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Question
How does an oscillator work?
How does an oscillator work?
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Solution
Explanation:
- Radio and TV are major applications for LC oscillator circuits. A tank circuit with a capacitor (C) and an inductor (L) is used by an LC oscillator.
- The capacitor is charged when voltage is applied to the LC circuit, and when the battery supply is interrupted, the capacitor's stored energy is discharged to the inductor.
- The inductor uses this energy to create a magnetic field around itself until the capacitor is completely depleted. After the capacitor is completely discharged, the magnetic field around the inductor collapses, producing a voltage that charges the capacitor with opposite polarity. Then this cycle is repeated.
- Oscillations are caused by charge and discharge between the capacitor and the inductor.
Therefore, the LC Oscillator is a "Sinusoidal Oscillator," or a "Harmonic Oscillator," as it is more frequently known. When using a bipolar transistor or field-effect transistor (FET) as the transistor amplifier, LC oscillators can produce high-frequency sine waves for usage in RF applications.
Explanation:
- Radio and TV are major applications for LC oscillator circuits. A tank circuit with a capacitor (C) and an inductor (L) is used by an LC oscillator.
- The capacitor is charged when voltage is applied to the LC circuit, and when the battery supply is interrupted, the capacitor's stored energy is discharged to the inductor.
- The inductor uses this energy to create a magnetic field around itself until the capacitor is completely depleted. After the capacitor is completely discharged, the magnetic field around the inductor collapses, producing a voltage that charges the capacitor with opposite polarity. Then this cycle is repeated.
- Oscillations are caused by charge and discharge between the capacitor and the inductor.
Therefore, the LC Oscillator is a "Sinusoidal Oscillator," or a "Harmonic Oscillator," as it is more frequently known. When using a bipolar transistor or field-effect transistor (FET) as the transistor amplifier, LC oscillators can produce high-frequency sine waves for usage in RF applications.
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