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Low power design has always been critical to high performance. With the latest technologies, being able to significantly reduce any portion of the overall system power becomes an absolute requirement for extending the lifetime of the system. Clock generation and clock tree distribution are always identified as a significant portion of the power dissipated in a chip. We describe here a servocontrol...
The impacts of corner rounding in TG MOSFETs on DIBL and device characteristics were analyzed via 3D numerical simulations. Properly rounded corners of TG device can improve SCEs or increase drive current. Semi-cylindrical gate structure is preferable for heavily-doped devices, while rectangular gate structure appears better for lightly-doped devices, respectively
In this paper we introduce a novel logic gate family based on Double Gate (DG) SOI MOSFETs for low voltage/low power circuits. The logic gates are based on ratioed logic with depletion-mode (i.e., intrinsically on) Symmetric DG (SDG) load transistors and inversion-mode Asymmetric DG (ADG) driver transistors. Using this technique a basic inverter was designed, with better performance compared to ''classical''...
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