In traditional circuits, more than a dozen transistors are often needed, and even in modern ANNs, XOR remains difficult, requiring extra layers that increase both complexity and power consumption. The ...

However, the currently employed regulatory techniques primarily concentrate on stimulating single ... circuit formed by the SMA and M1. Based on this assumption, this study devised a novel SMA-M1 ...

Abstract: This article proposes a novel six-phase permanent magnet (PM ... The proposed motor drive can continuously operate without any increased ripple torque up to four arbitrary phase open-circuit ...

Ten years later, the invention of integrated circuits (ICs)—a compact ... reach the physical limits of how many transistors they can push onto a single chip, chips of the future will comprise ...

a company named Motoflux Inc. has apparently figured out how to use magnetic fields for motor-driven energy, dropping a ground-breaking, first-ever proof-of-concept prototype. This new shift in the ...

Both torque ripple and current harmonics are enlarged due to single-phase open-circuit fault of five-phase permanent magnet synchronous motor (FPMSM). Based on chaotic-particle swarm, an adaptive ...

This lightweight transistor with multiple logic gate capability may be used to develop electrically reconfigurable logic circuits—potentially key to the development of high-performance mobile ...

(Analogously, in an electric motor ... smaller (require much less transistors) than conventional CMOS circuits. In summary, the input charge is converted to a magnetic “signal” through ...

Abstract: This paper proposed a novel, real-time and high efficiency diagnostic method for Insulated Gate Bipolar Transistor(IGBT) open-circuit fault in pulse-width-modulated (PWM) voltage- source ...

The gate-drive circuit layout becomes a critical factor in improving dV/dt immunity. The d-GaN transistor has the gate of a low voltage ... by the generator must reach the receiving device. Magnetic ...