Learn how to apply CMOS inverter principles to other logic gates and complex circuits. Find out how to optimize CMOS circuits for performance and power.

Figure 2 Schematic diagram of wire break detector using CMOS memory cell (shown in broken box). If using the CD40106, only one gate is needed for the oscillator (Schmitt inputs). An additional gate ...

A DCP (digital-CMOS process) optimizes logic functions, including switching speed, low-voltage power supplies, submicron geometry, and high component density. Considerations that address analog and ...

In this article, we focus on exploring a suitable circuit design configuration for CNT-based ICs, and constructing basic gates and more complex circuits for an ALU.

Basic CMOS Circuits Simulated with LTspice This repository contains simulations of basic CMOS (Complementary Metal-Oxide-Semiconductor) logic circuits using LTspice. It includes the implementation of ...

Introduction Digital Gates are one of the most fundamental building blocks of digital cirucits and nowadays digital circuits are present everywhere. This repositry presents the design, analysis and ...

In this work, we have emulated the memristor characteristics using CMOS technology. Different topologies of the CMOS memristor have been realized. The design of an optimized memristor emulator circuit ...

This work presents a methodology for estimating and minimizing the total amount of gate-tunneling current in CMOS combinatorial circuits. We take advantage of the state-dependency exhibited by the ...

My fusion process is the only process in the world that can use 2D Graphene for circuit interconnects at low temperature assembling of CMOS Chips.

Explore the function and importance of logic gates in digital and analog applications. Learn about seven common types, their operations, and use cases.