Output voltages under four loading scenarios: (1) +10 V output with +10 V loaded 0 to 10 mA, -10 V unloaded; (2) +10 V output with both +10 V and -10 V loaded 0 to 10 mA equally; (3) -10 V output with -10 V loaded 0 to 10 mA, +10 V unloaded; (4) -10 V out
| Authors | Stephen Woodward |
| Main Document | Article «Double and invert 5 V to generate ±10 V using two generic chips and two bootstraps» |
| Description | Figure 3 |
| File Format / Size | PDF / 9 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Double and invert 5 V to generate ±10 V using two generic chips and two bootstraps»
- Figure 1. A 25 kHz multivibrator (U2b) clocks flying capacitor switches that first, double 5 V to +10 V (paralleled U1a,c and U2a,c), and then inverts it to -10 V (U1b and U2b)
- Figure 2. The 25 kHz multivibrator 10 V p-p waveshapes
- Figure 3. Output voltages under four loading scenarios: (1) +10 V output with +10 V loaded 0 to 10 mA, -10 V unloaded; (2) +10 V output with both +10 V and -10 V loaded 0 to 10 mA equally; (3) -10 V output with -10 V loaded 0 to 10 mA, +10 V unloaded; (4) -10 V out
