Question

The oscillator shown in figure is a

a.

Colpitt's oscillator

b.

Hartley oscillator

c.

Tuned emitter oscillator

d.

Clapp oscillator

Answer: (a).Colpitt's oscillator

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. The oscillator shown in figure is a

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. Figure represents a

Q. The circuit in figure is

Q. In order to obtain triangular pulses at the output of the circuit in the figure, the input should be.

Q. The circuit in figure is

Q. The oscillator shown in figure is a

Q. For an I/p of Vs = 5 sin ωt (assuming ideal diode), circuit shown in the figure will behave as a

Q. In figure

Q. In a Hartley oscillator the condition for sustained oscillations is hfe = L₁/L₂ . If there exists mutual inductance M between coils L₁ and L₂, then the above condition will get modified as hfe

Q. Figure shows current pulses of a class C power amplifier. The fundamental frequency of these pulses is

Q. The Clapp oscillator shown in figure will operate at

Q. Figure shows a zener circuit and characteristic of the zener used. If R2 is the lowest load resistance, then for proper voltage regulation R1 must be

Q. In figure, VC is approximately equal to

Q. Figure shows small signal model of CB amplifier circuit. Then I and R are respectively equal to

Q. Figure represents a

Q. In figure VBE = 0.7 V. If base current required to saturate the transistor is 0.1 mA, Vi =

Q. As per miller theorem the circuit of figure (1) can be replaced by that in figure (2) If V1/V2 = K, then Y1 and Y2 are equal to

Q. In a biased JFET (Figure) the shape of the channel is as shown because

Q. In a half wave rectifier, Vrms is

Q. The approximate value of input impedance of a common emitter amplifier with emitter resistance Re is given by

Q. The collector voltage VC of the circuit shown in the given figure aside is approximately

Recommended Subjects

Are you eager to expand your knowledge beyond Electronics and Communication Engineering? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!