole and electron block layer are instrumental in improving the device luminescence performance and efficiency. There is an improvement of 16, 37 and 38% in the luminescence of the device when hole block layers and electron block layers are added. Internal device analysis reveals that increase in charge carrier concentration and carrier confinement are the reason for this improvement.

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This research paper analyzes the performance of De-Multiplexer (De-Mux) using Pass Transistor Logic Configuration (PTLC) and CMOS Logic Configuration (CLC).Furthermore, a comparison between the performances of both the configurations in terms of power dissipation, chip area, power supply and drive current levels are analyzed. Besides this, paper also signifies more than 50% decrement in interconnect lengths, chip area and number of transistors count while using pass transistor logic configuration in comparison to 1:2 De-Mux implemented with CMOS logic configuration. Moreover, reduction in supply voltage and decrement in power dissipation up to 70% is observed in pass transistor logic comparing to CMOS logic.

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