Their inventors have described them as “Boost in Boost, Buck in Buck” inverters, in reference to the fact that only one power stage works at a high frequency to achieve the minimum switching loss.

True, a buck-boost positive-input, positive-output regulator would usually need a double winding somewhere (the traditional buck-boost inverter works fine with just one). The single-inductor issue ...

Inverting buck-boost converters For larger output currents, inductive solutions – such as the inverting buck-boost converter – are used. These generate a negative output voltage which can be greater ...

A novel flying-capacitor dual buck three-level inverter (FCDBTLI) was presented in this paper. It was a kind of flying-capacitor inverter, which was based on the main circuit of dual buck inverter.

TI complements the TPS6211x with its new dc-dc boost inverter in a 3-mm × 3-mm QFN, the TPS63700.

The module under the knife is a popular buck-boost converter with a wide input range, 0-32 VDC output at up to 5 amps, and a fancy controller with an LCD display.

Posted in Arduino Hacks, classic hacks Tagged ATTiny 85, boost, buck, buck-boost, feedback, inverting, op-amp ← Open-V, The First Open Source RISC-V Microcontroller ...