MOSFET switches, whose rapid turn-on/turn-off capability and low on-resistance (R DS(on)) make them useful for power switching circuits, remains the dominant transistor type.

The MOSFET switch makes up one of the major sources of efficiency loss in a switch mode power supply circuit. Often times, as in the synchronous boost there are both high and low side switches.

This makes it possible to switch incredibly large loads very quickly; the true power of the MOSFET. Posted in Misc Hacks Tagged beginner concepts , mosfet Post navigation ...

Forward-converter circuitry The main components of the traditional single-switch forward converter topology (Fig. 1) are the input capacitor C IN, MOSFET Q 1, power transformer with a tertiary reset ...

I assume you’re talking about a MOSFET. They have a very high input impedance, and therefore they pick up noise more easily than JFETs and BJTs, which have a lower imput impedance, because they ...

VRM is an essential part of every computer, but it's often given little attention. In fact, even many computer-savvy enthusiasts don't even know what it is or how it works. VRM stands for Voltage ...

Self protected against excessive temperature, current, and voltage, as well as ESD, the BSP75G 60V, 550-m? n-channel MOSFET will also protect the load via internal current limiting ...

I have found Vishay and Nexperia automotive MOSFET models to be adequate for switch-mode power supply analysis. Several years ago, while working with a Tier 1 supplier on the Ford Mustang 50 th ...

With their sources tied together, the mosfets can be connected in parallel to control dc, or in inverse series to control ac circuits. The mosfet gates are ties to a tiny string of solar cells, which ...