Manuals >Netlist Translator for SPICE & Spectre >Chapter 8: Translating a Model
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HICUM_Model:HICUM Bipolar Transistor Model

The SPICE Q model is translated to the ADS NPN or PNP BJT_Model. For translation information on the BJT device, refer to BJT Device.

For more information on the ADS model, place the model in a schematic and choose Edit > Component > Edit Component Parameters to view the model parameters. You can also click Help in the component editor dialog box for additional information.

Example SPICE Command Line: 
.model hicum NPN level=8
SPICE Dialect and Netlist Syntax:

Spice2/3:

Does not exist.

PSpice:

Does not exist.

HSpice:

.model mname NPN | PNP LEVEL=8[param=value]*

ADS Netlist Syntax:

model mname HICUM NPN=[0|1] PNP=[0|1] [param=value]*

ADS Schematic Symbol:
Model Parameters:

For information on parameter format, refer to Using Parameter Mapping Tables to Understand a Translation.
Table 8-6. HICUM_Model Parameters 
ADS
Unit
Default
Spice2/3
PSpice
HSpice
C10

3.76e-32
 x
 x
 3.76e-32
Qp0

2.78e-14
 x
 x
 2.78e-14
Ich
 A
 2.09e-02
 x
 x
 2.09e-02
Hfe

1.0
 x
 x
 1.0
Hfc

1.0
 x
 x
 1.0
Hjei

0.0
 x
 x
 0.0x
Hjci

1.0
 x
 x
 1.0
Mcf

1.0
 x
 x
 1.0x
Alit

0.45
 x
 x
 0.45
Cjei0
 F
 8.11e-15
 x
 x
 8.11e-15
Vdei
 V
 0.95
 x
 x
 0.95
Zei

0.5
 x
 x
 0.5
Aljei

1.8
 x
 x
 1.8
Cjci0
 F
 1.16e-15
 x
 x
 1.16e-15
Vdci
 V
 0.8
 x
 x
 0.8
Zci

0.333
 x
 x
 0.333
Vptci
 V
 416
 x
 x
 416
T0
 s
 4.75e-12
 x
 x
 4.75e-12
Dt0h
 s
 2.1e-12
 x
 x
 2.1e-12
Tbvi
 s
 40e-12
 x
 x
 40e-12
Tef0
 s
 1.8e-12
 x
 x
 1.8e-12
Gtfe

1.4
 x
 x
 1.4
Thcs
 s
 3.0e-11
 x
 x
 3.0e-11
Alhc

0.75
 x
 x
 0.75
Fthc

0.6
 x
 x
 0.6
Alqf

0.225
 x
 x
 0.225
Rci0
 ohms
 127.8
 x
 x
 127.8
Vlim
 V
 0.7
 x
 x
 0.7
Vpt
 V
 5.0
 x
 x
 5.0
Vces
 V
 0.1
 x
 x
 0.1
Tr
 s
 1.0e-9
 x
 x
 1.0e-9
Ibeis
 A
 1.16e-20
 x
 x
 1.16e-20
Mbei

1.015
 x
 x
 1.015
Ireis
 A
 1.16e-6
 x
 x
 1.16e-6
Mrei

2.0
 x
 x
 2.0
Ibcis
 A
 1.16e-20
 x
 x
 1.16e-20
Mbci
 V
 1.015
 x
 PS
 1.015
Favl
 V^-1
 1.186
 x
 x
 1.186
Qavl

1.11e-14
 x
 x
 1.11e-14
Rbi0
 ohms
 0
 x
 x
 0
Fdqr0

0.0
 x
 x
 0.0
Fgeo

0.73
 x
 x
 0.73
Fqi

0.9055
 x
 x
 0.9055
Fcri

0.0
 x
 x
 0.0
Latb

3.765
 x
 x
 3.765
Latl

0.342
 x
 x
 0.342
Cjep0
 F
 2.07e-15
 x
 x
 2.07e-15x
Vdep
 V
 1.05
 x
 x
 1.05
Zep

0.4
 x
 x
 0.4
Aljep

2.4
 x
 x
 2.4
Ibeps
 A
 3.72e-21
 x
 x
 3.72e-21
Mbep

1.015
 x
 x
 1.105
Ireps
 A
 1e-30
 x
 x
 1e-30
Mrep

2.0
 x
 x
 2.0
Ibets
 A
 0
 x
 x
 0
Abet

0.0
 x
 x
 0.0x
Cjcx0
 F
 5.393e-15
 x
 x
 5.393e-15
Vdcx
 V
 0.7
 x
 x
 0.7
Zcx

0.333
 x
 x
 0.333
Vptcx
 V
 100
 x
 x
 100
Ccox
 F
 2.97e-15
 x
 x
 2.97e-15
Fbc

0.1526
 x
 x
 0.1526
Ibcxs
 A
 4.39e-20
 x
 x
 4.39e-20
Mbcx

1.03
 x
 x
 1.03
Ceox
 F
 1.13e-15
 x
 x
 1.13e-15
Rbx
 ohms
 0
 x
 x
 0
Re
 ohms
 0
 x
 x
 0
Rcx
 ohms
 0
 x
 x
 0
Itss
 A
 0.0
 x
 x
 0.0
Msf

0.0
 x
 x
 0.0
Msr

1.0
 x
 x
 1.0
Iscs
 A
 0.0
 x
 x
 0.0
Msc

0.0
 x
 x
 0.0
Tsf

0.0
 x
 x
 0.0
Cjs0
 F
 3.64e-14
 x
 x
 3.64e-14
Vds
 V
 0.6
 x
 x
 0.6
Zs

0.447
 x
 x
 0.447
Vpts
 V
 1000
 x
 x
 1000
Rsu
 ohms
 0
 x
 x
 x
Csu
 F
 0
 x
 x
 0
Kf

1.43e-8
 x
 x
 1.43e-8
Af

2.0
 x
 x
 2.0
Krbi

1.17
 x
 x
 1.17
Vgb
 V
 1.17
 x
 x
 1.17
Alb
 K^-1
 6.3e-3
 x
 x
 6.3e-3
Zetaci

1.6
 x
 x
 1.6
Alvs
 K^-1
 1e-3
 x
 x
 1e-3
Alt0
 K^-1
 0
 x
 x
 0
Kt0
 K^-1
 0
 x
 x
 0
Alces
 K^-1
 0.4e-3
 x
 x
 0.4e-3
Zetarbi

0.588
 x
 x
 0.588
Zetarbx

0.2060
 x
 x
 0.2060
Zetarcx

0.2330
 x
 x
 0.2330
Zetare

0
 x
 x
 0
Alfav
 K^-1
 8.25e-5
 x
 x
 8.25e-5
Alqav
 K^-1
 1.96e-4
 x
 x
 1.96e-4
Tnom
 C
 0
 x
 x
 0
Rth
 ohms
 0
 x
 x
 0
Cth
 F
 0
 x
 x
 0

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