(a) Current flow during on-time, (b) current flow during off-time, (c) the current through the top/control MOSFET (ICTR), (d) the current through the bot/sync MOSFET (ISYNC), and (e) inductor voltage
| Authors | Anthony Serquiña, Jhun Rennel Sanchez |
| Main Document | Article «How to create a dual-output voltage rail with source and sink functionality for ATE applications» |
| Description | Figure 5 |
| File Format / Size | PDF / 20 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «How to create a dual-output voltage rail with source and sink functionality for ATE applications»
- Figure 1. A buck converter
- Figure 2. An inverting buck-boost converter
- Figure 3. Converting a buck converter to an inverting buck-boost configuration
- Figure 4. A buck IC used in an inverting buck-boost topology
- Figure 5. (a) Current flow during on-time, (b) current flow during off-time, (c) the current through the top/control MOSFET (ICTR), (d) the current through the bot/sync MOSFET (ISYNC), and (e) inductor voltage
- Figure 6. (a) Current flow during on-time, (b) current flow during off-time, (c) current through the top/control MOSFET (ICTR), and (d) current through the bot/sync MOSFET(ISYNC)
- Figure 8. A block diagram for the setup
