Known as buck converters if they step the input voltage down and boost converters if they step the voltage up, [Pete] explains how these circuits exploit the properties of an inductor to resist ...

I read this as converts 8v into 100v, AKA a boost converter. I see now the title should have been: “accepts up to 100v”. I feel the title could be less ambiguous.

Buck-boost converters [2] like the TPS63000 regulate the output by switching an inductor with four FETs in a full-bridge configuration (Fig. 1). While these highly integrated devices were designed ...

Finally, an inverting buck-boost converter places additional voltage and current stresses on the power devices compared with a four-switch buck-boost circuit, reducing relative efficiency. But the ...

Figure 1 shows the schematic of a synchronous buck converter. The circuit replaces the diode in the basic buck circuit with a low-side (LS) FET chosen for low R DS(ON) . The FET costs more than a ...

The converter made its debut at the IEEE International Solid-State Circuits Conference ... entitled "A 98.6%-Peak-Efficiency 1.47A/mm 2 Current-Density Buck-Boost Converter with Always Reduced ...

A buck-boost converter can be implemented as shownin Figure 1 above. This implementation has the advantage that a simple, low-side MOSFETdriver circuit can be used. The topology shown in Figure 1 ...

Buck-boost power supply IC achieves ultra-low current consumption (2.8µA) Combining low current circuit that provides ultra-low current consumption and fast response and an optimized switching control ...

Texas Instruments rolled out a new buck-boost converter with advanced power management that it said can boost the battery life of industrial and consumer Internet of Things devices by over 50%.