Abstract
We propose a self-tunable pseudo-CMOS cell library to address the key
challenges of circuit design for flexible electronics. This cell library provides
the building blocks for designing complex circuits which are able to operate
at a low supply voltage. The circuit reliability is greatly improved by incorporating
the post-fabrication tunability into the cells to compensate for the device
degradation (e.g., $\Delta
V_{\rm TH}$). Logic gates, such as latches and flip-flops,
and larger building blocks, such as shift-registers are, developed to demonstrate
the key features and feasibility of this proposed cell library.
© 2009 IEEE
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