Determine I CQ at a temperature of 175Âº C if I CQ = 2 mA at 25Âº – McqOptions

MCQOPTIONS

1.	Determine I CQ at a temperature of 175Âº C if I CQ = 2 mA at 25Âº C for R B / R E = 20 due to the S( ) stability factor.
A.	2.417 mA
B.	2.392 mA
C.	2.25 mA
D.	2.58 mA
Answer» B. 2.392 mA

Discussion

No Comment Found

Related MCQs

In an emitter-bias configuration, the ________ the resistance RE, the ________ the stability factor, and the ________ stable is the system.
The ________the stability factor, the ________sensitive the network is to variations in that parameter.
A significant increase in leakage current due to increase in temperature creates ________between IB curves.
As the temperature increases, ________, VBE ________, and ICO ________ in value for every 10ºC.
In any amplifier employing a transistor, the collector current IC is sensitive to ________.
________ is less dependent on the transistor beta.
In a transistor-switching network, the operating point switches from ________ to ________ regions along the load line.
In a transistor-switching network, the level of the resistance between the collector and emitter is ________ at the saturation and is ________at the cutoff.
________is the least stabilized circuit.
In a collector feedback bias circuit, the current through the collector resistor is ________ and the collector current is ________.