If you’re switching a 3.3 V power rail and your microcontroller is 3.3 V, you might as well drive the FET directly with a GPIO – while charging a FET’s gate isn’t always GPIO-friendly ...

With a single capacitor between gate and drain, you can add primitive soft-start to your high-side-switching P-FET-based circuit – having the FET spend longer time in its linear region as it is ...

A NAND gate can of course be realized by adding M2 and R3 to form an output inverter. Figure 3 Two-input NAND gate (a), and MOSFET realization (b) For a more analog MOSFET application, consider this ...

The support for the Gate-All-Around FET device will be added to all GBT’ s EDA tools, starting with its interactive, advice and correction of design rule violations software.

Explore next-gen transistor, from InGaOx GAA structures to Intel’s RibbonFET, unlocking higher density, efficiency, and performance.

Today’s complex systems often feature a multitude of devices incorporating several different logic power families. In order for these mixed-mode systems to operate properly, some type of voltage ...

Alpha and Omega Semiconductor Limited introduced its AONK40202 25V MOSFET in state-of-the-art DFN3.3×3.3 Source-Down ...

Application example 2: MOSFET gate drivers High-current low R DS(on) MOSFETs can exhibit gate capacitances that require amps of drive current for successful high-frequency operation. Typically, the ...

However, I’ve observed cases in which the gate is pulled well below 0 V, perhaps to –12 V via a gate-drive transformer driving a half-bridge circuit with separate, galvanically isolated ...

Toshiba's new SiC MOSFET gate driver photocoupler features an active Miller clamp function, helping to enhance safety for industrial equipment.