Circuit data

Schematic diagram of CSstageModel.kicad_sch

Circuit diagram of CSstageModel.
Figure: CSstageModel.svg
Circuit diagram of CSstageModel.

Netlist: CSstageModel.cir

"CSstageModel"
.source I1
.detector V_out
.param W=10u L=180n ID=100u R_L=10k R_s=10G
.model myNMOS M gm={g_m} cgs={c_gs} cgb={c_gb} cdg={c_dg} cdb={c_db} go={g_o}
I1 0 1 I value=0 noise=0 dc=0 dcvar=0
M1 out 1 0 0 myNMOS
R1 1 0 R value={R_s} noisetemp=0 noiseflow=0 dcvar=0 dcvarlot=0
R2 out 0 R value={R_L} noisetemp=0 noiseflow=0 dcvar=0 dcvarlot=0
.end
Expanded netlist of CSstageModel.cir.
RefDesNodesRefsModelParamSymbolicNumeric
Cdb_M1out 0 C value$c_{db}$$c_{db}$
vinit$0$$0$
Cdg_M1out 1 C value$c_{dg}$$c_{dg}$
vinit$0$$0$
Cgb_M11 0 C value$c_{gb}$$c_{gb}$
vinit$0$$0$
Cgs_M11 0 C value$c_{gs}$$c_{gs}$
vinit$0$$0$
Csb_M10 0 C value$0$$0$
vinit$0$$0$
Gb_M1out 0 0 0 g value$0$$0$
Gm_M1out 0 1 0 g value$g_{m}$$g_{m}$
Go_M1out 0 out 0 g value$g_{o}$$g_{o}$
I10 1 I value$0$$0$
noise$0$$0$
dc$0$$0$
dcvar$0$$0$
R11 0 R value$R_{s}$$1.0 \cdot 10^{10}$
noisetemp$0$$0$
noiseflow$0$$0$
dcvar$0$$0$
dcvarlot$0$$0$
R2out 0 R value$R_{L}$$1.0 \cdot 10^{4}$
noisetemp$0$$0$
noiseflow$0$$0$
dcvar$0$$0$
dcvarlot$0$$0$
Parameter definitions of CSstageModel.cir.
NameSymbolicNumeric
$ID$$0.0001$$0.0001$
$L$$1.8 \cdot 10^{-7}$$1.8 \cdot 10^{-7}$
$R_{L}$$1.0 \cdot 10^{4}$$1.0 \cdot 10^{4}$
$R_{s}$$1.0 \cdot 10^{10}$$1.0 \cdot 10^{10}$
$W$$1.0 \cdot 10^{-5}$$1.0 \cdot 10^{-5}$
Table: Parameters without definition in 'CSstageModel.
Name
$c_{gs}$
$c_{db}$
$c_{gb}$
$g_{m}$
$c_{dg}$
$g_{o}$

Go to CSstageModel_index

SLiCAP: Symbolic Linear Circuit Analysis Program, Version 2.0.1 © 2009-2024 SLiCAP development team

For documentation, examples, support, updates and courses please visit: analog-electronics.tudelft.nl

Last project update: 2024-10-20 16:54:47