1. Calculate the base-collector junction capacitance per area (F/cm?) of the bipolar transistor below: NE NB Ne c Nz 19 -3 Cm = (0 -3 NB Nc Cm' %3D 2,0V
1. Calculate the base-collector junction capacitance per area (F/cm?) of the bipolar transistor below: NE NB Ne c Nz 19 -3 Cm = (0 -3 NB Nc Cm' %3D 2,0V
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1. Calculate the base-collector junction capacitance per area (F/cm?) of the bipolar transistor
below:
NE NB Ne
pt P
NE
19
= (0
-3
Cin
NB
(0° Cm
%3D
Nc
(o'7 cm3
2,0V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F57b55a74-a55f-49c4-a311-40b3e0883252%2Febdc5fa1-0c41-42f3-8954-c798252b3785%2Fnuiptqr_processed.png&w=3840&q=75)
Transcribed Image Text:silicon
1. Calculate the base-collector junction capacitance per area (F/cm?) of the bipolar transistor
below:
NE NB Ne
pt P
NE
19
= (0
-3
Cin
NB
(0° Cm
%3D
Nc
(o'7 cm3
2,0V
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