An XOR Schmitt trigger easily creates the sloppy pulses of Figure 3 with a simple RC network
| Authors | Glen Chenier |
| Main Document | Article «Connect passive components to logic gates» |
| Description | Figure 15 |
| File Format / Size | PDF / 3 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Connect passive components to logic gates»
- Figure 1. Adding an RC filter to a logic gate produces a level voltage output with ripple
- Figure 2. An XOR gate, voltage-controlled oscillator, and a few passive components make a frequency doubler
- Figure 3. Make a frequency multiplier with a XOR gate, an op amp, two capacitors, an inductor, and a delay
- Figure 4. A D-type flip-flop and a VCO lets you set a sampling point in the center of a signal eye diagram
- Figure 5. Transformers turn logic gates into live drivers
- Figure 6. Use Schmitt-trigger XOR, OR, or AND gates to make pulse shapers
- Figure 7. A series of logic edges at a sub-harmonic of the tank resonant frequency will cause it to ring
- Figure 15. An XOR Schmitt trigger easily creates the sloppy pulses of Figure 3 with a simple RC network
