A traditional Hartley oscillator's resonant circuit consists of a tapped inductor and resonating capacitor (a). Allowing for mutual coupling between windings produces an equivalent circuit containing a negative inductance (b). Replacing the negative induc
| Authors | Jim McLucas |
| Main Document | Article «Hartley oscillator requires no coupled inductors» |
| Description | Figure 1 |
| File Format / Size | PDF / 20 Kb |
| Document Language | English |
Other Materials from the Main Document
- Article «Hartley oscillator requires no coupled inductors»
- Figure 1. A traditional Hartley oscillator's resonant circuit consists of a tapped inductor and resonating capacitor (a). Allowing for mutual coupling between windings produces an equivalent circuit containing a negative inductance (b). Replacing the negative induc
- Figure 2. This buffered-output, 18-MHz oscillator features a resonant circuit that doesn't rely on mutual coupling for operation
