Buck-boost converters can be used for either step-up or step-down ... that incorporate a resonant tank to control the power flow from input to output. This design helps in reducing switching losses, ...

The TPSM83102, for example, is a buck-boost converter in a µSiP module that ... but they can impose significant design challenges. Power modules with integrated inductors can help you achieve ...

These non-isolated, buck-boost DC-DC (step-up, step-down) converters function from input voltages of 9V to 36V or 18V to 75V. The i1C series adjusts output voltages from 9.6V to 28V with output ...

Abstract: The four-switch buck-boost (FSBB) converter is ideal for scenarios such as distributed power supply in data centers and low-voltage DC-DC in electric vehicles as a voltage regulator, because ...

If you’re doing buck/boost converter design, the real learning is in high-frequency design patterns that avoid turning your circuits into unintentional radiators. Those looking for new hobbies ...

However, there are significant challenges of analog circuit design in small process linewidths due ... There are also combination buck-boost mode dc-to-dc converters that automatically supply the ...