Documentation

Spicesyntax

Vous trouverez ici un bref résumé de l'Université de Stanford :

Syntaxe des épices (PDF)

Dans TARGET, tous les composants ne peuvent pas être implémentés. TARGET se concentre sur PSpice.

L'éditeur SPICE prend en charge l'aide pour les lignes de spice avec des non clarifications de syntaxe :

Un ... a été attendu (partiellement reconnu). Les meilleurs accords ont pu être obtenus pour les cas suivants, alors que la syntaxe doit être lue comme suit :


Exemples:

Rname <plus_node> <minus_node> [modèle] <valeur>


".SUBCKT" <name> <nodes>* [PARAMS : ...]

Les tokens en majuscules (et en gras) sont des identifiants
<> est un champ obligatoire [] est un champ facultatif * est une répétition | divise les variantes sélectionnables



Commandes que TARGET connaît :


Token Description Syntax
.TRAN Transient-Analysis .TRAN <print_step_value> <final_time_value> [<no_print_value> [step_ceiling_value]] [UIC]
.AC AC-Analysis .AC <DEC|OCT|LIN> <points_value> <start_frequency_value> <end_frequency_value>
.DC DC-Analysis .DC <source_name> <start_value> <end_value> <increment_value> [<source2_name> <start2_value> <end2_value> <increment2_value>]
.PROBE Probe (Save) .PROBE [[V(<nodes>)] [V(<nodes1>,<nodes2>)] [I(<devices_names>,<pins_values>)]]*
.IC Initial conditions .IC <V(<nodes>)=<values>>*
.NODESET Nodeset .NODESET <V(<nodes>)=<values>>*
.OPTIONS Options .OPTIONS <[PREMA|BADMOS3|KEEPOPINFO|TRYTOCOMPACT] [METHOD=<TRAP|GEAR|TRAPEZOIDAL>] [ABSTOL=<abstol_value>] [CHGTOL=<chgtol_value>] [DEFAD=<defad_value>] [DEFAS=<defas_value>] [DEFL=<defl_value>] [DEFW=<defw_value>] [GMIN=<gmin_value>] [ITL1=<itl1_value>] [ITL2=<itl2_value>] [ITL3=<itl3_value>] [ITL4=<itl4_value>] [ITL5=<itl5_value>] [PIVREL=<pivrel_value>] [PIVTOL=<pivtol_value>] [RELTOL=<reltol_value>] [TEMP=<temp_value>] [TNOM=<tnom_value>] [TRTOL=<trtol_value>] [VNTOL=<vntol_value>]>*
PARAMS: Subckt-Params PARAMS: <<params_names>=<values>>*
OPTIONAL: Subckt-Optional OPTIONAL: <<nodes>=<globalnodes_nodes>>*
WATCH=<[V(<nodes>)] Watch WATCH=<[V(<nodes>)] [V(<nodes1>,<nodes2>)] [I(<devices_names>,<pins_values>)]>*
.MODEL Modelcard resistor .MODEL <name> <R|RES>([[TC1=<tc1_value>] [TC2=<tc2_value>]]*)
.MODEL Modelcard voltage controlled switch .MODEL <name> SW([[VT=<vt_value>] [VH=<vh_value>] [RON=<ron_value>] [ROFF=<roff_value>]]*)
.MODEL Modelcard current controlled switch .MODEL <name> CSW([[IT=<it_value>] [IH=<ih_value>] [RON=<ron_value>] [ROFF=<roff_value>]]*)
.MODEL Modelcard lossy transmission line .MODEL <name> LTRA([[R=<r_value>] [L=<l_value>] [G=<g_value>] [C=<c_value>] [LEN=<len_value>] [REL=<rel_value>] [ABS=<abs_value>] [COMPACTREL=<compactrel_value>] [COMPACTABS=<compactabs_value>] [NOSTEPLIMIT|NOCONTROL|LININTERP|MIXEDINTERP|TRUNCNR|TRUNCDONTCUT]]*)
.MODEL Modelcard diode .MODEL <name> D([[IS=<is_value>] [RS=<rs_value>] [N=<n_value>] [TT=<tt_value>] [CJO=<cjo_value>] [VJ=<vj_value>] [M=<m_value>] [EG=<eg_value>] [XTI=<xti_value>] [KF=<kf_value>] [AF=<af_value>] [FC=<fc_value>] [BV=<bv_value>] [IBV=<ibv_value>] [TNOM=<tnom_value>]]*)
.MODEL Modelcard bipolar transistor .MODEL <name> <NPN|PNP>([[IS=<is_value>] [BF=<bf_value>] [NF=<nf_value>] [VAF=<vaf_value>] [IKF=<ikf_value>] [ISE=<ise_value>] [NE=<ne_value>] [BR=<br_value>] [NR=<nr_value>] [VAR=<var_value>] [IKR=<ikr_value>] [ISC=<isc_value>] [NC=<nc_value>] [RB=<rb_value>] [IRB=<irb_value>] [RBM=<rbm_value>] [RE=<re_value>] [RC=<rc_value>] [CJE=<cje_value>] [VJE=<vje_value>] [MJE=<mje_value>] [TF=<tf_value>] [XTF=<xtf_value>] [VTF=<vtf_value>] [ITF=<itf_value>] [PTF=<ptf_value>] [CJC=<cjc_value>] [VJC=<vjc_value>] [MJC=<mjc_value>] [XCJC=<xcjc_value>] [TR=<tr_value>] [CJS=<cjs_value>] [VJS=<vjs_value>] [MJS=<mjs_value>] [XTB=<xtb_value>] [EG=<eg_value>] [XTI=<xti_value>] [KF=<kf_value>] [AF=<af_value>] [FC=<fc_value>] [TNOM=<tnom_value>]]*)
.MODEL Modelcard junction FET .MODEL <name> <NJF|PJF>([[VTO=<vto_value>] [BETA=<beta_value>] [LAMBDA=<lambda_value>] [RD=<rd_value>] [RS=<rs_value>] [CGS=<cgs_value>] [CGD=<cgd_value>] [PB=<pb_value>] [IS=<is_value>] [B=<b_value>] [KF=<kf_value>] [AF=<af_value>] [FC=<fc_value>] [TNOM=<tnom_value>]]*)
.MODEL Modelcard MOSFET .MODEL <name> <NMOS|PMOS>([[LEVEL=<level_value>] [VTO=<vto_value>] [KP=<kp_value>] [GAMMA=<gamma_value>] [PHI=<phi_value>] [LAMBDA=<lambda_value>] [RD=<rd_value>] [RS=<rs_value>] [CBD=<cbd_value>] [CBS=<cbs_value>] [IS=<is_value>] [PB=<pb_value>] [CGSO=<cgso_value>] [CGDO=<cgdo_value>] [CGBO=<cgbo_value>] [RSH=<rsh_value>] [CJ=<cj_value>] [MJ=<mj_value>] [CJSW=<cjsw_value>] [MJSW=<mjsw_value>] [JS=<js_value>] [TOX=<tox_value>] [NSUB=<nsub_value>] [NSS=<nss_value>] [NFS=<nfs_value>] [TPG=<tpg_value>] [XJ=<xj_value>] [LD=<ld_value>] [UO=<uo_value>] [UCRIT=<ucrit_value>] [UEXP=<uexp_value>] [UTRA=<utra_value>] [VMAX=<vmax_value>] [NEFF=<neff_value>] [KF=<kf_value>] [AF=<af_value>] [FC=<fc_value>] [DELTA=<delta_value>] [THETA=<theta_value>] [ETA=<eta_value>] [KAPPA=<kappa_value>] [TNOM=<tnom_value>] [L=<length_value>] [W=<width_value>]]*)
.SUBCKT Subcircuit .SUBCKT <name> <nodes>* [OPTIONAL: <<interfaces_nodes>=<defaults_nodes>>*] [PARAMS: <<params_names>=<values>>*] ~circuit|.ENDS
Xname Device subcircuit Xname <nodes>* <model> [PARAMS: <<xparams_names>=<values>>*]
Rname Device resistor Rname <plus_node> <minus_node> [model] <value>
Cname Device capacitor Cname <plus_node> <minus_node> <value> [IC=<ic_value>]
Lname Device inductor Lname <plus_node> <minus_node> <value> [IC=<ic_value>]
Kname Device coupled inductor Kname <l1_name> <l2_name> <value>
Sname Device voltage controlled switch Sname <plus_node> <minus_node> <plus_control_node> <minus_control_node> <model> [OFF|ON]
Wname Device current controlled switch Wname <plus_node> <minus_node> <source_name> <model> [OFF|ON]
Vname Device const voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]]
Vname Device pulse voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] PULSE(<initial_value> <pulsed_value> <delay_value> <rise_value> <fall_value> <pulse_value> <period_value>)
Vname Device sinusoidal voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] SIN(<offset_value> <amplitude_value> <freq_value> [delay_value] [damping_value])
Vname Device exponential voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] EXP(<initial_value> <pulsed_value> <rise_delay_value> <rise_value> <fall_delay_value> <fall_value>)
Vname Device piece-wise-linear voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] PWL([<time_values> <voltage_values>]*)
Vname Device single-frequency FM voltage source Vname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] SFFM(<offset_value> <amplitude_value> <carrier_freq_value> <modulation_value> <signal_freq_value>)
Iname Device const current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]]
Iname Device pulse current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] PULSE(<initial_value> <pulsed_value> <delay_value> <rise_value> <fall_value> <pulse_value> <period_value>)
Iname Device sinusoidal current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] SIN(<offset_value> <amplitude_value> <freq_value> [delay_value] [damping_value])
Iname Device exponential current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] EXP(<initial_value> <pulsed_value> <rise_delay_value> <rise_value> <fall_delay_value> <fall_value>)
Iname Device piece-wise-linear current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] PWL([<time_values> <current_values>]*)
Iname Device single-frequency FM current source Iname <plus_node> <minus_node> [[DC] <value>] [AC <ac_value> [ac_phase_value]] SFFM(<offset_value> <amplitude_value> <carrier_freq_value> <modulation_value> <signal_freq_value>
Gname Device linear voltage controlled current source Gname <plus_node> <minus_node> <plus_control_node> <minus_control_node> <value>
Ename Device linear voltage controlled voltage source Ename <plus_node> <minus_node> <plus_control_node> <minus_control_node> <value>
Fname Device linear current controlled current source Fname <plus_node> <minus_node> <source_name> <value>
Hname Device linear current controlled voltage source Hname <plus_node> <minus_node> <source_name> <value>
Bname Device non-linear dependent voltage source Bname <plus_node> <minus_node> V=<expression>
Bname Device non-linear dependent current source Bname <plus_node> <minus_node> I=<expression>
Ename Device poly voltage controlled voltage source Ename <plus_node> <minus_node> POLY(<dimension_value>) <<plus_control_nodes> <minus_control_nodes>>*{dimension_value} <coefficient_values>*
Gname Device poly voltage controlled current source Gname <plus_node> <minus_node> POLY(<dimension_value>) <<plus_control_nodes> <minus_control_nodes>>*{dimension_value} <coefficient_values>*
Hname Device poly current controlled voltage source Hname <plus_node> <minus_node> POLY(<dimension_value>) <source_names>*{dimension_value} <coefficient_values>*
Fname Device poly current controlled current source Fname <plus_node> <minus_node> POLY(<dimension_value>) <source_names>*{dimension_value} <coefficient_values>*
Tname Device ideal transmission line (TD) Tname <a_plus_node> <a_minus_node> <b_plus_node> <b_minus_node> <Z0=<z0_value>> <TD=<td_value>>[IC=<va_value>,<ia_value>,<vb_value>,<ib_value>]
Tname Device ideal transmission line (F) Tname <a_plus_node> <a_minus_node> <b_plus_node> <b_minus_node> <Z0=<z0_value>> <F=<f_value>> [NL=<nl_value>] [IC=<va_value>,<ia_value>,<vb_value>,<ib_value>]
Pname Device lossy transmission line Pname <a_plus_node> <a_minus_node> <b_plus_node> <b_minus_node> <model>
Dname Device diode Dname <anode_node> <cathode_node> <model> [area_value] [OFF] [IC=<vd_value>] [TEMP=<t_value>]
Qname Device bipolar transistor Qname <collector_node> <base_node> <emitter_node> [substrate_node] <model> [area_value] [OFF][IC=<vbe_value>,<vce_value>] [TEMP=<temp_value>]
Jname Device junction FET Jname <drain_node> <gate_node> <source_node> <model> [area_value] [OFF] [IC=<vds_value>,<vgs_value>] [TEMP=<temp_value>]
Mname Device MOSFET Mname <drain_node> <gate_node> <source_node> <substrate_node> <model> [[L=<l_value>] [W=<w_value>] [AD=<ad_value>] [AS=<as_value>] [PD=<pd_value>] [PS=<ps_value>] [NRD=<nrd_value>] [NRS=<nrs_value>] [TEMP=<temp_value>] [OFF] [IC=<vds_value>,<vgs_value>,<vbs_value>]]*
.MODEL Modelcard digital input .MODEL <name> DINPUT(<[S0NAME="<s0name_digitalvalue>"] [S1NAME="<s1name_digitalvalue>"] [S2NAME="<s2name_digitalvalue>"] [S3NAME="<s3name_digitalvalue>"] [S4NAME="<s4name_digitalvalue>"] [S5NAME="<s5name_digitalvalue>"] [S6NAME="<s6name_digitalvalue>"] [S7NAME="<s7name_digitalvalue>"] [S8NAME="<s8name_digitalvalue>"] [S9NAME="<s9name_digitalvalue>"] [S10NAME="<s10name_digitalvalue>"] [S11NAME="<s11name_digitalvalue>"] [S12NAME="<s12name_digitalvalue>"] [S13NAME="<s13name_digitalvalue>"] [S14NAME="<s14name_digitalvalue>"] [S15NAME="<s15name_digitalvalue>"] [S16NAME="<s16name_digitalvalue>"] [S17NAME="<s17name_digitalvalue>"] [S18NAME="<s18name_digitalvalue>"] [S19NAME="<s19name_digitalvalue>"] [CHI=<chi_value>] [CLO=<clo_value>] [S0TSW=<s0tsw_value>] [S0RLO=<s0rlo_value>] [S0RHI=<s0rhi_value>] [S1TSW=<s1tsw_value>] [S1RLO=<s1rlo_value>] [S1RHI=<s1rhi_value>] [S2TSW=<s2tsw_value>] [S2RLO=<s2rlo_value>] [S2RHI=<s2rhi_value>] [S3TSW=<s3tsw_value>] [S3RLO=<s3rlo_value>] [S3RHI=<s3rhi_value>] [S4TSW=<s4tsw_value>] [S4RLO=<s4rlo_value>] [S4RHI=<s4rhi_value>] [S5TSW=<s5tsw_value>] [S5RLO=<s5rlo_value>] [S5RHI=<s5rhi_value>] [S6TSW=<s6tsw_value>] [S6RLO=<s6rlo_value>] [S6RHI=<s6rhi_value>] [S7TSW=<s7tsw_value>] [S7RLO=<s7rlo_value>] [S7RHI=<s7rhi_value>] [S8TSW=<s8tsw_value>] [S8RLO=<s8rlo_value>] [S8RHI=<s8rhi_value>] [S9TSW=<s9tsw_value>] [S9RLO=<s9rlo_value>] [S9RHI=<s9rhi_value>] [S10TSW=<s10tsw_value>] [S10RLO=<s10rlo_value>] [S10RHI=<s10rhi_value>] [S11TSW=<s11tsw_value>] [S11RLO=<s11rlo_value>] [S11RHI=<s11rhi_value>] [S12TSW=<s12tsw_value>] [S12RLO=<s12rlo_value>] [S12RHI=<s12rhi_value>] [S13TSW=<s13tsw_value>] [S13RLO=<s13rlo_value>] [S13RHI=<s13rhi_value>] [S14TSW=<s14tsw_value>] [S14RLO=<s14rlo_value>] [S14RHI=<s14rhi_value>] [S15TSW=<s15tsw_value>] [S15RLO=<s15rlo_value>] [S15RHI=<s15rhi_value>] [S16TSW=<s16tsw_value>] [S16RLO=<s16rlo_value>] [S16RHI=<s16rhi_value>] [S17TSW=<s17tsw_value>] [S17RLO=<s17rlo_value>] [S17RHI=<s17rhi_value>] [S18TSW=<s18tsw_value>] [S18RLO=<s18rlo_value>] [S18RHI=<s18rhi_value>] [S19TSW=<s19tsw_value>] [S19RLO=<s19rlo_value>] [S19RHI=<s19rhi_value>]>*)
.MODEL Modelcard digital output .MODEL <name> DOUTPUT(<[S0NAME="<s0name_digitalvalue>"] [S1NAME="<s1name_digitalvalue>"] [S2NAME="<s2name_digitalvalue>"] [S3NAME="<s3name_digitalvalue>"] [S4NAME="<s4name_digitalvalue>"] [S5NAME="<s5name_digitalvalue>"] [S6NAME="<s6name_digitalvalue>"] [S7NAME="<s7name_digitalvalue>"] [S8NAME="<s8name_digitalvalue>"] [S9NAME="<s9name_digitalvalue>"] [S10NAME="<s10name_digitalvalue>"] [S11NAME="<s11name_digitalvalue>"] [S12NAME="<s12name_digitalvalue>"] [S13NAME="<s13name_digitalvalue>"] [S14NAME="<s14name_digitalvalue>"] [S15NAME="<s15name_digitalvalue>"] [S16NAME="<s16name_digitalvalue>"] [S17NAME="<s17name_digitalvalue>"] [S18NAME="<s18name_digitalvalue>"] [S19NAME="<s19name_digitalvalue>"] [CLOAD=<cload_value>] [RLOAD=<rload_value>] [S0VLO=<s0vlo_value>] [S0VHI=<s0vhi_value>] [S1VLO=<s1vlo_value>] [S1VHI=<s1vhi_value>] [S2VLO=<s2vlo_value>] [S2VHI=<s2vhi_value>] [S3VLO=<s3vlo_value>] [S3VHI=<s3vhi_value>] [S4VLO=<s4vlo_value>] [S4VHI=<s4vhi_value>] [S5VLO=<s5vlo_value>] [S5VHI=<s5vhi_value>] [S6VLO=<s6vlo_value>] [S6VHI=<s6vhi_value>] [S7VLO=<s7vlo_value>] [S7VHI=<s7vhi_value>] [S8VLO=<s8vlo_value>] [S8VHI=<s8vhi_value>] [S9VLO=<s9vlo_value>] [S9VHI=<s9vhi_value>] [S10VLO=<s10vlo_value>] [S10VHI=<s10vhi_value>] [S11VLO=<s11vlo_value>] [S11VHI=<s11vhi_value>] [S12VLO=<s12vlo_value>] [S12VHI=<s12vhi_value>] [S13VLO=<s13vlo_value>] [S13VHI=<s13vhi_value>] [S14VLO=<s14vlo_value>] [S14VHI=<s14vhi_value>] [S15VLO=<s15vlo_value>] [S15VHI=<s15vhi_value>] [S16VLO=<s16vlo_value>] [S16VHI=<s16vhi_value>] [S17VLO=<s17vlo_value>] [S17VHI=<s17vhi_value>] [S18VLO=<s18vlo_value>] [S18VHI=<s18vhi_value>] [S19VLO=<s19vlo_value>] [S19VHI=<s19vhi_value>]>*)
.MODEL Modelcard digital I/O .MODEL <name> UIO(<[DRVH=<drvh_value>] [DRVL=<drvl_value>] [DRVZ=<drvz_value>] [INLD=<inld_value>] [INR=<inr_value>] [OUTLD=<outld_value>] [TPWRT=<tpwrt_value>] [TSTOREMN=<tstoremn_value>][TSWHL1=<tswhl1_value>] [TSWHL2=<tswhl2_value>] [TSWHL3=<tswhl3_value>] [TSWHL4=<tswhl4_value>] [TSWLH1=<tswlh1_value>] [TSWLH2=<tswlh2_value>] [TSWLH3=<tswlh3_value>] [TSWLH4=<tswlh4_value>] [DIGPOWER="<digpower_name>"] [ATOD1="<atod1_name>"] [ATOD2="<atod2_name>"] [ATOD3="<atod3_name>"] [ATOD4="<atod4_name>"] [DTOA1="<dtoa1_name>"] [DTOA2="<dtoa2_name>"] [DTOA3="<dtoa3_name>"] [DTOA4="<dtoa4_name>"]>*)
.MODEL Modelcard(timing) digital delayline .MODEL <name> UDLY(<[DLYMN=<dlymn_value>] [DLYTY=<dlyty_value>] [DLYMX=<dlymx_value>]>*)
.MODEL Modelcard(timing) standard gates .MODEL <name> UGATE(<[TPLHMN=<tplhmn_value>] [TPLHTY=<tplhty_value>] [TPLHMX=<tplhmx_value>] [TPHLMN=<tphlmn_value>] [TPHLTY=<tphlty_value>] [TPHLMX=<tphlmx_value>]>*)
.MODEL Modelcard(timing) tristate gates .MODEL <name> UTGATE(<[TPLHMN=<tplhmn_value>] [TPLHTY=<tplhty_value>] [TPLHMX=<tplhmx_value>] [TPHLMN=<tphlmn_value>] [TPHLTY=<tphlty_value>] [TPHLMX=<tphlmx_value>] [TPLZMN=<tplzmn_value>] [TPLZTY=<tplzty_value>] [TPLZMX=<tplzmx_value>] [TPHZMN=<tphzmn_value>] [TPHZTY=<tphzty_value>] [TPHZMX=<tphzmx_value>] [TPZHMN=<tpzhmn_value>] [TPZHTY=<tpzhty_value>] [TPZHMX=<tpzhmx_value>] [TPZLMN=<tpzlmn_value>] [TPZLTY=<tpzlty_value>] [TPZLMX=<tpzlmx_value>]>*)
.MODEL Modelcard(timing) edge-triggered flip-flop .MODEL <name> UEFF(<[THDCLKMN=<thdclkmn_value>] [THDCLKTY=<thdclkty_value>] [THDCLKMX=<thdclkmx_value>] [TPCLKQLHMN=<tpclkqlhmn_value>] [TPCLKQLHTY=<tpclkqlhty_value>] [TPCLKQLHMX=<tpclkqlhmx_value>] [TPCLKQHLMN=<tpclkqhlmn_value>] [TPCLKQHLTY=<tpclkqhlty_value>] [TPCLKQHLMX=<tpclkqhlmx_value>] [TPPCQLHMN=<tppcqlhmn_value>] [TPPCQLHTY=<tppcqlhty_value>] [TPPCQLHMX=<tppcqlhmx_value>] [TPPCQHLMN=<tppcqhlmn_value>] [TPPCQHLTY=<tppcqhlty_value>] [TPPCQHLMX=<tppcqhlmx_value>] [TSUDCLKMN=<tsudclkmn_value>] [TSUDCLKTY=<tsudclkty_value>] [TSUDCLKMX=<tsudclkmx_value>] [TSUPCCLKHMN=<tsupcclkhmn_value>] [TSUPCCLKHTY=<tsupcclkhty_value>] [TSUPCCLKHMX=<tsupcclkhmx_value>] [TWPCLMN=<twpclmn_value>] [TWPCLTY=<twpclty_value>] [TWPCLMX=<twpclmx_value>] [TWCLKLMN=<twclklmn_value>] [TWCLKLTY=<twclklty_value>] [TWCLKLMX=<twclklmx_value>] [TWCLKHMN=<twclkhmn_value>] [TWCLKHTY=<twclkhty_value>] [TWCLKHMX=<twclkhmx_value>]>*)
.MODEL Modelcard(timing) gated latch .MODEL <name> UGFF(<[THDGMN=<thdgmn_value>] [THDGTY=<thdgty_value>] [THDGMX=<thdgmx_value>] [TPDQLHMN=<tpdqlhmn_value>] [TPDQLHTY=<tpdqlhty_value>] [TPDQLHMX=<tpdqlhmx_value>] [TPDQHLMN=<tpdqhlmn_value>] [TPDQHLTY=<tpdqhlty_value>] [TPDQHLMX=<tpdqhlmx_value>] [TPGQLHMN=<tpgqlhmn_value>] [TPGQLHTY=<tpgqlhty_value>] [TPGQLHMX=<tpgqlhmx_value>] [TPGQHLMN=<tpgqhlmn_value>] [TPGQHLTY=<tpgqhlty_value>] [TPGQHLMX=<tpgqhlmx_value>] [TPPCQLHMN=<tppcqlhmn_value>] [TPPCQLHTY=<tppcqlhty_value>] [TPPCQLHMX=<tppcqlhmx_value>] [TPPCQHLMN=<tppcqhlmn_value>] [TPPCQHLTY=<tppcqhlty_value>] [TPPCQHLMX=<tppcqhlmx_value>] [TSUDGMN=<tsudgmn_value>] [TSUDGTY=<tsudgty_value>] [TSUDGMX=<tsudgmx_value>] [TSUPCGHMN=<tsupcghmn_value>] [TSUPCGHTY=<tsupcghty_value>] [TSUPCGHMX=<tsupcghmx_value>] [TWPCLMN=<twpclmn_value>] [TWPCLTY=<twpclty_value>] [TWPCLMX=<twpclmx_value>] [TWGHMN=<twghmn_value>] [TWGHTY=<twghty_value>] [TWGHMX=<twghmx_value>]>*)
Oname Device digital output Oname <interface_node> <reference_node> <model> DGTLNET=<digital_node> <io_model>
Nname Device digital input Nname <interface_node> <low_level_node> <high_level_node> <model> DGTLNET=<digital_node> <io_model> [IS=<is_digitalvalue>]
Uname Device digital stimulus Uname STIM(<width_value>, <format_array_value>) <digital_power_node> <digital_ground_node> <nodes>*{width_value} <io_model> [IO_LEVEL=<interface_subckt_select_value>] [TIMESTEP=<stepsize_value>] <commands>
.STIM Digital stimulus commands .STIM <[<time_values> <state_names>] [LABEL=<label_names>] [<time_values> GOTO <goto_names> <n_values> TIMES]>*
Uname Device digital buffer Uname BUF <digital_power_node> <digital_ground_node> <input_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital inverter Uname INV <digital_power_node> <digital_ground_node> <input_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital AND Uname AND(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NAND Uname NAND(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital OR Uname OR(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NOR Uname NOR(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital XOR Uname XOR <digital_power_node> <digital_ground_node> <in1_node> <in2_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NXOR Uname NXOR <digital_power_node> <digital_ground_node> <in1_node> <in2_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital buffer-array Uname BUFA(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital inverter-array Uname INVA(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital AND-array Uname ANDA(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NAND-array Uname NANDA(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital OR-array Uname ORA(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NOR-array Uname NORA(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital XOR-array Uname XORA(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<in1_nodes> <in2_nodes>>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital NXOR-array Uname NXORA(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<in1_nodes> <in2_nodes>>*{no_of_gates_value} <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital AND-OR compound gate Uname AO(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_node><model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital compound OR-AND gate Uname OA(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_node><model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital AND-NOR compound gate Uname AOI(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_node><model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital compound OR-NAND gate Uname OAI(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <output_node><model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate buffer Uname BUF3 <digital_power_node> <digital_ground_node> <input_node> <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate inverter Uname INV3 <digital_power_node> <digital_ground_node> <input_node> <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate AND Uname AND3(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NAND Uname NAND3(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate OR Uname OR3(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NOR Uname NOR3(<no_of_inputs_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_inputs_value} <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate XOR Uname XOR3 <digital_power_node> <digital_ground_node> <in1_node> <in2_node> <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NXOR Uname NXOR3 <digital_power_node> <digital_ground_node> <in1_node> <in2_node> <enable_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate buffer array Uname BUF3A(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_gates_value} <enable_node><output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate inverter array Uname INV3A(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <input_nodes>*{no_of_gates_value} <enable_node><output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate AND-array Uname AND3A(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <enable_node> <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NAND-array Uname NAND3A(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <enable_node> <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate OR-array Uname OR3A(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <enable_node> <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NOR-array Uname NOR3A(<no_of_inputs_value>,<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<input_nodes>*{no_of_inputs_value}>*{no_of_gates_value} <enable_node> <output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate XOR-array Uname XOR3A(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<in1_nodes> <in2_nodes>>*{no_of_gates_value} <enable_node><output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital tristate NXOR-array Uname NXOR3A(<no_of_gates_value>) <digital_power_node> <digital_ground_node> <<in1_nodes> <in2_nodes>>*{no_of_gates_value} <enable_node><output_nodes>*{no_of_gates_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital pullup/pulldown Uname <PULLUP|PULLDN> (<number_of_resistors_value>) <digital_power_node> <digital_ground_node> <output_nodes>*{number_of_resistors_value} <io_model> [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital delayline Uname DLYLINE <digital_power_node> <digital_ground_node> <input_node> <output_node> <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital D-Flip-Flop Uname DFF (<no_of_ff_value>) <digital_power_node> <digital_ground_node> <presetbar_node> <clearbar_node> <clock_node> <data_nodes>*{no_of_ff_value} <q_nodes>*{no_of_ff_value} <qbar_nodes>*{no_of_ff_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital JK-Flip-Flop Uname JKFF (<no_of_ff_value>) <digital_power_node> <digital_ground_node> <presetbar_node> <clearbar_node> <clock_node> <j_nodes>*{no_of_ff_value} <k_nodes>*{no_of_ff_value} <q_nodes>*{no_of_ff_value} <qbar_nodes>*{no_of_ff_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital SR-Flip-Flop Uname SRFF (<no_of_ff_value>) <digital_power_node> <digital_ground_node> <presetbar_node> <clearbar_node> <gate_node> <set_nodes>*{no_of_ff_value} <reset_nodes>*{no_of_ff_value} <q_nodes>*{no_of_ff_value} <qbar_nodes>*{no_of_ff_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]
Uname Device digital D-Latch Uname DLTCH (<no_of_ff_value>) <digital_power_node> <digital_ground_node> <presetbar_node> <clearbar_node> <gate_node> <data_nodes>*{no_of_ff_value} <q_nodes>*{no_of_ff_value} <qbar_nodes>*{no_of_ff_value} <model> <io_model> [MNTYMXDLY=<delay_select_value>] [IO_LEVEL=<interface_subckt_select_value>]