Transistors questions with answers
96 multiple-choice questions. Open any question for its answer and explanation.
- In a parallel LC circuit, if the signal frequency is decreased below the resonant frequency, then ___________
- In the design of a biasing circuit, the value of collector load RC is determined by ___________
- The base of a transistor is ___________ doped
- For faithful amplification by a transistor circuit, the value of VCE should ___________ for silicon transistor
- For proper operation of the transistor, its collector should have ___________
- The most commonly used transistor arrangement is ___________ arrangement
- The circuit that provides the best stabilization of operating point is ___________
- At parallel resonance, the net reactive component circuit current is ___________
- Transistor biasing represents ___________ conditions
- In a pnp transistor, the current carriers are ___________
- Thermal runaway occurs when ___________
- In series resonance, there is ___________
- Transistor biasing is done to keep ___________ in the circuit
- In the double tuned circuit, if the mutual inductance between the two tuned circuits is decreased, the level of resonance curve ___________
- At parallel resonance, the ratio $$\frac{{\text{L}}}{{\text{C}}}$$ is ___________
- If a high degree of selectivity is desired, then double-tuned circuit should have ___________ coupling
- The number of depletion layers in a transistor is ___________
- At series resonance, the circuit offers ___________ impedance
- If the value of collector current IC increases, then the value of VCE ___________
- The element that has the biggest size in a transistor is ___________
- The dimensions of L/CR are that of ___________
- The biasing circuit has a stability factor of 50. If due to temperature change, ICBO changes by 1 µA, then IC will change by ___________
- At series resonance, the net reactive component of circuit current is ___________
- An ideal value of stability factor is ___________
- The emitter of a transistor is ___________ doped