Analog Electronics The base-emitter voltage of the second approximation is 0 V. 0.3 V. 0.7 V. 1 V. 0 V. 0.3 V. 0.7 V. 1 V. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The opamp can amplify both AC and DC signals. AC signals only. neither AC not DC signals. DC signals only. both AC and DC signals. AC signals only. neither AC not DC signals. DC signals only. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics What is the condition if no external potential energy is applied to the PN junction then diode ? Reversed biased Forward biased None of these Zero Bias Reversed biased Forward biased None of these Zero Bias ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The Q-point in a voltage amplifier is selected in the middle of the active region because the circuit needs a small. it gives better stability. it gives distortions less output. the biasing circuit then need less number of resistors. the circuit needs a small. it gives better stability. it gives distortions less output. the biasing circuit then need less number of resistors. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics A schottky device is a Majority carrier device. Both B and C. Minority carrier device. Fast recovery device. Majority carrier device. Both B and C. Minority carrier device. Fast recovery device. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The arrowhead on the transistor symbol points in the direction of majority carrier flow in the emitter region. conventional electric current flow in the emitter region. electron flow in the emitter region. minority carrier flow in the emitter region. majority carrier flow in the emitter region. conventional electric current flow in the emitter region. electron flow in the emitter region. minority carrier flow in the emitter region. ANSWER DOWNLOAD EXAMIANS APP
EXAMIANS