Analog Electronics In a CB amplifier the maximum efficiency could be 85% 25% 50% 99% 85% 25% 50% 99% ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics Which of the following oscillators are used for low frequency (LF) applications LC oscillators None Both LC and RC Oscillators RC oscillators LC oscillators None Both LC and RC Oscillators RC oscillators ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The voltage divider biasing circuit is used in amplifiers quite often because it limits the AC signal going to base. makes the operating point almost independent of β. reduces the cost of the circuit. reduces the DC base electric current. limits the AC signal going to base. makes the operating point almost independent of β. reduces the cost of the circuit. reduces the DC base electric current. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics Conventional biasing of a BJT has EB reversed biased and CB reversed biased. EB forward biased and CB reversed biased. EB reversed biased and CB forward biased. EB forward biased and CB forward biased. EB reversed biased and CB reversed biased. EB forward biased and CB reversed biased. EB reversed biased and CB forward biased. EB forward biased and CB forward biased. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The ICBO is the electric current that flows when some DC voltage is applied in the forward direction to the emitter junction with collector open. in the reverse direction to the collector junction with emitter open. in the reverse direction to the emitter junction with collector open. in the forward direction to the collector junction with emitter open. in the forward direction to the emitter junction with collector open. in the reverse direction to the collector junction with emitter open. in the reverse direction to the emitter junction with collector open. in the forward direction to the collector junction with emitter open. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The power dissipated by a transistor approximately equals the collector current times collector - emitter voltage. base - emitter voltage. 0.7 V. base supply voltage. collector - emitter voltage. base - emitter voltage. 0.7 V. base supply voltage. ANSWER DOWNLOAD EXAMIANS APP
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