A programmable input threshold voltage inverter compatible with double gate transistors
fabrication processes is presented. Such a circuit is useful as a programmable input …

The introduction of large-scale chemical sensing systems in CMOS which integrate millions
of ISFET sensors have allowed applications such as DNA sequencing and fine-pixel …

This paper presents a new analytical propagation delay model for nanoscale CMOS
inverters. By using a non-saturation current model, the analytical input-output transfer …

Realistic modeling of gate delay is of great importance in evaluating circuit path
performances. Nonzero signal rise and fall times contribute to gate propagation delays and …

We develop an accurate analytical expression for the propagation delay of submicrometer
CMOS inverters that takes into account the short-circuit current, the input-output coupling …

As generally recognized, the performance of a CMOS gate, such as propagation delay time
or short circuit power dissipation, is strongly affected by the nonzero input signal transition …

This book provides the reader with an extensive background in the field of logic-timing
simulation and delay modeling. It includes detailed information on the challenges of logic …

The effects of electromagnetic interference (EMI) from high-power microwave signals on
CMOS inverters are reported. In order to study these effects more effectively, a novel …

Delay and power are two major issues in design and synthesis of VLSI circuits which
depends on different design parameters. In this paper, the relative study of propagation …

A novel and efficient method is presented for computing the delay and supply current pulse
in a CMOS inverter with an RC load. The method builds on existing techniques for …