Difference Between Hartley vs Colpitts Oscillator Diagram Explained

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⭐ Hartley vs Colpitts Oscillator – Diagram Explained (Most Engaging Description)

Oscillators are the heartbeat of RF circuits, and two legends dominate the field — Hartley and Colpitts. But what truly makes them different? 🤔✨

🔵 Hartley Oscillator

Uses a tapped inductor (L1 + L2) or two inductors in the tank circuit.
The feedback needed for oscillation comes from the inductor side, making it ideal for low-to-medium frequency RF applications.
💡 More inductance = easier tuning and wide frequency range.

🟡 Colpitts Oscillator

Uses two capacitors (C1 + C2) and a single inductor in the tank circuit.
Here, feedback comes from the capacitive divider, giving superior frequency stability and better performance at high frequencies.
💡 Less drift + more accuracy = perfect for RF transmitters.

⚡ Key Difference (Simple Words)

Hartley = Inductor-based feedback

Colpitts = Capacitor-based feedback
Both generate clean sinusoidal oscillations, but their feedback source and frequency stability set them apart.

Swipe to see how the diagrams differ and how each feedback network shapes the oscillation! 📉📈✨

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