Hysteresis results from a charge burst from Stage 2 that jumps the timing-capacitor voltage past the switching threshold by a known, fixed amount
| Authors | Robert Larson |
| Main Document | Article «Astable multivibrator gets hysteresis from positive-feedback stage» |
| Description | Figure 4 |
| File Format / Size | PDF / 18 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Astable multivibrator gets hysteresis from positive-feedback stage»
- Figure 1. A basic astable multivibrator uses a Schmitt trigger and an RC network
- Figure 2. A part's hysteresis, in large part, determines switching thresholds
- Figure 3. The addition of a positive-feedback stage provides hysteresis to a simple inverter stage
- Figure 4. Hysteresis results from a charge burst from Stage 2 that jumps the timing-capacitor voltage past the switching threshold by a known, fixed amount
