he decided to convert it to work with silicon transistors. He also made some improvements to the push-pull bias circuit and limited the high-frequency response. As for the finished product ...

You need a TVS diode because many voltage regulators do not have the ability to sink current, nor can they respond fast ...

One option for combating a scaling-induced hike in leakage current is to insert a high -κ dielectric between the gate metal ...

Of course with Nelson a transistor man well versed in high-power class A behemoths bad for most backs, his FirstWatt side ...

Abstract: This study proposes improved compact models for impact ionization in the intrinsic and drift regions of Laterally-Diffused-Metal-Oxide-Semiconductor (LDMOS) transistors ... current under ...

Additionally, the NN model provides accurate simulations of the bias and frequency dependence in the active region of the device. The proposed approach was applied to GaN High Electron Mobility ...

Single transistor holds the potential to power a high-performance amplifier with the right components and setup. By following precise techniques, this transformation enhances audio output, delivering ...

Quantum computing involves moving away from a process reliant on binary code, ones and zeros, which open and close transistor gates. Quantum bits (qubits) exist in multiple states simultaneously ...

Researchers at the University of California- Santa Barbara have devised a new framework that could contribute to this quest, enabling the fabrication of scalable three-dimensional (3D) field-effect ...

Next year, the Taiwan-based company says that it will start mass production of 1.6nm chips. As these process node numbers decline, the size of the transistors inside these chips shrink which allows ...

Department of Electrical Engineering and Computer Science (EECS), Daegu Gyeongbuk Institute of Science and Technology (DGIST), Daegu 42988, Republic of Korea Department of Electrical Engineering and ...