ABSTRACT
Bootstrapped driver circuit operates at ultra-low supply voltage. Boot-strapping is a technique to improve the driving capability of the digital circuit to operate on very low voltage. The conventional bootstrap-driven circuit operates at 1–1.5 V; in the present work the supply voltage reduces up to 0.8 V at CMOS 180 nm and 0.3 V at CMOS 90 nm. The final output of the driver boosted the above supply voltage. The presented driver circuit shows a low leakage current dissipates minimum power, resulting in 81.46% improvement in power dissipation and 91.2% improvement in delay.
