Reducing power dissipation from diodes is essential in all situations where high currents flow at relatively low voltages (e.g., when solar panels or lithium-ion batteries are connected in parallel).

Called DZDH0401DW, it is designed to work with a p-channel mosfet in the high-side rail in systems up to 40V. It might better be described as a ‘nearly ideal diode controller’ as it draws some current ...

Among passive electronic components, the fuse and diode are well known, well understood, widely used, and essential to many circuits and systems. Still, each has inherent shortcomings that make them ...

A YouTuber has developed a combat suit featuring a spinal battery system designed for improved power efficiency and reliability. The system includes voltage regulation, overcurrent protection, and ...

The SparkFun Ideal Diode Breakout uses four MOSFET P-CH SOT23 chips and four transistor arrays to provide four inputs and four outputs as well as a single common ground. We've gathered some data here ...

These new low-voltage ideal diode ICs reduce power losses by up to an order of magnitude. Nexperia has announced the addition of two new ideal diode ICs to its ever-expanding portfolio of power ...

Linear Technology Corporation introduces the LTC4227, a compact, dual ideal diode with Hot Swap™ controller that provides PowerPath™ and inrush current control for redundant supplies operating from ...

What if your Gigabit Ethernet protection circuit response resembled that of an ideal diode? Asks Len Stencel, applications manager for semiconductor products at Bourns. Gigabit Ethernet (GbE) is a ...

The advanced LPS feature of the AOZ1390DI significantly mitigates the risks in hazardous conditions Designed to enhance USB Type-C efficiency and safety, the AOZ1390DI features Limited Power Source ...