In this paper, we propose a novel TFET Flip-Flop (TFET-FF) designed to address the requirements of ULP (Ultra-Low-Power) applications, like IoT (Internet of Things), while maintaining high performance. The performance of the proposed design in terms of power, area and speed is compared with different flip-flop designs present in literature for MOSFETs, TFETs and FinFETs. The proposed flip-flop supports voltage scaling and works for supply voltages from 0.3V to 0.6V. Leakage is improved by 4 to 7 decades in comparison to state-of-the-art TFET, FinFET and MOSFET designs. With neither feedback for latch implementation nor device stacking, the TFET-FF speed is comparable or exceeds the speed of High-Performance FinFET implementation for VDD = 0.3V/0.5V. The number of transistors used for the proposed TFET-FF is reduced by 50% in comparison to CMOS and FinFET implementations.
['Navneet Gupta', 'Adam Makosiej', 'Andrei Vladimirescu', 'Amara Amara', 'Costin Anghel']
Ultra-Low-Power compact TFET Flip-Flop design for high-performance low-voltage applications