The frequency of Colpitts oscillator is expressed as __________ (Where L is inductance and C is the effective capacitance)

The frequency of Colpitts oscillator is expressed as __________ (Where L is inductance and C is the effective capacitance) Correct Answer 1/(2ᴨ√LC)

The frequency of colpitts oscillator is expressed as 1/(2ᴨ√LC) where L is the inductance and C is effective capacitance.
Bissoy MCQ

Related Questions

Colpitts oscillator in the feedback section has an inductance of 4 mH and capacitors of 12 nH and 4 nH. Then the resonant frequency of Colpitts oscillator is:
The improvement of Colpitts oscillator over Hately oscillator is, Colpitts oscillator’s performance in ___________
If C1 and C2 are the capacitance used in Colpitts oscillator the effective capacitance in the equation of frequency calculation is equal to ___________
When constructing variable frequency oscillator among clapp oscillator and colpitts oscillator which one is preferred?
If L1 and L2 are the inductance used in the Hartley oscillator, the effective inductance in the equation of frequency calculation is equal to (Without considering mutual inductance).
The frequency of Hartley oscillator is expressed as __________ (Where L is effective inductance and C is the capacitance)
What will be the oscillator frequency of Hartley oscillator if inductance L1, L2 are equal to 1mH and 2mH respectively and capacitor C is 10nF. (Neglect mutual inductance)
The Hartley oscillator is less preferred than due to Colpitts oscillator’s performance in __________
Colpitts oscillator provides more performance than Hartley oscillator because of its ________ elements.
Which of the following equation gives amplitude of oscillation in Colpitts oscillator using the describing function method? (Where Ic is the is the bias current RL is the load resistor and C1 & C2 are the upper and lower capacitance of voltage divider bias)