Transistor Crystal Oscillator | Circuit Diagram | Working Principle | New Notes [2023] - Poly Notes Hub
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Transistor Crystal Oscillator | Circuit Diagram | Working Principle | New Notes [2023]
In this note, we are discuss about the Transistor Crystal Oscillator. About the Circuit Diagram, Circuit Operation, Advantages, and Disadvantages also. Poly Notes Hub happy to share this note with all of you.
As you can see in this circuit instead of resonance caused by L and (C1 + C2), we have the parallel resonance of the crystal. At parallel resonance, the impedance of the crystal is maximum. This means that there is a maximum voltage drop across C1. This in turn will allow the maximum energy transfer through the feedback network at fp.
Note that feedback is positive. The transistor produces a phase shift of 180°. The capacitor voltage divider produces a further phase shift of 180°. This oscillator will oscillate only at fp. Even the smallest deviation from fp will cause the oscillator to act as an effective short. Consequently, we have an extremely stable oscillator.
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Transistor Crystal Oscillator | Circuit Diagram | Working Principle | New Notes [2023] - Poly Notes Hub
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Transistor Crystal Oscillator | Circuit Diagram | Working Principle | New Notes [2023] - Poly Notes Hub
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Transistor Crystal Oscillator | Circuit Diagram | Working Principle | New Notes [2023] - Poly Notes Hub
We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it.OkPrivacy policy
We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it.OkPrivacy policy
I admire the way you’ve handled this subject with such depth and insight. Thank you for sharing your knowledge.
What a fantastic exploration of the topic. Your insights are both deep and accessible.