The traditional forward converter puts a comparatively large voltage stress on the switching transistor
| Authors | Robert Bell |
| Main Document | Article «Two-switch topology benefits forward and flyback power converters» |
| Description | Figure 1 |
| File Format / Size | PDF / 10 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Two-switch topology benefits forward and flyback power converters»
- Figure 1. The traditional forward converter puts a comparatively large voltage stress on the switching transistor
- Figure 2. A two-switch topology reduces the transistors' voltage stress to the bus voltage
- Figure 3. A simple transformer isolated gate drive synchronously operates both primary-side switches
- Figure 4. The traditional flyback converter puts a voltage stress on the switching transistor comparable with the stress of the one-switch forward converter
- Figure 5. Like the forward converter, the two-switch flyback benefits from fixed stresses on the switching components and lower noise
