The most common way of implementing a high-side power path or input switch is by using a MOSFET. Either an N-channel or P-channel MOSFET can be used as an input switch, each with a different driving ...

Whether you want to control a couple of powerful LEDs, switch a USB device on and off, or drive a motor, somewhere in the picture, there’s usually a FET doing the heavy lifting. You might not be ...

The power switch, usually a Field Effect Transistor (FET), is turned on and off by a switching controller IC that monitors the output of the switching regulator in a feedback control loop. This ...

Just a dumb switch. If you have a FET switch (mux) that can handle 1.25G, please let me know. Do you mean 1 to 12 channels? We don't have any 1:12 channels mux, but you can do with cascading,maybe you ...

You’d use a FET if you needed a high-impedance audio preamp or a low-noise RF amplifier, and FETs are a good choice for high-current switching applications, but sadly you will probably never ...

In a low-side MOSFET switching application with an inductive load, is there a requirement to protect the gate / gate driver from transients coming back through the MOSFET drain-gate capacitance, or is ...

There is also the option of adding an LED powered through the PCB, the LED is powered after the MOSFET switch There are two versions currently, with fuse and without fuse. The without fuse version is ...

Abstract: SiC Hybrid switch (HyS) combines low conduction loss of Si IGBT and low switching loss of SiC MOSFET, and the cost is closer to that of Si IGBT. The promising high performances of HyS will ...