Agilent Technologies EasyEXPERT - Page 390

13 Sollar Cell
Parallel capacitance cp
Conductance g
[User Function]
PI=3.141592653589
d=g/(2*PI*FREQ*cp)
rp=1/g
Vpp=OscLevel*2*sqrt(2)
[Analysis Function]
[X-Y Graph]
X axis: DC bias voltage Vosc(LINEAR)
Y1 axis: Anode-Cathode capacitance (parallel capacitance) cp (LINEAR)
Y2 axis: Conductance g (LINEAR)
[List Display]
Peak-to-peak voltage Vpp
DC bias voltage Vosc
Anode-Cathode capacitance (parallel capacitance) cp
Conductance g
[Parameters Display Area]
[Auto Analysis]
[Test Output: X-Y Graph]
X axis: Depletion width W(LINEAR)
Y1 axis: Drive-level density Ndl (LOG)
[Test Output: List Display]
Drive-level density Ndl
Depletion width W
Intercept of Cp-Vac characteristics C0
Slope of Cp-Vac characteristics C1
Peak-to-peak voltage VPP
DC bias voltage setting VDC
Actual DC bias voltage VDCACT
Anode-Cathode capacitance (parallel capacitance Cp
Conductance G
[Test Output: Parameters Display Area]
Agilent EasyEXPERT Application Library Reference, Edition 8
13-10