Bidirectional Buck-Boost converter
Unlike the inverting backboost, it uses four switches (also two switches and a diode) to convert a positive input voltage into a positive step-down or boosted output voltage. The voltage conversion ratio M is determined by the on / off duty ratio D of the main switch and is given by the following equation.
M = D / (1-D).
- Bidirectional operation
- Buck Boost converter
- A lot of choice in switching device
|750V SiC MOSFET
|The latest SiC MOSFET device. Enhanced low on-resistance enable best in class performance. It supports 750 V withstand voltage, ensuring a higher operating margin than conventional products, and can be used safely.
|650V SiC MOSFET
|Trench-gate SiC MOSFET with low on-resistance (50% reduction) compared to conventional products.
|Trench-gate and thin-wafer technologies are utilized to achieve low VCE(sat) reducing switching loss.
|650V SJ MOSFET
|600 to 800V power MOSFETs using superjunction technlogy, enabling high speed switching and low on-resistance performance. Variaous choice of package are availble.
|Galvanic Isolated gate driver
|1ch configuration, 3,750Vrms isolated type Gate Driver, can be used for switching devices with current source pins.