The world is digital, but sometimes the power of analog is just what is needed. The analog multiplier is a case in point with ...

You can see the impressive arcs in the video below. The multiplier circuit found fame with experiments by Cockroft and Walton, obviously, but was actually originated in the early 1900s with a ...

The research team intends to integrate these improved multiplier circuits into more complex quantum computing systems in future research. “Future studies will involve expanding our current ...

you could regain access to the processor's multiplier settings in the system BIOS, completing factory-destroyed circuits, and opening the door to some free speed. This process became more ...

The “x3 circuit”, a nontrivial portion of the ... more transistors than an entire Z80 microprocessor. Why does the multiplier section of the FPU in the Pentium processor have such specialized ...

Left: Circuit view. Right: NCV-based. The proposed parity-preserving reversible 4 × 4 unsigned multiplier. Left: PPG module. Right MOA module The proposed parity-preserving reversible 5 × 5 ...

Why does the Pentium have a circuit to multiply specifically by three? Why is it so complicated? In this article, I examine this multiplier – which I'll call the ×3 circuit – and explain its ...