IEEE

CMOS VLSI Implementation of Implicit Pulsed Dual Edge Triggered Flip Flop using Pass Transistor Logic for Power Efficient Applications

Abstract: In general, the flipflops are acting as a key circuit and major power intaking element in several digital systems modeling. In this work, a new power efficient flipflop topology titled Pass ...
IEEE

Performance Analysis of Low Power Hybrid Full Adder Using Pass Transistor Logic

Abstract: Adders play an most vital role in the logical operations of VLSI circuits, with the fast increasing of the electronics technologies, speed and size of the system improved which is indirectly ...
Design And Reuse

AI in VLSI Physical Design: Opportunities and Challenges

Traditional EDA tools rely on heuristics and static algorithms, which struggle to scale with modern design complexity. AI introduces a data-driven, adaptive approach, capable of learning from vast ...
Hackaday

Building Diode And Diode-Transistor Logic Gates

The fun part about logic gates is that there are so many ways to make them, with each approach having its own advantages and disadvantages. Although these days transistor-transistor logic (TTL) is the ...
Ars Technica

LSI vs. VLSI

I'll be impressed if someone knows this, but here is my question: What exactly separates a VLSI IC from an LSI chip? According to Wikipedia, an LSI IC has more than 10k transistors, while a VLSI IC ...