In part 1 of this article series, we explored why switch current is important, what output current is required to satisfy expected loads, and the differences between selecting a buck and boost dc-to-dc converter.

In part 1 of this article series, we explored why switch current is important, what output current is required to satisfy expected loads, and the differences between selecting a buck and boost dc-to-dc converter.

The process of selecting an IC for a boost regulator is different than that for a buck regulator, where the main difference lies in how desired output current relates to regulator IC data sheet specifications.

Whether used for a process control installation or an industrial automation system, an I/O module or a field junction box has a variety of unique challenges in the whole product life cycle.

Analog Devices introduced the LT8491 buck-boost battery charging controller featuring Maximum Power Point Tracking (MPPT), temperature compensation, and I²C interface for telemetry and control.

Whether in buildings or on production floors, programmable controllers are needed everywhere today to regulate various processes, machines, and systems.

If you are not already driving an electric vehicle (EV)—hybrid electric vehicle (HEV), plug-in hybrid vehicle (PHEV), or all-electric vehicle—chances are, you may be soon.