MCQOPTIONS
Bookmark
Saved Bookmarks
→
Electronic Devices Circuits
→
Transistor Case Heat Sinks in Electronic Devices Circuits
→
The relation between α and β is _________..
1.
The relation between α and β is _________
A.
β=α/(1-α)
B.
α= β/(1+β)
C.
β=α/(1+α)
D.
α= β/(1- β)
Answer» C. β=α/(1+α)
Show Answer
Discussion
No Comment Found
Post Comment
Related MCQs
A transistor has an IE of 0.9mA and amplification factor of 0.98. What will be the IC?
The relation between α and β is _________
Determine the value of emitter current and collector current of a transistor having α=0.98 and collector to base leakage current ICBO=4µA. The base current is 50µA.
The emitter current IE in a transistor is 3mA. If the leakage current ICBO is 5µA and α=0.98, calculate the collector and base current.
In CB configuration, the value of α=0.98A. A voltage drop of 4.9V is obtained across the resistor of 5KΩ when connected in collector circuit. Find the base current.
The value of αac for all practical purposes, for commercial transistors range from_________
A_TRANSISTOR_HAS_AN_I<SUB>E</SUB>_OF_0.9MA_AND_AMPLIFICATION_FACTOR_OF_0.98._WHAT_WILL_BE_THE_I<SUB>C</SUB>??$
The_collector_current_is_2.945A_and_α=0.98._The_leakage_current_is_2µA._What_is_the_emitter_current_and_base_current?$#
The relation between α and β is ________?#
The negative sign in the formula of amplification factor indicates_________
Reply to Comment
×
Name
*
Email
*
Comment
*
Submit Reply