Analog Electronics Common emitter current gain hFE of a BJT is Dependent on collector current. Dependent on base -emitter voltage. Always constant. Dependent on collector-emitter voltage. Dependent on collector current. Dependent on base -emitter voltage. Always constant. Dependent on collector-emitter voltage. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The arrowhead on the transistor symbol points in the direction of majority carrier flow in the emitter region. electron flow in the emitter region. minority carrier flow in the emitter region. conventional electric current flow in the emitter region. majority carrier flow in the emitter region. electron flow in the emitter region. minority carrier flow in the emitter region. conventional electric current flow in the emitter region. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics If the base supply voltage is disconnected, the collector-emitter voltage will equal 0 V. collector supply voltage. 10.5 V. 6 V. 0 V. collector supply voltage. 10.5 V. 6 V. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics What does MOS stand for? Metal - oxide silicon. Metal - on silicon. Metal - oxide semiconductor. None of them. Metal - oxide silicon. Metal - on silicon. Metal - oxide semiconductor. None of them. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics When testing an npn transistor using an ohmmeter, the collector-emitter resistance will be low when the collector is positive in respect to the emitter. the transistor is normal. the transistor is defective. the emitter is positive in respect to the collector. the collector is positive in respect to the emitter. the transistor is normal. the transistor is defective. the emitter is positive in respect to the collector. ANSWER DOWNLOAD EXAMIANS APP
Analog Electronics The value of total collector electric current in a CB circuit is IC = αIE - ICO. IC = αIE. IC = βIE. IC = αIE + ICO. IC = αIE - ICO. IC = αIE. IC = βIE. IC = αIE + ICO. ANSWER DOWNLOAD EXAMIANS APP
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