CompactPCI specification short form Rev 2.1

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For simplicity, ignore the relatively minor effects of tuning capacitor C3 for the time being. This capacitor is used to give a range of user-selectable output frequencies. If a narrow range is desired, especially if C3 is only needed to fine tune the output frequency over a small range, only a small parallel capacitance is needed. For a more extensive range of frequencies, a larger variable capacitor can be used. 000000000365 farad) tuning capacitor. This value was selected because it is very widely available.

If a narrow range is desired, especially if C3 is only needed to fine tune the output frequency over a small range, only a small parallel capacitance is needed. For a more extensive range of frequencies, a larger variable capacitor can be used. 000000000365 farad) tuning capacitor. This value was selected because it is very widely available. It is the size often used to tune portable AM radios. 000000000005 farad). 00000035 farad). This combined value is called Cs. This allows us to simplify the equation for the parallel combination to: When C3 is at its minimum setting, its effect on the total capacitance is negligible: The output frequency (resonance) at this setting is; This is a little lower than the target frequency of 10,000 Hz, but it is the highest frequency that will be generated by the circuit.

The Clapp osciIlator Is unique in that it uses a series resonant LC tank for tuning. oscillator is provided by a voltage divider fonned by the two small capacitors in the emitter circuit. THE ARMSTRONG OSCILLATOR The Hartley oscillator and the Colpitts oscillator are the most popular LC oscillator circuits, but there are others. Figure 2-12 shows a typical circuit for the Armstrong, or tickler, oscillator. This type of circuit is often found in regenerative radio receivers. As in the Hartley and Colpitts oscillators, the operating frequency of the Annstrong oscillator is determined by the resonant frequency of the LC Tank circuit.

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