Agilent Technologies EasyEXPERT - Page 30

1 BJT
Theta=atan(X/Rs)
Vcb=Vcollector
CtcPerArea=Cp/Lb/Wb
[Analysis Function]
Cj0=@L1Y1 (Y interrupt of Line1)
[X-Y Graph]
X axis: Base-Collector voltage Vcb (LINEAR)
Y1 axis: Base-Collector capacitance (parallel capacitance) Cp (LINEAR)
Y2 axis: Conductance G (LINEAR)
[List Display]
Base-Collector voltage Vcb
Base-Collector capacitance (parallel capacitance) Cp
Conductance G
Series capacitance Cs
Series resistance Rs
Parallel resistance Rp
Dissipation factor D
Reactance X
Impedance Z
Phase Theta
[Parameter Display Area]
Zero bias capacitance Cj0
[Auto Analysis]
Line1: Horizontal line through Y1 data at Vcb=0
Agilent EasyEXPERT Application Library Reference, Edition 8
1-14