LLC Resonant
Magnetic design considerations include resonant operation, switching frequency, circulating current, core loss and thermal limits.
A deeper engineering view of transformer topologies, winding technologies, core materials and EMI magnetic design.
Magnetic design considerations include resonant operation, switching frequency, circulating current, core loss and thermal limits.
Transformer and leakage characteristics need to be considered together with switching behaviour and power-transfer requirements.
Energy storage, gap, peak current, switching frequency and thermal behaviour are central to magnetic design.
Winding arrangement, reset behaviour, flux balance and switching stresses influence the magnetic structure.
Depending on frequency and power density, the approved capability includes Litz wire, planar copper foil and triple-insulated wire. These choices influence AC resistance, insulation, thermal performance, manufacturability and mechanical construction.
Core selection should consider operating frequency, flux density, DC bias, material loss and physical size. Copper loss, proximity effects and thermal transfer must be considered alongside the magnetic specification.
Common-mode and differential-mode chokes are selected and designed according to the noise mechanism, current path, required impedance behaviour and thermal conditions.