ABSTRACT: Based on the binary MOSFET and FinFET field-effect transistors, we have respectively designed ternary 0, +1, −1 digital signals using the improved MOSFET and FinFET field-effect transistors.

A technical paper titled “Logic-in-Memory Operation of Ternary NAND/NOR Universal Logic Gates using Double-Gated Feedback Field-Effect Transistors” was published by researchers at Korea University.

However, an improved technology for the periphery became necessary to keep pace with the performance enhancement enabled by subsequent generations of DRAM memory. The most obvious candidate was moving ...

It's time to dig inside to understand how the internal CPU components are designed. We'll discuss transistors, logic gates, power and clock delivery, design synthesis, and verification.

To assess the strain effect on circuit-level performance, SPICE simulations were conducted for a 5-stage ring oscillator and a 2-input NAND gate using the neural compact model. The propagation delay ...

Logic gates are typically manufactured using transistor-transistor logic (TTL) or CMOS technologies, each offering unique benefits. TTL uses bipolar junction transistors (BJT), incorporating both ...

The control gate transistor adds an electric charge to the floating gate transistor to represent a 1 and removes the charge to represent a 0. The cells in the Micron 3500 are based on a memory ...

Here we propose to study the I-V characteristics of the three-terminal molecular devices. The 1.4-Benzenedithiol-Molecular Field Effect Transistor (MFET) model is implemented using Matlab simulator.

The 2N2222 transistor is a very common and widely available NPN BJT, is capable of acting as either a switch or an amplifier. What is a NAND logic gate? A two-input NAND gate produces a LOW output ...

The gate design is a NAND gate on the left two transistors, a switch for the middle transistors, and an OR gate for the last two transistors. Upon examining the configuration shown in the photo, it ...