For a fixed bias configuration, using an NPN transistor and assuming: RB=500KΩ, RC=2KΩ, Vcc=15v and β=80; decide: to. De
Posted: Sat Mar 19, 2022 6:14 pm
For a fixed bias configuration, using an NPN transistor and
assuming:
RB=500KΩ, RC=2KΩ, Vcc=15v and β=80; decide:
to. Determine the intercepts of the load line and the location of
the duty point (Q).
b. Find the values of: VC, VB.
c. Show that the transistor operates correctly by finding VBC and
interpreting the result.
For a fixed bias configuration, using an NPN transistor and assuming: RB=500KO, RC=2KQ, Vcc=15v and B=80; decide: to. Determine the intercepts of the load line and the location of the duty point (Q). b. Find the values of: VC, VB. c. Show that the transistor operates correctly by finding VBC and interpreting the result.
assuming:
RB=500KΩ, RC=2KΩ, Vcc=15v and β=80; decide:
to. Determine the intercepts of the load line and the location of
the duty point (Q).
b. Find the values of: VC, VB.
c. Show that the transistor operates correctly by finding VBC and
interpreting the result.
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