21.11npn – Bipolar npn
Spectre Netlist
Spectre Model Name = “npn”
Q1 ( C B E ) npn area=1 m=1
DIVA LVS Netlist
DIVA Device Name = “npn”
; npn Instance /Q1 = auLvs device Q1 d npn C B E
i 1 npn C B E " area 360e-3 m 1.0 "
CDL Netlist
CDL Device Name = “NP”
QQ1 C B E NP $EA=0.36
Assura Netlist Assura auLvs Device Name = “npn”
c npn BJT COLLECTOR B BASE B |
EMITTER B ;; |
* 3 pins |
|
* 3 nets |
|
* 0 instances |
|
i Q1 npn C B E ; area 0.36 m 1 ; |
|
npn (backend)
E |
B |
C |
|
Area |
|
|
Device Layers |
Layer |
Color and Fill |
|
|
NPNdummy
Nburied
Pwell
Nimp / Oxide
Pimp / Oxide
Cont
Metal1
|
Device Derivation |
Device |
Layer Derivation |
Recognition |
NPNdummy AND Nimp AND Pwell |
E |
NPNdummy AND Nburied AND Nimp AND Pwell |
B |
NPNdummy AND Nburied AND Pimp AND Pwell |
C |
NPNdummy AND Nburied AND Nimp ANDNOT Pwell |
|
LVS Comparison |
Parameter |
Calculation |
area |
Area of Emitter (illustrated above) |
21.12pnp – Bipolar pnp
Spectre Netlist
Spectre Model Name = “pnp”
Q1 ( C B E ) pnp area=1 m=1
DIVA LVS Netlist
DIVA Device Name = “pnp”
; pnp Instance /Q1 = auLvs device Q1 d pnp C B E
i 1 pnp C B E " area 360e-3 m 1.0 "
CDL Netlist
CDL Device Name = “PN”
QQ1 C B E PN $EA=0.36
Assura Netlist Assura auLvs Device Name = “pnp”
c pnp BJT COLLECTOR B BASE B |
EMITTER B ;; |
* 3 pins |
|
* 3 nets |
|
* 0 instances |
|
i Q1 pnp C B E ; area 0.36 m 1 ; |
|
pnp (backend)
E |
B |
C |
|
Area |
|
|
Device Layers |
Layer |
Color and Fill |
|
|
PNPdummy
Nburied
Nwell
Pwell
Nimp / Oxide
Pimp / Oxide
Cont
Metal1
|
Device Derivation |
Device |
Layer Derivation |
Recognition |
PNPdummy AND Pimp AND Pwell |
E |
PNPdummy AND Nburied AND Pimp AND Nwell |
B |
PNPdummy AND Nburied AND Nimp AND Nwell |
C |
PNPdummy AND Nburied AND Pimp ANDNOT Nwell |
|
LVS Comparison |
Parameter |
Calculation |
area |
Area of Emitter (illustrated above) |