ISIS SCHEMATIC FILE15/01/0405/19/12if@4O  hDESIGN CONFIGURATION DATAArialArialt Font` p6 M ``@@@@ COMPONENTȪȪPINPORT@MARKER`O@ACTUATOR`O@@ INDICATOR`O@@VPROBE`OIPROBE`OTAPE`O GENERATOR`OTERMINAL@ SUBCIRCUIT=ȪȪ 2D GRAPHICWIRE DOT@@@WIRE@BUS WIREPS COMPONENT ID&H Default FontCOMPONENT VALUE&0 Default Font PROPERTIES&0 Default FontTERMINAL LABEL&0 Default Font WIRE LABEL&0 Default Font SUBCKT ID&H Default Font SUBCKT NAME&0 Default FontSCRIPT&0 Default FontPIN NAME&0 Default Font PIN NUMBER&0 Default Font VPROBE LABEL&0 Default Font IPROBE LABEL&0 Default FontGENERATOR LABEL&0 Default Font TAPE LABEL&0 Default FontACTIVE READOUT0ArialCOMPONENT TEXT&0 Default Font GRAPHICS TEXT&0 Default Font $MKRBUSNODE޳3I=8`O@MARKER9p s $MKRDECREMENT:70!`O@@ACTUATOR;4!`O@@ACTUATOR9ȜȜ;4!`O@@ACTUATOR98cȜ;4!`O@@ACTUATOR9p $MKRINCREMENT:70!`O@@ACTUATOR;4!`O@@ACTUATORpȜ8c;4!`O@@ACTUATORp8c8c;4!`O@@ACTUATORp9 $MKRLABEL޳304$MKRORIGINkf`O@MARKER0Default FontLABEL$MKRNODE޳3~94`O@MARKER9pp994`O@MARKER99pp $MKRORIGIN{3=8`O@MARKER9p s94`O@MARKER s94`O@MARKER s $MKRPINNAME޳304$MKRORIGINje`O@MARKER0Default FontNAME $MKRPINNUM޳304$MKRORIGINhc`O@MARKER/0Default Font99 $MKRTOGGLE7j70!`O@@ACTUATOR;4!`O@@ACTUATOR9p;4!`O@@ACTUATOR9ȜȜ;4!`O@@ACTUATOR98cȜ;4!`O@@ACTUATORȜ8cp;4!`O@@ACTUATORp8c8c$PINBUS޳304$MKRORIGIN04?$MKRBUSNODE04$MKRPINNAME $PINDEFAULT޳3264PIN?04$MKRORIGIN04?$MKRNODE04$MKRPINNUM04$MKRORIGIN04$MKRPINNAME $PININVERT޳3d20PINX)64PIN?04$MKRPINNUM04$MKRORIGIN04?$MKRNODE04$MKRORIGIN04$MKRPINNAME $PINNEGCLK޳3d`PINX))))X)64PIN?04$MKRPINNUM20PINX)04?$MKRNODE04$MKRORIGIN04$MKRORIGIN04$MKRPINNAME $PINPOSCLK޳3d`PINX))))X)64PIN?04$MKRPINNUM04$MKRORIGIN04?$MKRNODE04$MKRORIGIN04$MKRPINNAME $PINSHORT޳364PIN04$MKRPINNUM04$MKRNODE04$MKRORIGIN04$MKRORIGIN $TERBIDIR߳3{i`!@TERMINAL s0 s0;4!@TERMINAL;4!@TERMINAL s04$MKRORIGIN04$MKRNODE04H$MKRLABEL$TERBUS߳3i`!@TERMINAL040$MKRBUSNODE04$MKRORIGIN04$MKRLABEL $TERDEFAULT߳370!@TERMINAL;4!@TERMINAL90040$MKRNODE04$MKRORIGIN04/$MKRLABEL $TERGROUND߳3;4!@TERMINAL0;4!@TERMINAL0;4!@TERMINAL;4!@TERMINALȜ8c04$MKRORIGIN040$MKRNODE04?$MKRLABEL $TERINPUT߳3@i`!@TERMINAL s s;4!@TERMINAL004t$MKRORIGIN040t$MKRNODE04/$MKRLABEL $TEROUTPUT߳3@i`!@TERMINAL s0 s0;4!@TERMINAL04H$MKRLABEL04$MKRNODE04$MKRORIGIN $TERPOWER߳3@i`!@TERMINAL00;4!@TERMINAL004$MKRNODE04$MKRORIGIN04`$MKRLABEL$VPROBE߳3 g``OVPROBEHHHH00HH94`OVPROBE04`H$MKRLABEL04$MKRORIGIN $IAC AMMETER}E3 v 80"ȪȪCOMPONENT`ph"ȪȪCOMPONENT ArialAC Amps04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS@8"`O@@INDICATOR9 004$MKRORIGINnf"`O@@{INDICATOR) 0Default Font+88.8?$PINSHORT+ `$PINSHORT-IMETER_C80"ȪȪCOMPONENT`04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS@8"`O@@INDICATOR9 004$MKRORIGINnf"`O@@{INDICATOR) 0Default Font+88.8IMETER_0X80"ȪȪCOMPONENT`04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS04$MKRORIGINIMETER_1|@8"`O@@INDICATORm9 004$MKRORIGINIMETER_2ph"ȪȪCOMPONENT ArialAC Amps04$MKRORIGINIMETER_3nf"ȪȪCOMPONENT ArialAC mA04$MKRORIGINIMETER_404$MKRORIGINnf"ȪȪCOMPONENT ArialAC A_{*DEVICE} {ACTIVE=IMETER,5,DLL} {HELP=INSTRUMENTS>POPUP,507} {*PROPDEFS} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODFILE="LISA Model File",HIDDEN STRING} {STATE="Display Range",KWDLIST,3,2="Amps",3="Milliamps",4="Microamps"} {TC="Time Constant",FLOAT,PNZ} {*INDEX} {*COMPONENT} {MODDLL=READOUT} {MODFILE=ACIMETER} {STATE=2} {TC=100ms} {PACKAGE=NULL} $IAC VOLTMETER}E7 G80"ȪȪCOMPONENT`qi"ȪȪCOMPONENT ArialAC Volts<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@@8"`O@@INDICATOR9 0nf"`O@@{INDICATOR) 0Default Font+88.804$MKRORIGIN ? $PINSHORT- `t$PINSHORT+VMETER_C80"ȪȪCOMPONENT`<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@@8"`O@@INDICATOR9 0nf"`O@@{INDICATOR) 0Default Font+88.804$MKRORIGINVMETER_0(80"ȪȪCOMPONENT`<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@04$MKRORIGINVMETER_1|@8"`O@@INDICATORm9 004$MKRORIGINVMETER_2qi"ȪȪCOMPONENT ArialAC Volts04$MKRORIGINVMETER_3nf"ȪȪCOMPONENT ArialAC mV04$MKRORIGIN04$MKRORIGINVMETER_4nf"ȪȪCOMPONENT ArialAC V04$MKRORIGIN04$MKRORIGIN{*DEVICE} {ACTIVE=VMETER,5,DLL} {HELP=INSTRUMENTS>POPUP,507} {*PROPDEFS} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODFILE="LISA Model File",HIDDEN STRING} {STATE="Display Range",KWDLIST,3,2="Volts",3="Millivolts",4="Microvolts"} {LOAD="Load Resistance",FLOAT,PNZ} {TC="Time Constant",FLOAT,PNZ} {*INDEX} {*COMPONENT} {LOAD=100M} {MODDLL=READOUT} {MODFILE=ACVMETER} {STATE=2} {TC=100ms} {PACKAGE=NULL} $ICOUNTER TIMER}ET$k"  ;@8"ȪȪCOMPONENT@04$MKRORIGIN@8"Ȫ`COMPONENT Xo1 <4"ȪȪxCOMPONENT p<4"ȪȪxCOMPONENTp- 8 آ<4"ȪȪxCOMPONENTp- ? ?<4"ȪȪxCOMPONENTpآ<4"ȪȪxCOMPONENT8 hg p_<4"ȪȪxCOMPONENTph p_<4"ȪȪxCOMPONENT8 8h8<4"ȪȪxCOMPONENT` A<4"ȪȪxCOMPONENTآ<4"ȪȪxCOMPONENT??<4"ȪȪxCOMPONENTX Aآ<4"ȪȪxCOMPONENThH7p_<4"ȪȪxCOMPONENT Ahp_<4"ȪȪxCOMPONENT8z8<4"ȪȪxCOMPONENT81h<4"ȪȪxCOMPONENTjآ<4"ȪȪxCOMPONENT?0?<4"ȪȪxCOMPONENTthآ<4"ȪȪxCOMPONENTjhp_<4"ȪȪxCOMPONENThh0p_<4"ȪȪxCOMPONENTj8J8<4"ȪȪxCOMPONENT"<4"ȪȪxCOMPONENTH;آ<4"ȪȪxCOMPONENTH?x~"?<4"ȪȪxCOMPONENTD#"آ<4"ȪȪxCOMPONENT;hp_<4"ȪȪxCOMPONENT"hx~"p_<4"ȪȪxCOMPONENT;8@"8<4"ȪȪxCOMPONENT$(<4"ȪȪxCOMPONENTn$X $آ<4"ȪȪxCOMPONENTn$?N(?<4"ȪȪxCOMPONENT0)(آ<4"ȪȪxCOMPONENTX $h #p_<4"ȪȪxCOMPONENT(hN(p_<4"ȪȪxCOMPONENTX $8'8<4"ȪȪxCOMPONENT*@.<4"ȪȪxCOMPONENT>*)آ<4"ȪȪxCOMPONENT>*?.?<4"ȪȪxCOMPONENTx.@.آ<4"ȪȪxCOMPONENT)hhx)p_<4"ȪȪxCOMPONENT@.h.p_<4"ȪȪxCOMPONENT)8л-8<4"ȪȪxCOMPONENTXr0R4<4"ȪȪxCOMPONENT 0/آ<4"ȪȪxCOMPONENT 0?P3?<4"ȪȪxCOMPONENT4R4آ<4"ȪȪxCOMPONENT/hH/p_<4"ȪȪxCOMPONENTR4hP3p_<4"ȪȪxCOMPONENT/838<4"ȪȪxCOMPONENTB6":<4"ȪȪxCOMPONENTh50|5آ<4"ȪȪxCOMPONENTh5?9?<4"ȪȪxCOMPONENT:":آ<4"ȪȪxCOMPONENT0|5h5p_<4"ȪȪxCOMPONENT":h9p_<4"ȪȪxCOMPONENT0|58`\98p_$PINDEFAULTRST$PINPOSCLKCLK?$PINDEFAULTCECTIMER_0<4" FȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT)pO04$MKRORIGIN<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT)<4" ȪȪxCOMPONENT3H<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT sH sCTIMER_1<4" FȪȪxCOMPONENT)<4" FȪȪxCOMPONENT)pO<4" FȪȪxCOMPONENT)P P<4" FȪȪxCOMPONENT/m/<4" FȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT3H<4" ȪȪxCOMPONENTHmO04$MKRORIGINCTIMER_2<4" FȪȪxCOMPONENTHmO<4" FȪȪxCOMPONENT)<4" ȪȪxCOMPONENT)pO<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT3H04$MKRORIGINCTIMER_3<4" ȪȪxCOMPONENTHmO<4" FȪȪxCOMPONENT)<4" FȪȪxCOMPONENT)pO<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT3H04$MKRORIGINCTIMER_4<4" FȪȪxCOMPONENT)pO<4" FȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" FȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT3H04$MKRORIGIN<4" ȪȪxCOMPONENT)<4" ȪȪxCOMPONENTHmOCTIMER_5<4" FȪȪxCOMPONENT)pO<4" FȪȪxCOMPONENT3H04$MKRORIGIN<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT)CTIMER_6<4" ȪȪxCOMPONENT)pO<4" FȪȪxCOMPONENT3H04$MKRORIGIN<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT sH s<4" ȪȪxCOMPONENT)CTIMER_7<4" FȪȪxCOMPONENT)pO04$MKRORIGIN<4" FȪȪxCOMPONENT)P P<4" FȪȪxCOMPONENT/m/<4" FȪȪxCOMPONENT)<4" ȪȪxCOMPONENT3H<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT sH sCTIMER_8<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT)pO04$MKRORIGIN<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT)<4" ȪȪxCOMPONENT3H<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT sH sCTIMER_9<4" FȪȪxCOMPONENT)pO04$MKRORIGIN<4" ȪȪxCOMPONENT)P P<4" ȪȪxCOMPONENT/m/<4" ȪȪxCOMPONENT)<4" ȪȪxCOMPONENT3H<4" ȪȪxCOMPONENTHmO<4" ȪȪxCOMPONENT sH sCTIMER_10x04$MKRORIGIN<4" FȪȪxCOMPONENT33CTIMER_11x04$MKRORIGIN<4" ȪȪxCOMPONENT33{*DEVICE} {ACTIVE=CTIMER,12,DLL} {HELP=INSTRUMENTS>POPUP,505} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODE="Operating Mode",KWDLIST,4,0="Time (secs)",1="Time (hms)",2="Frequency",3="Count"} {GATEPOL="Count Enable Polarity",KWDLIST,2,0="High",1="Low"} {RSTEDGE="Reset Edge Polarity",KWDLIST,2,0="Low-High",1="High-Low"} {*INDEX} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=CTIMER.DLL} {RSTEDGE=0} {GATEPOL=0} {MODE=0} {PACKAGE=NULL} $IDC AMMETER}E s 80"ȪȪCOMPONENT`me"ȪȪCOMPONENT ArialAmps04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS@8"`O@@INDICATOR9 004$MKRORIGINnf"`O@@{INDICATOR) 0Default Font+88.8?$PINSHORT+ `$PINSHORT-IMETER_C80"ȪȪCOMPONENT`04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS@8"`O@@INDICATOR9 004$MKRORIGINnf"`O@@{INDICATOR) 0Default Font+88.8IMETER_0X80"ȪȪCOMPONENT`04$MKRORIGIN<4"1ȪȪ}COMPONENTO<4"1ȪȪ}COMPONENT|<4"1ȪȪ}COMPONENTx PSX= PS04$MKRORIGINIMETER_1|@8"`O@@INDICATORm9 004$MKRORIGINIMETER_2me"ȪȪCOMPONENT ArialAmps04$MKRORIGINIMETER_3kc"ȪȪCOMPONENT ArialmA04$MKRORIGINIMETER_404$MKRORIGINkc"ȪȪCOMPONENT ArialA5{*DEVICE} {ACTIVE=IMETER,5,DLL} {HELP=INSTRUMENTS>POPUP,507} {*PROPDEFS} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODFILE="LISA Model File",HIDDEN STRING} {STATE="Display Range",KWDLIST,3,2="Amps",3="Milliamps",4="Microamps"} {*INDEX} {*COMPONENT} {MODDLL=READOUT} {MODFILE=DCIMETER} {STATE=2} {PACKAGE=NULL} $IDC VOLTMETERIV? D80"ȪȪCOMPONENT`nf"ȪȪCOMPONENT ArialVolts<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@@8"`O@@INDICATOR9 0nf"`O@@{INDICATOR) 0Default Font+88.804$MKRORIGIN ? $PINSHORT- `t$PINSHORT+VMETER_C80"ȪȪCOMPONENT`<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@@8"`O@@INDICATOR9 0nf"`O@@{INDICATOR) 0Default Font+88.804$MKRORIGINVMETER_0(80"ȪȪCOMPONENT`<4"1ȪȪ}COMPONENT sv @v <4"1ȪȪ}COMPONENTX= x <4"1ȪȪ}COMPONENT s@04$MKRORIGINVMETER_1|@8"`O@@INDICATORm9 004$MKRORIGINVMETER_2nf"ȪȪCOMPONENT ArialVolts04$MKRORIGINVMETER_3kc"ȪȪCOMPONENT ArialmV04$MKRORIGIN04$MKRORIGINVMETER_4kc"ȪȪCOMPONENT ArialV04$MKRORIGIN04$MKRORIGINO{*DEVICE} {ACTIVE=VMETER,5,DLL} {HELP=INSTRUMENTS>POPUP,507} {*PROPDEFS} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODFILE="LISA Model File",HIDDEN STRING} {STATE="Display Range",KWDLIST,3,2="Volts",3="Millivolts",4="Microvolts"} {LOAD="Load Resistance",FLOAT,PNZ} {*COMPONENT} {LOAD=100M} {MODDLL=READOUT} {MODFILE=DCVMETER} {STATE=2} $II2C DEBUGGER}E(@8"ȪȪCOMPONENTp_& A@8"ȪbCOMPONENT/?ld"ȪȪ{COMPONENT(] ArialFI2C04$MKRORIGIN`$PINDEFAULTSDA$PINDEFAULTSCL?$PINDEFAULTTRIG{*DEVICE} {ACTIVE=I2C_DEBUG,0,DLL} {HELP=INSTRUMENTS>POPUP,510} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model DLL",HIDDEN STRING} {CLOCKFREQ="Clock frequency in Hz",INT,PNZ} {ADDRESS1="Address byte 1",INT,0,255} {ADDRESS2="Address byte 2",INT,0,255} {STOPONEMPTY="Stop on buffer empty",BOOL} {TIMEPREC="Time display precision",ADVANCED INT,1,12} {WRAPLENGTH="New line after",ADVANCED INT,1,64} {AUTOLOAD="Queue stored sequences at startup",ADVANCED YESNO} {SEQUENCE_FILE="Sequence file",ADVANCED FILENAME,FALSE,,Text file/*.txt} {*INDEX} {CAT=Miscellaneous} {SUBCAT=} {MFR=} {DESC=I2C Protocol Debugger} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=i2cdebug.dll} {AUTOLOAD=0} {CLOCKFREQ=100000} {STOPONEMPTY=1} {WRAPLENGTH=64} {PACKAGE=NULL} $ILOGIC ANALYSER}E@8"ȪȪCOMPONENT@ >`E*04$MKRORIGIN@8"8cȪdCOMPONENTȜPP'D#04$MKRORIGIN<4" ȪȪxCOMPONENT&<4" ȪȪxCOMPONENT?&?<4" ȪȪxCOMPONENTp_&p_<4" ȪȪxCOMPONENT@&@<4" ȪȪxCOMPONENT&<4" ȪȪxCOMPONENT&<4" ȪȪxCOMPONENT&<4"ȪȪxCOMPONENT00P<4" ȪȪxCOMPONENT&<4"ȪȪxCOMPONENT``P<4"ȪȪxCOMPONENT P<4"ȪȪxCOMPONENTP<4"ȪȪxCOMPONENT``P<4"ȪȪxCOMPONENT A AP<4"ȪȪxCOMPONENTP!P!P<4"ȪȪxCOMPONENTP<4"ȪȪxCOMPONENT""P@$PINDEFAULTA0@$PINDEFAULTA1@?$PINDEFAULTA2@p_$PINDEFAULTA3@@$PINDEFAULTA4@$PINDEFAULTA5@$PINDEFAULTA6@$PINDEFAULTA7B6$PINDEFAULTA8B6$PINDEFAULTA9B6?$PINDEFAULTA10B6p_$PINDEFAULTA11B6@$PINDEFAULTA12B6$PINDEFAULTA13B6$PINDEFAULTA14B6$PINDEFAULTA15@$PINBUSB0[0..7]@P$PINBUSB1[0..7]B6$PINBUSB2[0..7]B6P$PINBUSB3[0..7]){*DEVICE} {ACTIVE=DLA,0,DLL} {HELP=INSTRUMENTS>POPUP,502} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model",READONLY STRING} {PACKAGE="PCB Package",PACKAGE,0} {*INDEX} {CAT=Virtual Instrument} {SUBCAT=} {MFR=} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=DLA} {PACKAGE=NULL} $IOSCILLOSCOPE}E!1k@8"ȪȪwCOMPONENT@"@8"8c0ȪhCOMPONENTOOQ`<4"ȪȪxCOMPONENTO0 0<4"ȪȪxCOMPONENTO` `<4"ȪȪxCOMPONENTx O<4"ȪȪxCOMPONENTx O<4"ȪȪxCOMPONENTx O<4"ȪȪxCOMPONENT0x 0O<4"ȪȪxCOMPONENTHx HO<4"ȪȪxCOMPONENT`x `O<4"ȪȪxCOMPONENTx x x O<4"ȪȪxCOMPONENTOH H<4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO/ /<4"ȪȪxCOMPONENTO? ?<4"ȪȪxCOMPONENT/x /O<4"ȪȪxCOMPONENT?x ?O04$MKRORIGIN<4"ȪȪxCOMPONENTx O=4#x2D GRAPHICOH?H=4#x2D GRAPHIC?H?#=4#x2D GRAPHIC?#/#=4#x2D GRAPHIC/#/H=4#x2D GRAPHIC/HH=4#x2D GRAPHICH#=4#x2D GRAPHIC##=4#x2D GRAPHIC#H=4#x2D GRAPHICHH=4#x2D GRAPHICH#=4#x2D GRAPHIC##=4#x2D GRAPHIC#H=4#x2D GRAPHICH0H=4#x2D GRAPHIC0H0#=4#x2D GRAPHIC0#H#=4#x2D GRAPHICH#HH=4#x2D GRAPHICHH`H=4#x2D GRAPHIC`H`#=4#x2D GRAPHIC`#x #=4#x2D GRAPHICx #x H=4#x2D GRAPHICx H H=4#x2D GRAPHICO?=4#x2D GRAPHIC?? s=4#x2D GRAPHIC? s/ s=4#x2D GRAPHIC/ s/=4#x2D GRAPHIC/=4#x2D GRAPHIC s=4#x2D GRAPHIC s s=4#x2D GRAPHIC s=4#x2D GRAPHIC=4#x2D GRAPHIC s=4#x2D GRAPHIC s s=4#x2D GRAPHIC s=4#x2D GRAPHIC0=4#x2D GRAPHIC00 s=4#x2D GRAPHIC0 sH s=4#x2D GRAPHICH sH=4#x2D GRAPHICH`=4#x2D GRAPHIC`` s=4#x2D GRAPHIC` sx s=4#x2D GRAPHICx sx =4#x2D GRAPHICx  =4#x2D GRAPHIC)O=4#x2D GRAPHIC)?|=4#x2D GRAPHIC?|)=4#x2D GRAPHIC)`Y|=4#x2D GRAPHIC`Y|@)=4#x2D GRAPHIC@) s|=4#x2D GRAPHIC s|)=4#x2D GRAPHIC)|=4#x2D GRAPHIC|)=4#x2D GRAPHIC)|=4#x2D GRAPHIC|3)=4#x2D GRAPHIC3)`|=4#x2D GRAPHIC`|@M )=4#x2D GRAPHIC@M ) |=4#x2D GRAPHIC | PS<4"ȪȪxCOMPONENTO MD#x2D GRAPHICOOYMD#x2D GRAPHIChhMD#x2D GRAPHIChh93?آ?MD#x2D GRAPHICآ?w?HiHiMD#x2D GRAPHICHiHi/MD#x2D GRAPHIC/W((MD#x2D GRAPHIC((L??MD#x2D GRAPHIC?7,?MD#x2D GRAPHICxIMD#x2D GRAPHICxIMD#x2D GRAPHICf?X?MD#x2D GRAPHICX?E?ȜȜMD#x2D GRAPHICȜȜ8cMD#x2D GRAPHIC8c))MD#x2D GRAPHIC))y??MD#x2D GRAPHIC?_?MD#x2D GRAPHICY |MD#x2D GRAPHIC|hChCMD#x2D GRAPHIChChC9? ?MD#x2D GRAPHIC ?wy?HHMD#x2D GRAPHICHH'MD#x2D GRAPHICW(](]MD#x2D GRAPHIC(](]?#?MD#x2D GRAPHIC#?7?MD#x2D GRAPHIC@ x MD#x2D GRAPHICx  v v MD#x2D GRAPHICv v  ?X= ?MD#x2D GRAPHICX= ? X= ?  $PINDEFAULTA0$PINDEFAULTB$PINDEFAULTCp_$PINDEFAULTD/{*DEVICE} {ACTIVE=DSO,0,DLL} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model",READONLY STRING} {TRIGAUTO="TRIGAUTO",HIDDEN STRING} {TRIGSRC="TRIGSRC",HIDDEN STRING} {TRIGEDGE="TRIGEDGE",HIDDEN STRING} {TRIGACDC="TRIGACDC",HIDDEN STRING} {TRIGLEVEL="TRIGLEVEL",HIDDEN STRING} {TRIGDELAY="TRIGDELAY",HIDDEN STRING} {HORIZSRC="HORIZSRC",HIDDEN STRING} {HORIZVAL="HORIZVAL",HIDDEN STRING} {HORIZPOS="HORIZPOS",HIDDEN STRING} {CHAINV="CHAINV",HIDDEN STRING} {CHASUM="CHASUM",HIDDEN STRING} {CHAACDC="CHAACDC",HIDDEN STRING} {CHAVAL="CHAVAL",HIDDEN STRING} {CHAPOS="CHAPOS",HIDDEN STRING} {CHBINV="CHBINV",HIDDEN STRING} {CHBACDC="CHBACDC",HIDDEN STRING} {CHBVAL="CHBVAL",HIDDEN STRING} {CHBPOS="CHBPOS",HIDDEN STRING} {CHCINV="CHCINV",HIDDEN STRING} {CHCSUM="CHCSUM",HIDDEN STRING} {CHCACDC="CHCACDC",HIDDEN STRING} {CHCVAL="CHCVAL",HIDDEN STRING} {CHCPOS="CHCPOS",HIDDEN STRING} {CHDINV="CHDINV",HIDDEN STRING} {CHDACDC="CHDACDC",HIDDEN STRING} {CHDVAL="CHDVAL",HIDDEN STRING} {CHDPOS="CHDPOS",HIDDEN STRING} {PACKAGE="PCB Package",PACKAGE,0} {*INDEX} {CAT=Virtual Instruments} {DESC=Digital Storage Oscilloscope} {SUBCAT=} {MFR=} {*COMPONENT} {MODDLL=DSO.DLL} {PRIMITIVE=ANALOG} {TRIGAUTO=TRUE} {TRIGSRC=0} {TRIGEDGE=0} {TRIGACDC=1} {TRIGLEVEL=0} {TRIGDELAY=0} {HORIZSRC=0} {HORIZVAL=1.e-003} {HORIZPOS=0} {CHAINV=FALSE} {CHASUM=FALSE} {CHAACDC=0} {CHAVAL=5.} {CHAPOS=120} {CHBINV=FALSE} {CHBACDC=0} {CHBVAL=5.} {CHBPOS=40} {CHCINV=FALSE} {CHCSUM=FALSE} {CHCACDC=0} {CHCVAL=5.} {CHCPOS=-40} {CHDINV=FALSE} {CHDACDC=0} {CHDVAL=5.} {CHDPOS=-120} {PACKAGE=NULL} $IPATTERN GENERATOR}ES@8"ȪȪCOMPONENT]0A*04$MKRORIGIN@8"ȪkCOMPONENT&@8"ȪkCOMPONENT4P00@8"ȪkCOMPONENT4 00@8"ȪkCOMPONENT4+00@8"ȪkCOMPONENT4K00@8"ȪkCOMPONENT4k00@8"ȪkCOMPONENT4`00@8"ȪkCOMPONENT4000@8"ȪkCOMPONENT400@8"ȪkCOMPONENT0P00@8"ȪkCOMPONENT0 00@8"ȪkCOMPONENT0+00@8"ȪkCOMPONENT0K00@8"ȪkCOMPONENT0k00@8"ȪkCOMPONENT0`00@8"ȪkCOMPONENT0000@8"ȪkCOMPONENT000@8"ȪkCOMPONENT`,P00@8"ȪkCOMPONENT`, 00@8"ȪkCOMPONENT`,+00@8"ȪkCOMPONENT`,K00@8"ȪkCOMPONENT`,k00@8"ȪkCOMPONENT`,`00@8"ȪkCOMPONENT`,000@8"ȪkCOMPONENT`,00@8"ȪkCOMPONENT0)P00@8"ȪkCOMPONENT0) 00@8"ȪkCOMPONENT0)+00@8"ȪkCOMPONENT0)K00@8"ȪkCOMPONENT0)k00@8"ȪkCOMPONENT0)`00@8"ȪkCOMPONENT0)000@8"ȪkCOMPONENT0)00@8"ȪkCOMPONENT5%P00@8"ȪkCOMPONENT5% 00@8"ȪkCOMPONENT5%+00@8"ȪkCOMPONENT5%K00@8"ȪkCOMPONENT5%k00@8"ȪkCOMPONENT5%`00@8"ȪkCOMPONENT5%000@8"ȪkCOMPONENT5%00@8"ȪkCOMPONENTT!P00@8"ȪkCOMPONENTT! 00@8"ȪkCOMPONENTT!+00@8"ȪkCOMPONENTT!K00@8"ȪkCOMPONENTT!k00@8"ȪkCOMPONENTT!`00@8"ȪkCOMPONENTT!000@8"ȪkCOMPONENTT!00@8"ȪkCOMPONENTtP00@8"ȪkCOMPONENTt 00@8"ȪkCOMPONENTt+00@8"ȪkCOMPONENTtK00@8"ȪkCOMPONENTtk00@8"ȪkCOMPONENTt`00@8"ȪkCOMPONENTt000@8"ȪkCOMPONENTt00@8"ȪkCOMPONENTpP00@8"ȪkCOMPONENTp 00@8"ȪkCOMPONENTp+00@8"ȪkCOMPONENTpK00@8"ȪkCOMPONENTpk00@8"ȪkCOMPONENTp`00@8"ȪkCOMPONENTp000@8"ȪkCOMPONENTp00@8"ȪkCOMPONENT@P00@8"ȪkCOMPONENT@ 00@8"ȪkCOMPONENT@+00@8"ȪkCOMPONENT@K00@8"ȪkCOMPONENT@k00@8"ȪkCOMPONENT@`00@8"ȪkCOMPONENT@000@8"ȪkCOMPONENT@00@8"ȪkCOMPONENTP00@8"ȪkCOMPONENT 00@8"ȪkCOMPONENT+00@8"ȪkCOMPONENTK00@8"ȪkCOMPONENTk00@8"ȪkCOMPONENT`00@8"ȪkCOMPONENT000@8"ȪkCOMPONENT00@$PINDEFAULTOE0A$PINBUSB[0..7]0Ap_$PINDEFAULTQ00A@$PINDEFAULTQ10A$PINDEFAULTQ20A$PINDEFAULTQ30A$PINDEFAULTQ40A$PINDEFAULTQ50AP$PINDEFAULTQ60A >$PINDEFAULTQ7 >$PINDEFAULTCASCADE$PINDEFAULTCLKIN?$PINDEFAULTHOLDp_$PINDEFAULTTRIGP$PINDEFAULTCLKOUT{*DEVICE} {ACTIVE=PATTGEN,0,DLL} {HELP=INSTRUMENTS>POPUP,504} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDATA="",HIDDEN STRING} {MODDLL="VSM Model DLL",READONLY STRING} {CLOCKRATE="Clock Rate",STRING} {TRIGGERRATE="Reset Rate",STRING} {CLOCKMODE="Clock Mode",KWDLIST,3,0="Internal",1="External Pos Edge",2="External Neg Edge"} {TRIGGERMODE="Reset Mode",KWDLIST,5,0="Internal",1="Async External Pos Edge",2="Sync External Pos Edge",3="Async External Neg Edge",4="Sync External Neg Edge"} {PERIODSEL="Period Selected",HIDDEN INT} {CLOCKOUTSEL="Clockout Enabled in Internal Mode",YESNO} {OUTPUTMODE="Output Configuration",KWDLIST,3,0="Output to Both Pins and Bus",1="Output to Pins Only",2="Output to Bus Only"} {PROGRAM="Pattern Generator Script",FILENAME,FALSE,,Pattern Generator Script/*.PTN} {*INDEX} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDATA=1024,0} {MODDLL=PATTGEN.DLL} {CLOCKRATE=1.200kHz} {TRIGGERRATE=500.0mHz} {CLOCKOUTSEL=0} {TRIGGERMODE=0} {CLOCKMODE=0} {OUTPUTMODE=0} {PACKAGE=NULL} $ISIGNAL GENERATOR}E@8"ȪȪwCOMPONENT@p_ A80"`OȪaCOMPONENT?|HLD"ȪȪCOMPONENT`n"x 0x LD"ȪȪCOMPONENTH`Hn=x 0x LD"ȪȪCOMPONENTH`HSRH`HLD"ȪȪCOMPONENTx `x SmH`H<4"ȪȪCOMPONENTp<4"ȪȪCOMPONENTHp<4"ȪȪCOMPONENTHpH<4"ȪȪCOMPONENTHx p<4"ȪȪCOMPONENT@0X<4"ȪȪCOMPONENT0X`(<4"ȪȪCOMPONENT`(x @<4"ȪȪCOMPONENTO/<4"ȪȪCOMPONENT/H/<4"ȪȪCOMPONENTH/HO<4"ȪȪCOMPONENTHOx O<4"ȪȪCOMPONENTx Ox /<4"wȪȪxCOMPONENT?@M ?80"`OȪ`COMPONENT<4"wȪȪxCOMPONENT80"`OȪ`COMPONENT@<4"wȪȪxCOMPONENT@kc"ȪȪCOMPONENTp_O ArialAMkc"ȪȪCOMPONENTO ArialFMjb"ȪȪCOMPONENT ` Arial+jb"ȪȪCOMPONENT ? Arial-04$MKRORIGIN p_p_$PINSHORTA p_$PINSHORTF `$PINSHORT+ ?$PINSHORT-{*DEVICE} {ACTIVE=SIGGEN,0,DLL} {HELP=INSTRUMENTS>POPUP,503} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model",READONLY STRING} {*INDEX} {*COMPONENT} {MODDLL=SIGGEN.DLL} {PRIMITIVE=ANALOG} {PACKAGE=NULL} $ISPI DEBUGGER}E)(@8"ȪȪCOMPONENTp_& A@8"ȪbCOMPONENTO/ 04$MKRORIGINld"ȪȪ{COMPONENT)  ArialSPI`$PINDEFAULTDIN0$PINDEFAULTDOUT$PINDEFAULTSCK$PINDEFAULT$SS$?$PINDEFAULTTRIGE{*DEVICE} {ACTIVE=SPI_DEBUG,0,DLL} {HELP=INSTRUMENTS>POPUP,509} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model DLL",HIDDEN STRING} {MODE="SPI Mode",KWDLIST,3,Monitor,Master,Slave} {CLOCKFREQ="Master clock frequency in Hz",FLOAT,PNZ} {IDLESTATE="SCK Idle state is",HILOW} {SAMPLEEDGE="Sampling edge",KWDLIST,2,Idle to active,Active to idle} {BITORDER="Bit order",KWDLIST,2,MSB first,LSB first} {WORDLENGTH="Word length",ADVANCED INT,1,16} {STOPONEMPTY="Stop on output buffer empty",BOOL} {TIMEPREC="Time display precision",ADVANCED INT,1,12} {WRAPLENGTH="New line after",ADVANCED INT,1,64} {AUTOLOAD="Queue stored sequences at startup",ADVANCED YESNO} {SEQUENCE_FILE="Sequence file",ADVANCED FILENAME,FALSE,,Text file/*.txt} {LOOPBACK="Loopback mode",ADVANCED BOOL} {*INDEX} {CAT=Miscellaneous} {SUBCAT=} {MFR=} {DESC=SPI Protocol Debugger} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=spidebug.dll} {AUTOLOAD=0} {MODE=Monitor} {CLOCKFREQ=1000000} {IDLESTATE=0} {SAMPLEEDGE=Idle to active} {BITORDER=MSB first} {WORDLENGTH=8} {STOPONEMPTY=1} {LOOPBACK=0} {PACKAGE=NULL} $IVIRTUAL TERMINALIV?@8"ȪȪwCOMPONENT@@.@8"8cȪmCOMPONENT@p_ A04$MKRORIGIN@8"ȪfCOMPONENTXo` $PINDEFAULTRXD$PINDEFAULTRTS0$PINDEFAULTTXDp_$PINDEFAULTCTS{*DEVICE} {HELP=INSTRUMENTS>POPUP,506} {*PROPDEFS} {PRIMITIVE="Simulator Primitive",HIDDEN STRING} {MODDLL="VSM Model",HIDDEN STRING} {BAUDRATE="Baud Rate",KWDEDIT,9,110,300,1200,2400,4800,9600,19200,38400,57600} {DATABITS="Data Bits",KWDLIST,2,7,8} {PARITY="Parity",KWDLIST,3,NONE,EVEN,ODD} {STOPBITS="Stop Bits",KWDLIST,2,1,2} {XONXOFF="Send XON/XOFF",YESNO} {SIGPOL="RX/TX Polarity",ADVANCED KWDLIST,2,0="Normal",1="Inverted"} {CTLPOL="RTS/CTS Polarity",ADVANCED KWDLIST,2,0="Normal",1="Inverted"} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=VTERM.DLL} {BAUDRATE=9600} {DATABITS=8} {PARITY=NONE} {STOPBITS=1} {XONXOFF=0} {SIGPOL=0} {CTLPOL=0} AUDIO100Nq>x,<4"ȪȪCOMPONENT)0)<4"ȪȪCOMPONENTX0X<4"ȪȪCOMPONENTX<4"ȪȪCOMPONENT)004$MKRORIGIN0$PINSHORT11$PINSHORT22{*DEVICE} PREFIX=C HELP=MODELS>POPUP,122 {*PROPDEFS} {PINSWAP="Pin Swap List",HIDDEN STRING} {PRIMITIVE="Simulator Primitive Type",HIDDEN STRING} {PACKAGE="PCB Package",PACKAGE,0} {VALUE="Capacitance",FLOAT,PNZ} {MFR="Manufacturer",STRING} {CODE="Stock Code",STRING} {*COMPONENT} {VALUE=100n} {PINSWAP=1,2} {PRIMITIVE=ANALOGUE,CAPACITOR} {CODE=VM87U} {MFR=MAPLIN} {PACKAGE=AXIAL100} KEYPAD-NUMERICAL)}@"  "78g<`E`E04$MKRORIGIN@8"ȪiCOMPONENTH( @8"ȪiCOMPONENTQ( @8"ȪiCOMPONENT$( @8"ȪiCOMPONENTR4( @8"ȪiCOMPONENTHh @8"ȪiCOMPONENTQh @8"ȪiCOMPONENT$h @8"ȪiCOMPONENTR4h @8"ȪiCOMPONENTH @8"ȪiCOMPONENTQ @8"ȪiCOMPONENT$ @8"ȪiCOMPONENT$ jb"ȪkCOMPONENT ] S=x Arial{9kc"ȪkCOMPONENTP!] S=x Arial{10kc"ȪkCOMPONENT*] S=x Arial{11jb"ȪkCOMPONENT* S=x Arial{7jb"ȪkCOMPONENTP! S=x Arial{6jb"ȪkCOMPONENT S=x Arial{5jb"ȪkCOMPONENTP!p_ S=x Arial{2jb"ȪkCOMPONENT*p_ S=x Arial{3jb"ȪkCOMPONENT p_ S=x Arial{1@8"ȪiCOMPONENTR4 @8"ȪiCOMPONENTR4 @8"ȪiCOMPONENTH @8"ȪiCOMPONENTQ kc"ȪȪ{COMPONENTx Arial14jb"ȪkCOMPONENT":p_ S=x Arial{4jb"ȪkCOMPONENT": S=x Arial{8kc"ȪkCOMPONENT":] S=x Arial{12kc"ȪkCOMPONENT 0 S=x Arial{13kc"ȪkCOMPONENT*0 S=x Arial{15kc"ȪkCOMPONENT":0 S=x Arial{16p_$PINDEFAULTA$PINDEFAULTB]$PINDEFAULTC0$PINDEFAULTD <$PINDEFAULT1P!<$PINDEFAULT2":<$PINDEFAULT4*<$PINDEFAULT3_{*DEVICE} {ACTIVE=KEYPAD,0,DLL} {HELP=KEYPAD>MODEL,1} {*PROPDEFS} {PRIMITIVE="PRIMITIVE",HIDDEN STRING} {MODDLL="VSM Model",READONLY STRING} {A1="A1",HIDDEN STRING} {A2="A2",HIDDEN STRING} {A3="A3",HIDDEN STRING} {A4="A4",HIDDEN STRING} {B1="B1",HIDDEN STRING} {B2="B2",HIDDEN STRING} {B3="B3",HIDDEN STRING} {B4="B4",HIDDEN STRING} {C1="C1",HIDDEN STRING} {C2="C2",HIDDEN STRING} {C3="C3",HIDDEN STRING} {C4="C4",HIDDEN STRING} {D1="D1",HIDDEN STRING} {D2="D2",HIDDEN STRING} {D3="D3",HIDDEN STRING} {D4="D4",HIDDEN STRING} {*INDEX} {CAT=Switches & Relays} {SUBCAT=Keypads} {DESC=Interactive generic numerical matrix keypad} {MFR=} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=KEYPAD} {A1=SQUARE,0300,-300,300} {A2=SQUARE,0700,-300,300} {A3=SQUARE,1100,-300,300} {A4=SQUARE,1500,-300,300} {B1=SQUARE,0300,-700,300} {B2=SQUARE,0700,-700,300} {B3=SQUARE,1100,-700,300} {B4=SQUARE,1500,-700,300} {C1=SQUARE,0300,-1100,300} {C2=SQUARE,0700,-1100,300} {C3=SQUARE,1100,-1100,300} {C4=SQUARE,1500,-1100,300} {D1=SQUARE,0300,-1500,300} {D2=SQUARE,0700,-1500,300} {D3=SQUARE,1100,-1500,300} {D4=SQUARE,1500,-1500,300} LED-REDKV?P80"ȪgCOMPONENT<4"ԔȪȪ}COMPONENT64PIN0)64PINj`"ԔȪdCOMPONENTPS))PS)04$MKRORIGIN 0 $PINSHORTA  $PINSHORTKLED_RED_080"ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS)LED_RED_180" ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"Ԕ@ȪdCOMPONENTPS))PS)LED_RED_280"0ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"Ԕ`ȪdCOMPONENTPS))PS)LED_RED_380"@ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS)LED_RED_480"PȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS)LED_RED_580"`ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS)LED_RED_680"pȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS)LED_RED_780"ȪgCOMPONENT<4"ԔȪȪ}COMPONENT04 $MKRORIGIN64PIN)64PIN`Yj`"ԔȪdCOMPONENTPS))PS){*DEVICE} PREFIX=D ACTIVE=LED_RED,8 {*PROPDEFS} {MODFILE="LISA Model File",READONLY STRING} {VF="Forward Voltage",FLOAT,PNZ} {IMAX="Full drive current",FLOAT,PNZ} {BV="Breakdown Voltage",ADVANCED FLOAT,PNZ} {RS="Series Resistance",ADVANCED FLOAT,PNZ} {ROFF="Off Resistance",ADVANCED FLOAT} {PACKAGE=PCB Package,PACKAGE,0} {*COMPONENT} {MODFILE=LED} {VF=2V} {IMAX=10mA} {RS=3} {BV=4V} {ROFF=100k} LM016L_?@8"ȪȪCOMPONENT >M@8"8c2FȪaCOMPONENTP0y`E 04$MKRORIGINP!$PINDEFAULTD714 A$PINDEFAULTD613`$PINDEFAULTD512$PINDEFAULTD411 $PINDEFAULTD310`$PINDEFAULTD290$PINDEFAULTD18$PINDEFAULTD07?$PINDEFAULTE6p_$PINDEFAULTRW5@$PINDEFAULTRS4$PINDEFAULTVSS1$PINDEFAULTVDD2$PINDEFAULTVEE3LCD_16X2_0|@8"8c2FȪaCOMPONENTP0y`E 04$MKRORIGINLCD_16X2_1|@8"8cȪaCOMPONENTP0y`E 04$MKRORIGIN{*DEVICE} PREFIX=LCD ACTIVE=LCD_16X2,2,DLL HELP=DISPLAYS>POPUP,2 {*PROPDEFS} {MODDLL="VSM Model",READONLY STRING} {PRIMITIVE="Simulator Primitive",HIDDEN STRING} {NUMCOLS="Number of Columns",READONLY INT} {NUMROWS="Number of Rows",READONLY INT} {CLOCK="Clock Frequency",ADVANCED FLOAT,PNZ} {ROW1="Row 1",ADVANCED STRING} {ROW2="Row 2",ADVANCED STRING} {PACKAGE=PCB Footprint,PACKAGE,0} {*COMPONENT} {NUMCOLS=16} {NUMROWS=2} {CLOCK=250kHz} {ROW1=80-8F} {ROW2=C0-CF} {PACKAGE=CONN-DIL14} {PRIMITIVE=DIGITAL,LCD} {MODDLL=LCDALPHA} M24512=|@8"ȪȪCOMPONENT`p_`04$MKRORIGIN`$PINDEFAULTSCL6`$PINDEFAULTSDA5`?$PINDEFAULT$WC$7P!$PINDEFAULTE01P!$PINDEFAULTE12P!?$PINDEFAULTE230 $PINDEFAULTVCC8p_$PINDEFAULTVSS4Q{*DEVICE} PREFIX=U {*PROPDEFS} {TD_WRITE=Data Write Time,FLOAT,POZ} {MEMSIZE=Memory Size,HIDDEN INT,PNZ} {I2CADDR=I2C Address,HIDDEN INT,0,255} {DVCADDRMASK=Device Address Mask,HIDDEN INT,0,255} {DVCADDRSHIFT=Device Address Shift,HIDDEN INT,0,7} {BLKADDRMASK=Block Address Mask,HIDDEN INT,0,255} {BLKADDRSHIFT=Block Address Shift,HIDDEN INT,0,7} {CMDWIDTH=Command Width,HIDDEN INT,POZ} {ADDRWIDTH=Address Width,HIDDEN INT,POZ} {DATAWIDTH=Data Width,HIDDEN INT,POZ} {WPAGESIZE=Page Size (Write),HIDDEN,INT,PNZ} {RPAGESIZE=Page Size (Read),HIDDEN,INT,PNZ} {INCRADDR=Incr. Address Pointer?,HIDDEN YESNO} {WPSTATIC=WP Only Sampled At Boot?,HIDDEN YESNO} {WPLOW=Write Protect Low Address,HIDDEN INT,POZ} {WPHIGH=Write Protect High Address,HIDDEN INT,POZ} {SWPCMD=SWP Command,HIDDEN INT,PNZ} {SWPLOW=SWP Low Address,HIDDEN INT,POZ} {SWPHIGH=SWP Low Address,HIDDEN INT,POZ} {APWAA=Aborted Page Write Address Adjust,HIDDEN,INT,-16,16} {ALWAYS_ACK_DATA=Always Acknowledge Data Words,HIDDEN YESNO} {TD_CLK_SDO=Delay: SCL-SDA,HIDDEN FLOAT,POZ} {TD_CLK_ACK=Delay: SCL-Acknowledge (Low),HIDDEN FLOAT,POZ} {TD_CLK_UNACK=Delay: SCL-Acknowledge (High),HIDDEN FLOAT,POZ} {TD_CLK_ENDDATA=Delay: SCL-SDA Release,HIDDEN FLOAT,POZ} {TD_CLK_HIGH=Delay: Min. SCL High,HIDDEN FLOAT,POZ} {TD_CLK_LOW=Delay: Min. SCL Low,HIDDEN FLOAT,POZ} {TD_START_SETUP=Delay: Start Setup,HIDDEN FLOAT,POZ} {TD_RSTART_SETUP=Delay: Repeated Start Setup,HIDDEN FLOAT,POZ} {TD_START_HOLD=Delay: Start Hold,HIDDEN FLOAT,POZ} {TD_STOP_SETUP=Delay: Stop Setup,HIDDEN FLOAT,POZ} {TD_DATA_SETUP=Delay: Data Setup,HIDDEN FLOAT,POZ} {TD_WP_SETUP=Delay: WP Setup,HIDDEN FLOAT,POZ} {TD_WP_HOLD=Delay: WP Hold,HIDDEN FLOAT,POZ} {TD_BUSFREE=Delay: Min. Bus Free,HIDDEN FLOAT,POZ} {BYTETIMING=Timing Is Per Byte?,HIDDEN YESNO} {LOG_STARTSTOP=Log Start/Stop Conditions?,ADVANCED YESNO} {LOG_SWP=Log SWP Operations?,ADVANCED YESNO} {LOG_CMDS=Log Commands,ADVANCED YESNO} {LOG_ADDRS=Log Addresses?,ADVANCED YESNO} {LOG_DATA=Log Data?,ADVANCED YESNO} {LOG_ACKS=Log Acknowledges?,ADVANCED YESNO} {LOG_OTHER=Log Other Conditions?,ADVANCED YESNO} {WARN_TIMING=Enable Timing Warnings?,ADVANCED YESNO} {WARN_CMDS=Enable Command Warnings?,ADVANCED YESNO} {WARN_ADDRS=Enable Address Warnings?,ADVANCED YESNO} {WARN_OTHER=Enable Other Warnings?,ADVANCED YESNO} {USESIMLOG=Log to main simulation log?,ADVANCED YESNO} {PRIMITIVE=Primitive Type,HIDDEN STRING} {MODDLL=VSM Model DLL,HIDDEN STRING} {ITFMOD=Interface Model,HIDDEN STRING} {MODDATA=Persistent Model Data,HIDDEN STRING} {MODDATAFILE=Initial contents of memory,FILENAME,FALSE,,Binary Image Files/*.BIN} {PACKAGE="PCB Package",PACKAGE,2,DIL08,SO8} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=I2CMEM.DLL} {CMDWIDTH=8} {ADDRWIDTH=16} {DATAWIDTH=8} {USESIMLOG=0} {LOG_STARTSTOP=0} {LOG_SWP=0} {LOG_CMDS=0} {LOG_DATA=0} {LOG_ADDRS=0} {LOG_ACKS=0} {LOG_OTHER=0} {WARN_TIMING=1} {WARN_CMDS=1} {WARN_ADDRS=1} {WARN_OTHER=1} {PACKAGE=DIL08} {MEMSIZE=65536} {MODDATA=65536,255} {DVCADDRMASK=0x07} {DVCADDRSHIFT=1} {BLKADDRMASK=0x00} {BLKADDRSHIFT=0} {WPAGESIZE=128} {BYTETIMING=0} {WPLOW=0x0000} {WPHIGH=0xFFFF} {INCRADDR=1} {TD_WRITE=10m} {TD_CLK_SDO=900n} {TD_CLK_ENDDATA=100n} {TD_CLK_ACK=100n} {TD_CLK_UNACK=100n} {TD_CLK_HIGH=600n} {TD_CLK_LOW=1.3u} {TD_RSTART_SETUP=600n} {TD_START_HOLD=600n} {TD_STOP_SETUP=600n} {TD_DATA_SETUP=100n} {TD_BUSFREE=1.3u} {TD_WP_SETUP=0} {TD_WP_HOLD=0} {APWAA=-1} *PINOUT DIL08 ELEMENTS=1 IP "SCL" = 6 IO "SDA" = 5 IP "$WC$" = 7 IP "E0" = 1 IP "E1" = 2 IP "E2" = 3 PP (VCC) = 8 PP (VSS) = 4 GATESWAP=FALSE *PINOUT SO8 ELEMENTS=1 IP "SCL" = 6 IO "SDA" = 5 IP "$WC$" = 7 IP "E0" = 1 IP "E1" = 2 IP "E2" = 3 PP (VCC) = 8 PP (VSS) = 4 GATESWAP=FALSE MCP4822MH|@8"ȪȪCOMPONENT`@P!`04$MKRORIGIN`$PINPOSCLKSCK3`$PINDEFAULT$CS2`?$PINDEFAULTSDI4`p_$PINDEFAULT$LDAC5"$PINDEFAULTVOUTA8 `0$PINDEFAULTVDD1 `@$PINDEFAULTVSS7"p_$PINDEFAULTVOUTB6{*DEVICE} {PREFIX=U} {DATA=pdfs/microchip/MCP482X.pdf} {*PROPDEFS} {MODFILE="LISA Model File",HIDDEN STRING} {ITFMOD="Interface Model",HIDDEN STRING} {PACKAGE="PCB Package",PACKAGE,3,DIL08,SO8,TSSOP8} {*INDEX} {CAT=Data Converters} {SUBCAT=D/A Converters} {MFR=Microchip} {DESC=12-Bit dual DAC with SPI Interface and internal Vref.} {*COMPONENT} {MODFILE=MCP4822} {ITFMOD=CMOS} {PACKAGE=DIL08} *PINOUT DIL08 {ELEMENTS=1} {PIN "$CS" = 2} {PIN "$LDAC" = 5} {PIN "SCK" = 3} {PIN "SDI" = 4} {PIN "VDD" = 1} {PIN "VOUTA" = 8} {PIN "VOUTB" = 6} {PIN "VSS" = 7} {COMMON=VDD,VSS} *PINOUT SO8 {ELEMENTS=1} {PIN "$CS" = 2} {PIN "$LDAC" = 5} {PIN "SCK" = 3} {PIN "SDI" = 4} {PIN "VDD" = 1} {PIN "VOUTA" = 8} {PIN "VOUTB" = 6} {PIN "VSS" = 7} {COMMON=VDD,VSS} *PINOUT TSSOP8 {ELEMENTS=1} {PIN "$CS" = 2} {PIN "$LDAC" = 5} {PIN "SCK" = 3} {PIN "SDI" = 4} {PIN "VDD" = 1} {PIN "VOUTA" = 8} {PIN "VOUTB" = 6} {PIN "VSS" = 7} {COMMON=VDD,VSS} MINRES330R2=J|@8"ȪȪCOMPONENT @04$MKRORIGIN$PINSHORT1`$PINSHORT2{*DEVICE} PREFIX=R HELP=MODELS>POPUP,100 {*PROPDEFS} {PINSWAP="Pin Swap List",HIDDEN STRING} {PRIMITIVE="Simulator Primitive Type",HIDDEN STRING} {VALUE="Resistance",FLOAT,PNZ} {PACKAGE="PCB Package",PACKAGE,1,RES40} {MFR="Manufacturer",STRING} {CODE="Stock Code",STRING} {*COMPONENT} {VALUE=330R} {PINSWAP=1,2} {PRIMITIVE=PASSIVE,RESISTOR} {CODE=M330R} {MFR=MAPLIN} {PACKAGE=RES40} PIC16F877Z@C$|@8"ȪȪCOMPONENTZ":h04$MKRORIGIN$PINDEFAULTRA0/AN02$PINDEFAULTRA1/AN13$PINDEFAULTRA2/AN2/VREF-4P$PINDEFAULTRA4/T0CKI6 >$PINDEFAULTRA5/AN4/$SS$7}$PINDEFAULTRE0/AN5/$RD$8$PINDEFAULTRE1/AN6/$WR$9`$PINDEFAULTRE2/AN7/$CS$10$PINDEFAULTOSC1/CLKIN13?$PINDEFAULTOSC2/CLKOUT14":]$PINDEFAULTRC1/T1OSI/CCP216":}$PINDEFAULTRC2/CCP117":$PINDEFAULTRC3/SCK/SCL18":p\$PINDEFAULTRD0/PSP019":@|$PINDEFAULTRD1/PSP120":$PINDEFAULTRB7/PGD40":$PINDEFAULTRB6/PGC39":$PINDEFAULTRB538":$PINDEFAULTRB437":@$PINDEFAULTRB3/PGM36":p_$PINDEFAULTRB235":?$PINDEFAULTRB134":$PINDEFAULTRB0/INT33": ;$PINDEFAULTRD7/PSP730":P$PINDEFAULTRD6/PSP629":$PINDEFAULTRD5/PSP528":ۦ$PINDEFAULTRD4/PSP427":໪$PINDEFAULTRD3/PSP322":$PINDEFAULTRD2/PSP221":$PINDEFAULTRC7/RX/DT26":$PINDEFAULTRC6/TX/CK25":0$PINDEFAULTRC5/SDO24":`$PINDEFAULTRC4/SDI/SDA23$PINDEFAULTRA3/AN3/VREF+5": >$PINDEFAULTRC0/T1OSO/T1CKI15p_$PINDEFAULT$MCLR$/Vpp/THV1{*DEVICE} {PREFIX=U} {HELP=PIC16>POPUP,1} {DATA=PIC16F873-874-876-877.PDF} {*PROPDEFS} {PACKAGE="PCB Package",PACKAGE,3,DIL40,PLCC44,QFP44} {PRIMITIVE=Primitive Type,HIDDEN STRING} {MODDLL=VSM Model DLL,HIDDEN STRING} {MODDATA=Persistent Model Data,HIDDEN STRING} {ITFMOD=Interface Model,HIDDEN STRING} {PROGRAM=Program File,FILENAME,FALSE,,Program files/*.HEX;*.d39;*.bas;*.cof} {CLOCK=Processor Clock Frequency,FLOAT,PNZ} {CFGWORD=Program Configuration Word,INT,0,16383} {DBG_RANDOM_PMEM=Randomize Program Memory?,ADVANCED YESNO} {DBG_RANDOM_DMEM=Randomize Data Memory?,ADVANCED YESNO} {DBG_DUMP_CFGWORD=Dump Configuration Word?,ADVANCED YESNO} {DBG_STARTUP_DELAY=Model PIC Start-up Delays?,ADVANCED YESNO} {DBG_WAKEUP_DELAY=Model PIC Wake-up Delays?,ADVANCED YESNO} {DBG_ADC_BREAK=Force ADC Breakpoint at Sample Time?,ADVANCED YESNO} {DBG_STACK=Warn If Stack Under/Over-flows?,ADVANCED YESNO} {DBG_UNIMPLEMENTED_MEMORY=Warn If Accessing Unimplemented Memory?,ADVANCED YESNO} {DBG_UNIMPLEMENTED_OPCODES=Warn If Executing Illegal Op-codes?,ADVANCED YESNO} {DBG_ADDRESSES=Warn If Illegal Addresses Decoded?,ADVANCED YESNO} {DBG_ADC_WARNINGS=Warn If ADC Incorrectly Configured?,ADVANCED YESNO} {DBG_I2C_OPERATIONS=Warn If Executing I2C Code?,ADVANCED YESNO} {DBG_GENERATE_CLKOUT=Generate Q clock on CLKOUT Pin?,ADVANCED YESNO} {WDT_PERIOD=Watchdog Timer Period,ADVANCED FLOAT,PNZ} {ADC_RCCLOCK_PERIOD=ADC RC Clock Period,ADVANCED FLOAT,PNZ} {ADC_ACQUISITION_TIME=ADC Minimum Acquisition Time,ADVANCED FLOAT,PNZ} {ADC_SAMPLE_DELAY=ADC Sample Delay,ADVANCED FLOAT,PNZ} {EPR_WRITECODE_DELAY=Code EEPROM Write Delay,ADVANCED FLOAT,PNZ} {EPR_WRITEDATA_DELAY=Data EEPROM Write Delay,ADVANCED FLOAT,PNZ} {PORTTDLH=Port Pin Low-High Delay,ADVANCED FLOAT,POZ} {PORTTDHL=Port Pin High-Low Delay,ADVANCED FLOAT,POZ} {MODDATAFILE=Initial contents of EEPROM,ADVANCED FILENAME,FALSE,,Binary Image Files/*.BIN} {*COMPONENT} {PACKAGE=DIL40} {MODDLL=PIC16} {ITFMOD=PIC} {CLOCK=1MHz} {WDT_PERIOD=18m} {ADC_RCCLOCK_PERIOD=4u} {ADC_ACQUISITION_TIME=20u} {ADC_SAMPLE_DELAY=100n} {EPR_WRITEDATA_DELAY=10m} {EPR_WRITECODE_DELAY=10m} {PORTTDLH=0} {PORTTDHL=0} {DBG_GENERATE_CLKOUT=0} {DBG_STARTUP_DELAY=0} {DBG_WAKEUP_DELAY=0} {DBG_RANDOM_PMEM=0} {DBG_RANDOM_DMEM=1} {DBG_DUMP_CFGWORD=0} {DBG_STACK=1} {DBG_UNIMPLEMENTED_MEMORY=1} {DBG_UNIMPLEMENTED_OPCODES=1} {DBG_I2C_OPERATIONS=1} {DBG_ADDRESSES=0} {DBG_ADC_BREAK=0} {DBG_ADC_WARNINGS=0} {PRIMITIVE=DIGITAL,16877} {MODDATA=256,255} {CFGWORD=0x3FFB} *PINOUT DIL40 {ELEMENTS=1} {IP "$MCLR$/Vpp/THV" = 1} {IP "OSC1/CLKIN" = 13} {OP "OSC2/CLKOUT" = 14} {IO "RA0/AN0" = 2} {IO "RA1/AN1" = 3} {IO "RA2/AN2/VREF-" = 4} {IO "RA3/AN3/VREF+" = 5} {IO "RA4/T0CKI" = 6} {IO "RA5/AN4/$SS$" = 7} {IO "RB0/INT" = 33} {IO "RB1" = 34} {IO "RB2" = 35} {IO "RB3/PGM" = 36} {IO "RB4" = 37} {IO "RB5" = 38} {IO "RB6/PGC" = 39} {IO "RB7/PGD" = 40} {IO "RC0/T1OSO/T1CKI" = 15} {IO "RC1/T1OSI/CCP2" = 16} {IO "RC2/CCP1" = 17} {IO "RC3/SCK/SCL" = 18} {IO "RC4/SDI/SDA" = 23} {IO "RC5/SDO" = 24} {IO "RC6/TX/CK" = 25} {IO "RC7/RX/DT" = 26} {IO "RD0/PSP0" = 19} {IO "RD1/PSP1" = 20} {IO "RD2/PSP2" = 21} {IO "RD3/PSP3" = 22} {IO "RD4/PSP4" = 27} {IO "RD5/PSP5" = 28} {IO "RD6/PSP6" = 29} {IO "RD7/PSP7" = 30} {IO "RE0/AN5/$RD$" = 8} {IO "RE1/AN6/$WR$" = 9} {IO "RE2/AN7/$CS$" = 10} {PP (VDD) = 11/32} {PP (VSS) = 12/31} {COMMON=VDD,VSS} *PINOUT PLCC44 {ELEMENTS=1} {IP "$MCLR$/Vpp/THV" = 2} {IP "OSC1/CLKIN" = 14} {OP "OSC2/CLKOUT" = 15} {IO "RA0/AN0" = 3} {IO "RA1/AN1" = 4} {IO "RA2/AN2/VREF-" = 5} {IO "RA3/AN3/VREF+" = 6} {IO "RA4/T0CKI" = 7} {IO "RA5/AN4/$SS$" = 8} {IO "RB0/INT" = 36} {IO "RB1" = 37} {IO "RB2" = 38} {IO "RB3/PGM" = 39} {IO "RB4" = 41} {IO "RB5" = 42} {IO "RB6/PGC" = 43} {IO "RB7/PGD" = 44} {IO "RC0/T1OSO/T1CKI" = 16} {IO "RC1/T1OSI/CCP2" = 18} {IO "RC2/CCP1" = 19} {IO "RC3/SCK/SCL" = 20} {IO "RC4/SDI/SDA" = 25} {IO "RC5/SDO" = 26} {IO "RC6/TX/CK" = 27} {IO "RC7/RX/DT" = 29} {IO "RD0/PSP0" = 21} {IO "RD1/PSP1" = 22} {IO "RD2/PSP2" = 23} {IO "RD3/PSP3" = 24} {IO "RD4/PSP4" = 30} {IO "RD5/PSP5" = 31} {IO "RD6/PSP6" = 32} {IO "RD7/PSP7" = 33} {IO "RE0/AN5/$RD$" = 9} {IO "RE1/AN6/$WR$" = 10} {IO "RE2/AN7/$CS$" = 11} {PP (VDD) = 35/12} {PP (VSS) = 34/13} {COMMON=VDD,VSS} *PINOUT QFP44 {ELEMENTS=1} {IP "$MCLR$/Vpp/THV" = 18} {IP "OSC1/CLKIN" = 30} {OP "OSC2/CLKOUT" = 31} {IO "RA0/AN0" = 19} {IO "RA1/AN1" = 20} {IO "RA2/AN2/VREF-" = 21} {IO "RA3/AN3/VREF+" = 22} {IO "RA4/T0CKI" = 23} {IO "RA5/AN4/$SS$" = 24} {IO "RB0/INT" = 8} {IO "RB1" = 9} {IO "RB2" = 10} {IO "RB3/PGM" = 11} {IO "RB4" = 14} {IO "RB5" = 15} {IO "RB6/PGC" = 16} {IO "RB7/PGD" = 17} {IO "RC0/T1OSO/T1CKI" = 32} {IO "RC1/T1OSI/CCP2" = 35} {IO "RC2/CCP1" = 36} {IO "RC3/SCK/SCL" = 37} {IO "RC4/SDI/SDA" = 42} {IO "RC5/SDO" = 43} {IO "RC6/TX/CK" = 44} {IO "RC7/RX/DT" = 1} {IO "RD0/PSP0" = 38} {IO "RD1/PSP1" = 39} {IO "RD2/PSP2" = 40} {IO "RD3/PSP3" = 41} {IO "RD4/PSP4" = 2} {IO "RD5/PSP5" = 3} {IO "RD6/PSP6" = 4} {IO "RD7/PSP7" = 5} {IO "RE0/AN5/$RD$" = 25} {IO "RE1/AN6/$WR$" = 26} {IO "RE2/AN7/$CS$" = 27} {PP (VDD) = 28/7} {PP (VSS) = 29/6} {COMMON=VDD,VSS} PIC18F2520_NA|@8"ȪȪCOMPONENT`0A`E04$MKRORIGIN`@$PINDEFAULTRA4/T0CLKI/C1OUT6`$PINDEFAULTRA5/AN4/$SS$/HLVDIN/C2OUT7`$PINDEFAULTRA6/OSC2/CLKO10`P$PINDEFAULTRB0/AN12/INT0/FLT021` >$PINDEFAULTRB1/AN10/INT122`]$PINDEFAULTRB2/AN8/INT223`}$PINDEFAULTRB3/AN9/CCP224`$PINDEFAULTRB4/AN11/KBI025``$PINDEFAULTRB5/KBI1/PGM26I$PINDEFAULTRC0/T1OSO/T13CKI11I$PINDEFAULTRC1/T1OSI/CCP212I?$PINDEFAULTRC2/CCP113Ip_$PINDEFAULTRC3/SCK/SCL14I@$PINDEFAULTRC4/SDI/SDA15I$PINDEFAULTRC5/SDO16I$PINDEFAULTRC6/TX/CK17I$PINDEFAULTRC7/RX/DT18I$PINDEFAULTRE3/$MCLR$/VPP1`0$PINDEFAULTRB6//KBI2/PGC27`$PINDEFAULTRB7/KBI3/PGD28 *0$PINDEFAULTVDD20 *|$PINDEFAULTVSS8/19`$PINDEFAULTRA7/OSC1/CLKI9`$PINDEFAULTRA0/AN0/C1IN-2`$PINDEFAULTRA1/AN1/C2IN-3`?$PINDEFAULTRA2/AN2/C2IN+/VREF-/CVREF4`p_$PINDEFAULTRA3/AN3/C1IN+/VREF+5O{*DEVICE} {PREFIX=U} {HELP=PIC18>POPUP,1} {DATA=pdfs/pic18/pic18f2420-2520-4420-4520.pdf} {*PROPDEFS} {PACKAGE="PCB Package",PACKAGE,3,QFN65P600X600X100-29V,SOIC127P1034X264-28,SPDIL28} {TRACE_SETUP=Model Initialization, HIDDEN TRACEMODE} {TRACE_LOAD=Program Loader,HIDDEN TRACEMODE} {TRACE_RESET=Reset Events, HIDDEN TRACEMODE} {TRACE_EXEC=Execution Events, HIDDEN TRACEMODE} {TRACE_PORTS=I/O Port Activity, HIDDEN TRACEMODE} {TRACE_STACK=Stack Operations, HIDDEN TRACEMODE} {TRACE_TBLRD=Table Read Operations, HIDDEN TRACEMODE} {TRACE_TBLWT=Table Write Operations, HIDDEN TRACEMODE} {TRACE_SLEEP=Sleep/Wake Events, HIDDEN TRACEMODE} {TRACE_INTRPT=Interrupt Events, HIDDEN TRACEMODE} {TRACE_MEMORY=Memory/SFR accesses, HIDDEN TRACEMODE} {TRACE_EEPROM=EEPROM Module, HIDDEN TRACEMODE} {TRACE_WDT=Watchdog Timer Module, HIDDEN TRACEMODE} {TRACE_PSP=PSP Module, HIDDEN TRACEMODE} {TRACE_TIMER0=Timer 0 Module, HIDDEN TRACEMODE} {TRACE_TIMER1=Timer 1 Module, HIDDEN TRACEMODE} {TRACE_TIMER2=Timer 2 Module, HIDDEN TRACEMODE} {TRACE_TIMER3=Timer 3 Module, HIDDEN TRACEMODE} {TRACE_TIMER4=Timer 4 Module, HIDDEN TRACEMODE} {TRACE_CCP1=CCP1 Module, HIDDEN TRACEMODE} {TRACE_CCP2=CCP2 Module, HIDDEN TRACEMODE} {TRACE_CCP3=CCP3 Module, HIDDEN TRACEMODE} {TRACE_CCP4=CCP4 Module, HIDDEN TRACEMODE} {TRACE_CCP5=CCP5 Module, HIDDEN TRACEMODE} {TRACE_MSSP=MSSP Module, HIDDEN TRACEMODE} {TRACE_MSSP2=MSSP2 Module, HIDDEN TRACEMODE} {TRACE_USART1=USART1 Module, HIDDEN TRACEMODE} {TRACE_USART2=USART2 Module, HIDDEN TRACEMODE} {TRACE_NODES=SPICE Simulation Interface, HIDDEN TRACEMODE} {TRACE_ADC=ADC Module, HIDDEN TRACEMODE} {TRACE_ACMP=ACMP Module, HIDDEN TRACEMODE} {TRACE_VREF=VREF Module, HIDDEN TRACEMODE} {TRACE_DEFAULT=Default Tracemode, HIDDEN TRACEMODE} {PRIMITIVE=Primitive Type,HIDDEN STRING} {MODDLL=VSM Model DLL,HIDDEN STRING} {MODDATA=Persistent Model Data,HIDDEN STRING} {ITFMOD=Interface Model,HIDDEN STRING} {PROGRAM=Program File,FILENAME,FALSE,,Program files/*.hex;*.d39;*.bas;*.cof} {CLOCK=Processor Clock Frequency,FLOAT,PNZ} {CODEGEN=Default Build Tool,HIDDEN STRING} {RTS=Default input resistence,HIDDEN SRING} {DO_ADC_BREAK=Force ADC Breakpoint At Sample Time?,ADVANCED YESNO} {DO_STARTUP_DELAY=Model PIC Start-up Delays?,ADVANCED YESNO} {DO_WAKEUP_DELAY=Model PIC Wake-up Delays?,ADVANCED YESNO} {DO_GENERATE_CLKOUT=Generate Q Clock On CLKOUT Pin?,ADVANCED YESNO} {DO_HALT_ON_HALT=Halt on HALT instruction?,ADVANCED YESNO} {DBG_RANDOM_PMEM=Randomize Program Memory?,ADVANCED YESNO} {DBG_RANDOM_DMEM=Randomize Data Memory?,ADVANCED YESNO} {DBG_RANDOM_STACK=Randomize Stack Addresses?,ADVANCED YESNO} {WDT_ENABLED=Enable Watchdog Timer?,ADVANCED YESNO} {EPR_WRITECODE_DELAY=Code/IDLOCs Memory Write Delay,ADVANCED FLOAT,PNZ} {EPR_ERASECODE_DELAY=Code/IDLOCs Memory Erase Delay,ADVANCED FLOAT,PNZ} {EPR_WRITEDATA_DELAY=Data EEPROM Write Delay,ADVANCED FLOAT,PNZ} {ADC_RCCLOCK_PERIOD=ADC RC Clock Period,ADVANCED FLOAT,PNZ} {ADC_ACQUISITION_TIME=ADC Minimum Acquisition Time,ADVANCED FLOAT,PNZ} {ADC_SAMPLE_DELAY=ADC Sample Delay,ADVANCED FLOAT,PNZ} {WDT_TIMEBASE=Watchdog Timer Timebase,ADVANCED FLOAT,POZ} {PORTDELAY=Port Delay From Start Of Instruction,ADVANCED FLOAT,POZ} {MODDATAFILE=Initial Contents Of Data EEPROM,ADVANCED FILENAME,FALSE,,Binary Image Files/*.bin} {*INDEX} {CAT=Microprocessor ICs} {SUBCAT=PIC18 Family} {MFR=Microchip} {DESC=PIC18 Microcontroller (32kB code 1536B data, 256B EPROM, Ports A-C & E, 2xCCP, 4xTimers, MSSP, EUSART, 10x10-bit ADC)} {*COMPONENT} {TRACE_DEFAULT=1} {PACKAGE=SPDIL28} {MODDLL=PIC18.DLL} {ITFMOD=PIC} {CLOCK=4MHz} {CODEGEN=MPASMWIN} {PRIMITIVE=DIGITAL,PIC18F2520} {MODDATA=256,255} *PINOUT QFN65P600X600X100-29V {ELEMENTS=1} {PIN "RA0/AN0/C1IN-" = 27} {PIN "RA1/AN1/C2IN-" = 28} {PIN "RA2/AN2/C2IN+/VREF-/CVREF" = 1} {PIN "RA3/AN3/C1IN+/VREF+" = 2} {PIN "RA4/T0CLKI/C1OUT" = 3} {PIN "RA5/AN4/$SS$/HLVDIN/C2OUT" = 4} {PIN "RA6/OSC2/CLKO" = 7} {PIN "RA7/OSC1/CLKI" = 6} {PIN "RB0/AN12/INT0/FLT0" = 18} {PIN "RB1/AN10/INT1" = 19} {PIN "RB2/AN8/INT2" = 20} {PIN "RB3/AN9/CCP2" = 21} {PIN "RB4/AN11/KBI0" = 22} {PIN "RB5/KBI1/PGM" = 23} {PIN "RB6//KBI2/PGC" = 24} {PIN "RB7/KBI3/PGD" = 25} {PIN "RC0/T1OSO/T13CKI" = 8} {PIN "RC1/T1OSI/CCP2" = 9} {PIN "RC2/CCP1" = 10} {PIN "RC3/SCK/SCL" = 11} {PIN "RC4/SDI/SDA" = 12} {PIN "RC5/SDO" = 13} {PIN "RC6/TX/CK" = 14} {PIN "RC7/RX/DT" = 15} {PIN "RE3/$MCLR$/VPP" = 26} {PIN "VDD" = 17} {PIN "VSS" = 5/16} {COMMON=VDD,VSS} *PINOUT SOIC127P1034X264-28 {ELEMENTS=1} {PIN "RA0/AN0/C1IN-" = 2} {PIN "RA1/AN1/C2IN-" = 3} {PIN "RA2/AN2/C2IN+/VREF-/CVREF" = 4} {PIN "RA3/AN3/C1IN+/VREF+" = 5} {PIN "RA4/T0CLKI/C1OUT" = 6} {PIN "RA5/AN4/$SS$/HLVDIN/C2OUT" = 7} {PIN "RA6/OSC2/CLKO" = 10} {PIN "RA7/OSC1/CLKI" = 9} {PIN "RB0/AN12/INT0/FLT0" = 21} {PIN "RB1/AN10/INT1" = 22} {PIN "RB2/AN8/INT2" = 23} {PIN "RB3/AN9/CCP2" = 24} {PIN "RB4/AN11/KBI0" = 25} {PIN "RB5/KBI1/PGM" = 26} {PIN "RB6//KBI2/PGC" = 27} {PIN "RB7/KBI3/PGD" = 28} {PIN "RC0/T1OSO/T13CKI" = 11} {PIN "RC1/T1OSI/CCP2" = 12} {PIN "RC2/CCP1" = 13} {PIN "RC3/SCK/SCL" = 14} {PIN "RC4/SDI/SDA" = 15} {PIN "RC5/SDO" = 16} {PIN "RC6/TX/CK" = 17} {PIN "RC7/RX/DT" = 18} {PIN "RE3/$MCLR$/VPP" = 1} {PIN "VDD" = 20} {PIN "VSS" = 8/19} {COMMON=VDD,VSS} *PINOUT SPDIL28 {ELEMENTS=1} {PIN "RA0/AN0/C1IN-" = 2} {PIN "RA1/AN1/C2IN-" = 3} {PIN "RA2/AN2/C2IN+/VREF-/CVREF" = 4} {PIN "RA3/AN3/C1IN+/VREF+" = 5} {PIN "RA4/T0CLKI/C1OUT" = 6} {PIN "RA5/AN4/$SS$/HLVDIN/C2OUT" = 7} {PIN "RA6/OSC2/CLKO" = 10} {PIN "RA7/OSC1/CLKI" = 9} {PIN "RB0/AN12/INT0/FLT0" = 21} {PIN "RB1/AN10/INT1" = 22} {PIN "RB2/AN8/INT2" = 23} {PIN "RB3/AN9/CCP2" = 24} {PIN "RB4/AN11/KBI0" = 25} {PIN "RB5/KBI1/PGM" = 26} {PIN "RB6//KBI2/PGC" = 27} {PIN "RB7/KBI3/PGD" = 28} {PIN "RC0/T1OSO/T13CKI" = 11} {PIN "RC1/T1OSI/CCP2" = 12} {PIN "RC2/CCP1" = 13} {PIN "RC3/SCK/SCL" = 14} {PIN "RC4/SDI/SDA" = 15} {PIN "RC5/SDO" = 16} {PIN "RC6/TX/CK" = 17} {PIN "RC7/RX/DT" = 18} {PIN "RE3/$MCLR$/VPP" = 1} {PIN "VDD" = 20} {PIN "VSS" = 8/19} {COMMON=VDD,VSS} POT-HGۤE-  @8"ȪȪCOMPONENT s/ @64PIN?/64PINH`<4"ȪȪCOMPONENT9<4"ȪȪCOMPONENTp64PIN004$MKRORIGIN04`YhC$MKRINCREMENT04`Y$MKRDECREMENT ?$PINSHORT1 `$PINSHORT2 0$PINSHORT3POT_0@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN/Hi64PIN/(64PIN/0/04$MKRORIGIN64PIN0/0POT_1@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN`Y64PIN`Y64PIN`Y0`Y04$MKRORIGIN64PIN0`Y0POT_2@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN64PINxI64PIN004$MKRORIGIN64PIN00POT_3@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN@64PIN s64PIN004$MKRORIGIN64PIN00POT_4@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PINX64PINXȜ64PINX0X04$MKRORIGIN64PIN0X0POT_5@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN964PINp64PIN004$MKRORIGINPOT_6@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PIN)64PIN)8c64PIN)0)04$MKRORIGIN64PIN0)0POT_7@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINPS64PINPS64PINPS0PS04$MKRORIGIN64PIN0PS0POT_8@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PIN|hC64PIN|64PIN|0|04$MKRORIGIN64PIN0|0POT_9@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINm64PIN064PIN004$MKRORIGIN64PIN00POT_10@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINH64PINH 64PINH0H04$MKRORIGIN64PIN0H0POT_11|@8"ȪȪCOMPONENT s/ @04$MKRORIGIN{*DEVICE} {PREFIX=RV} {ACTIVE=POT,12,DLL} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model DLL",HIDDEN STRING} {VALUE="Resistance",FLOAT,PNZ} {LAW="Law Type",KWDLIST,3,0="LINEAR",1="LOG",2="ANTILOG"} {RMIN="Minimum Resistance",ADVANCED FLOAT,PNZ} {TSWITCH="Switching Time",ADVANCED FLOAT,PNZ} {POS="Current Position",HIDDEN INT,0,100} {STATE="Active State",HIDDEN STRING} {DCPATH="DC Path List",HIDDEN STRING} {*INDEX} {CAT=Resistors} {SUBCAT=Variable} {MFR=} {DESC=High Granularity Interactive Potentiometer (Lin, Log or Antilog Law)} {*COMPONENT} {VALUE=1k} {PRIMITIVE=ANALOG,POT} {MODDLL=HGPOT.DLL} {LAW=0} {RMIN=0.1} {TSWITCH=1ms} {POS=50} {STATE=5} {DCPATH=*} POT-LINKV?  @8"ȪȪCOMPONENT s/ @64PIN?/64PINH`<4"ȪȪCOMPONENT9<4"ȪȪCOMPONENTp64PIN004$MKRORIGIN04`YhC$MKRINCREMENT04`Y$MKRDECREMENT ?$PINSHORT1 `$PINSHORT2 0$PINSHORT3POT_0@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN/Hi64PIN/(64PIN/0/04$MKRORIGIN64PIN0/0POT_1@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN`Y64PIN`Y64PIN`Y0`Y04$MKRORIGIN64PIN0`Y0POT_2@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN64PINxI64PIN004$MKRORIGIN64PIN00POT_3@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN@64PIN s64PIN004$MKRORIGIN64PIN00POT_4@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PINX64PINXȜ64PINX0X04$MKRORIGIN64PIN0X0POT_5@8"ȪȪCOMPONENT s/ @64PIN?/64PINH`64PIN964PINp64PIN004$MKRORIGINPOT_6@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PIN)64PIN)8c64PIN)0)04$MKRORIGIN64PIN0)0POT_7@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINPS64PINPS64PINPS0PS04$MKRORIGIN64PIN0PS0POT_8@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PIN|hC64PIN|64PIN|0|04$MKRORIGIN64PIN0|0POT_9@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINm64PIN064PIN004$MKRORIGIN64PIN00POT_10@8"ȪȪCOMPONENT sH @64PIN`H64PIN/?64PINH64PINH 64PINH0H04$MKRORIGIN64PIN0H0{*DEVICE} PREFIX=RV ACTIVE=POT,11 {*PROPDEFS} {MODFILE="LISA Model File",READONLY STRING} {STATE="Active State",HIDDEN STRING} {VALUE="Resistance",FLOAT,PNZ} {*COMPONENT} {VALUE=1k} {MODFILE=POT_LIN} {STATE=5} PULLDOWNS@|@8"ȪȪCOMPONENT0 @04$MKRORIGIN0$PINSHORT1 $PINSHORT2{*DEVICE} PREFIX=R HELP=MODELS>POPUP,143 {*PROPDEFS} {PRIMITIVE="Primitive Type",STRING} {*INDEX} {CAT=Modelling Primitives} {SUBCAT=Digital (Miscellaneous)} {DESC=Digital Primitive Model Of A Pull-Down Resistor} {*COMPONENT} {PRIMITIVE=DIGITAL,RESISTOR} PULLUPS@|@8"ȪȪCOMPONENT0 @04$MKRORIGIN0$PINSHORT1 $PINSHORT2{*DEVICE} PREFIX=R HELP=MODELS>POPUP,143 {*PROPDEFS} {PRIMITIVE=Primitive Type,HIDDEN STRING} {*INDEX} {CAT=Modelling Primitives} {SUBCAT=Digital (Miscellaneous)} {DESC=Digital Primitive Model Of A Pull-Up Resistor} {*COMPONENT} {PRIMITIVE=DIGITAL,RESISTOR} ISIS CIRCUIT FILEZ6OBJECT DATALCD1( 52H Default FontCOMPONENT IDLM016L( Hez50 Default FontCOMPONENT VALUELM016LP`510 Default FontSUBCKT NAME{NUMCOLS=16} {NUMROWS=2} Qph00 Default FontPROPERTIES{MODDLL=LCDALPHA} {PRIMITIVE=DIGITAL,LCD} {NUMCOLS=16} {NUMROWS=2} {CLOCK=20MHz} {ROW1=80-8F} {ROW2=C0-CF} {PACKAGE=CONN-DIL14} LM016LEt+Qbv`@ytxG $TERPOWER VCCpYxxG40 Default FontTERMINAL LABEL (,K $TERGROUND GND(HC40 Default FontTERMINAL LABELRV1t!(!%2H Default FontCOMPONENT ID100kt!h$50 Default FontCOMPONENT VALUEPOT-LINz2a 10 Default FontSUBCKT NAMEz2a 00 Default FontPROPERTIESi{PRIMITIVE=ANALOG,POT} {MODDLL=HGPOT.DLL} {LAW=0} {RMIN=0.1} {TSWITCH=1ms} {POS=50} {STATE=5} {DCPATH=*} POT-HG.81,Иi0"bhϾ2H Default FontCOMPONENT ID0"b(/50 Default FontCOMPONENT VALUE$IVIRTUAL TERMINAL0"bN10 Default FontSUBCKT NAME{PRIMITIVE=DIGITAL} 0"bN00 Default FontPROPERTIES{PRIMITIVE=DIGITAL} {MODDLL=VTERM.DLL} {BAUDRATE=9600} {DATABITS=8} {PARITY=NONE} {STOPBITS=1} {XONXOFF=0} {SIGPOL=0} {CTLPOL=0} $IVIRTUAL TERMINAL}H0ԙSlS@WIRE0ZP$YP$Y^0Z^D4h"X2H Default FontCOMPONENT IDLED-REDH#50 Default FontCOMPONENT VALUELED-REDH#10 Default FontSUBCKT NAME{MODFILE=LED} {VF=2V} H#00 Default FontPROPERTIES={MODFILE=LED} {VF=2V} {IMAX=10mA} {BV=4V} {RS=3} {ROFF=100k} LED-RED0@1\D3l2H Default FontCOMPONENT IDLED-REDM50 Default FontCOMPONENT VALUELED-REDMh610 Default FontSUBCKT NAME{MODFILE=LED} {VF=2V} Mh600 Default FontPROPERTIES={MODFILE=LED} {VF=2V} {IMAX=10mA} {BV=4V} {RS=3} {ROFF=100k} LED-REDg 2D2(2H Default FontCOMPONENT IDLED-REDX8V50 Default FontCOMPONENT VALUELED-REDXv10 Default FontSUBCKT NAME{MODFILE=LED} {VF=2V} Xv00 Default FontPROPERTIES={MODFILE=LED} {VF=2V} {IMAX=10mA} {BV=4V} {RS=3} {ROFF=100k} LED-RED@03D1hk8V2H Default FontCOMPONENT IDLED-REDK50 Default FontCOMPONENT VALUELED-REDKŹ10 Default FontSUBCKT NAME{MODFILE=LED} {VF=2V} KŹ00 Default FontPROPERTIES={MODFILE=LED} {VF=2V} {IMAX=10mA} {BV=4V} {RS=3} {ROFF=100k} LED-REDe4R4z 2H Default FontCOMPONENT ID220Rz D50 Default FontCOMPONENT VALUE MINRES330Rz d10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG,RESISTOR} z d00 Default FontPROPERTIESPULLDOWN0D5ˌ\@WIRE00襳R3X32H Default FontCOMPONENT ID220RX3D50 Default FontCOMPONENT VALUE MINRES330RX3d10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG,RESISTOR} X3d00 Default FontPROPERTIESPULLDOWNg D6@WIREg 0g 襳R22H Default FontCOMPONENT ID220RD50 Default FontCOMPONENT VALUE MINRES330Rd10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG,RESISTOR} d00 Default FontPROPERTIESPULLDOWN@D7@WIRE@ p@襳R112H Default FontCOMPONENT ID220R1D50 Default FontCOMPONENT VALUE MINRES330R1d10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG,RESISTOR} 1d00 Default FontPROPERTIESPULLDOWNeD8P@WIREee襳 $TERGROUND GNDp Ԏ40 Default FontTERMINAL LABEL9g dˌ@WIRE0D0dg d@WIREg Dg d@dPՍ@WIREeDed@d@WIRE@D@ddՍ9@WIRE@dd@WIREg dd@WIREtdN2H Default FontCOMPONENT IDN>F 50 Default FontCOMPONENT VALUE$IDC VOLTMETERNf 10 Default FontSUBCKT NAME{LOAD=100M} {MODDLL=READOUT} Nf 00 Default FontPROPERTIES:{LOAD=100M} {MODDLL=READOUT} {MODFILE=DCVMETER} {STATE=2} $IDC VOLTMETERD`L Ȣ{@xp"ȪȪ{COMPONENT N_`ArialSerial Terminal x|um"ȪȪ{COMPONENT N_`ArialOscilloscope `ƃyq"ȪȪ{COMPONENT N_`ArialAlphanumeric LCDR70o.h2H Default FontCOMPONENT ID1Kؘ($c50 Default FontCOMPONENT VALUE MINRES330R C_10 Default FontSUBCKT NAME{PINSWAP=1,2} C_00 Default FontPROPERTIESU{PINSWAP=1,2} {PRIMITIVE=PASSIVE,RESISTOR} {PACKAGE=RES40} {MFR=MAPLIN} {CODE=M330R}  MINRES330R?`P4C1 i2H Default FontCOMPONENT ID100n0n50 Default FontCOMPONENT VALUE AUDIO100N`1Uh10 Default FontSUBCKT NAME{PINSWAP=1,2} `1Uh00 Default FontPROPERTIESZ{PINSWAP=1,2} {PRIMITIVE=ANALOGUE,CAPACITOR} {CODE=VM87U} {MFR=MAPLIN} {PACKAGE=AXIAL100}  AUDIO100N`pepQC2~HH2H Default FontCOMPONENT ID100n`1HDK50 Default FontCOMPONENT VALUE AUDIO100N`1dG10 Default FontSUBCKT NAME{PINSWAP=1,2} `1dG00 Default FontPROPERTIESZ{PINSWAP=1,2} {PRIMITIVE=ANALOGUE,CAPACITOR} {CODE=VM87U} {MFR=MAPLIN} {PACKAGE=AXIAL100}  AUDIO100N`sORf&sO@WIREP!sO&sO@WIRE(,sO&sO@WIREP!pep&pep&sO `adph"ȪȪ{COMPONENT C.HArialLowPass H7`^og"ȪȪ{COMPONENT C.HArialFilter. $TERGROUND GND*40 Default FontTERMINAL LABEL<.@И<@WIRE. .@@WIREDD@.@@WIRE.(.@R؟ $TERDEFAULT RXD M؟40 Default FontTERMINAL LABELԙ@WIRE0Z؟V؟Rx߲ $TERDEFAULT TXD Mx߲40 Default FontTERMINAL LABELl@WIRE0Zx߲Vx߲87IN@WIRELCD0זsO00 Default FontWIRE LABELP'P$YP'M87IhIN!PSBUS WIRE87IhI@WIRELCD1 sO00 Default FontWIRE LABELP$YMhIIQ!PSBUS WIREhII@WIRELCD2PsO00 Default FontWIRE LABELP$YMIנIX!PSBUS WIREIנI@WIRELCD3xsO00 Default FontWIRE LABELǢP$YǢMנI?)Variable Resistor 2Xr0-`tArialCOMPONENT TEXT0M $TERDEFAULT RE10xG40 Default FontTERMINAL LABELb@WIRE0P$Y0cQ@yt/ $TERDEFAULT RE1n/40 Default FontTERMINAL LABEL%xM $TERDEFAULT RE0%xxG40 Default FontTERMINAL LABEL`@WIRE%xP$Y%xcQ@yt $TERDEFAULT RE0n40 Default FontTERMINAL LABEL`": $TERGROUND GND]pb240 Default FontTERMINAL LABELh DUv@WIRE|P$Y| DUh DU@WIREhP$Yh DU@WIRE`>` DUh DU@lI $TERPOWER VCCh0A40 Default FontTERMINAL LABEL@WIRE@lP$Y@lMU10j 2H Default FontCOMPONENT ID PIC18F25200j50 Default FontCOMPONENT VALUE PIC16F8770j10 Default FontSUBCKT NAME {PACKAGE=DIL40} 0j00 Default FontPROPERTIES{PACKAGE=SPDIL28} {TRACE_DEFAULT=1} {PRIMITIVE=DIGITAL,PIC18F2520} {MODDLL=PIC18.DLL} {MODDATA=256,255} {ITFMOD=PIC} {PROGRAM=..\..\..\..\..\Users\Almazick\PDS\18F2520_MCP4822_1.bas} {CLOCK=8MHz} {CODEGEN=MPASMWIN}  PIC18F25200bHUVD81i@WIRE@v681D81@WIRED`D81@yt? @WIRE.$.?@yt?@WIRE@ytHC@yt?PPxӥ!PSBUS WIREPPxPHӥ"!PSBUS WIREPxPHP"X!PSBUS WIREPHP!PSBUS WIRE LCD[0..3](,00 Default FontWIRE LABELנIXxIXxHʉPHʉP3 $TERDEFAULT KB_AX340 Default FontTERMINAL LABELV@WIRE H"3PP/ $TERDEFAULT KB_B /40 Default FontTERMINAL LABELmO $TERDEFAULT KB_CyO40 Default FontTERMINAL LABEL, $TERDEFAULT KB_D40 Default FontTERMINAL LABEL@WIRE "Lp` $TERDEFAULT KB_Aj` 40 Default FontTERMINAL LABELְpn$ $TERDEFAULT KB_Bjn$40 Default FontTERMINAL LABELp0 $TERDEFAULT KB_Cj040 Default FontTERMINAL LABELp $TERDEFAULT KB_Dj40 Default FontTERMINAL LABEL: 0zyq"ȪȪ{COMPONENT `ArialBaud Rate 9600Hz@t2H Default FontCOMPONENT ID@T50 Default FontCOMPONENT VALUE$IOSCILLOSCOPE@Q10 Default FontSUBCKT NAME${MODDLL=DSO.DLL} {PRIMITIVE=ANALOG} @Q00 Default FontPROPERTIES{MODDLL=DSO.DLL} {PRIMITIVE=ANALOG} {TRIGAUTO=TRUE} {TRIGSRC=0} {TRIGEDGE=0} {TRIGACDC=1} {TRIGLEVEL=-136} {TRIGDELAY=0} {HORIZSRC=0} {HORIZVAL=0.20000000000000001} {HORIZPOS=200} {CHAINV=FALSE} {CHASUM=FALSE} {CHAACDC=1} {CHAVAL=0.10000000000000001} {CHAPOS=82} {CHBINV=FALSE} {CHBACDC=1} {CHBVAL=2.} {CHBPOS=-76} {CHCINV=FALSE} {CHCSUM=FALSE} {CHCACDC=3} {CHCVAL=5.} {CHCPOS=-40} {CHDINV=FALSE} {CHDACDC=3} {CHDVAL=5.} {CHDPOS=-120} {PACKAGE=NULL} {TRIGCURSORS=FALSE} $IOSCILLOSCOPE`dVѳ?pep@WIRE?@l?pep@WIRE pep?pep@WIREpep?pepU3p (2H Default FontCOMPONENT IDMCP4822pp50 Default FontCOMPONENT VALUEMCP4822p@10 Default FontSUBCKT NAME1{MODFILE=MCP4822} {ITFMOD=CMOS} {PACKAGE=DIL08} p@00 Default FontPROPERTIES1MCP4822pYxn$Wְ:&"@WIRE@ytn$pYxn$@WIRE@yt` pYx` @WIRE@yt0pYx0@WIRE@ytpYx0.,X P4FB78A7D$VPROBE U3(VOUTA)໪8120 Default FontVPROBE LABEL໪ 000 Default FontPROPERTIES&@WIREn$ۦn$ۦ.,.,0ۦY P4FB7C69F$VPROBE U3(VOUTB)H20 Default FontVPROBE LABEL000 Default FontPROPERTIES"@WIREۦ`V/mѳ@WIRE p/`V/@WIRE /`V/@WIREhh`V`V/?sO4f@WIRE?P$Y?sO@WIRE sO?sO0vO@WIREɻO0vO@WIRE O0vO@WIRE?sO?50v50vOISIS CIRCUIT FILE6OBJECT DATACCT000x __DEFAULT__XROOT10+LCD1,RV101D42D33 D24 D15 R46 R37 R28R1L"P&R712Q'C11122R(C21122U+U1RA4/T0CLKI/C1OUT6RA5/AN4/$SS$/HLVDIN/C2OUT7 RA6/OSC2/CLKO10RB0/AN12/INT0/FLT021 RB1/AN10/INT122 RB2/AN8/INT223 RB3/AN9/CCP224 RB4/AN11/KBI025 RB5/KBI1/PGM26RC0/T1OSO/T13CKI11RC1/T1OSI/CCP212RC2/CCP113 RC3/SCK/SCL14 RC4/SDI/SDA15RC5/SDO16 RC6/TX/CK17 RC7/RX/DT18RE3/$MCLR$/VPP1 RB6//KBI2/PGC27 RB7/KBI3/PGD28VDD20VSS8/19 RA7/OSC1/CLKI9 RA0/AN0/C1IN-2 RA1/AN1/C2IN-3RA2/AN2/C2IN+/VREF-/CVREF4RA3/AN3/C1IN+/VREF+5V,W-U3SCK3$CS2SDI4$LDAC5VOUTA8VDD1VSS7VOUTB6X P4FB78A7DY P4FB7C69FCCT000 __DEFAULT__ __DEFAULT__DCVMETER.MDFLISA MODEL DESCRIPTION FORMAT 6.1 ================================= Design: K:\PROLIBS\ACTIVE\DCMeters.DSN Doc. no.: Revision: Author: Created: 19/03/03 Modified: 05/12/05 *PROPERTIES,0 *MAPPINGS,3,STATE 2 : SCALE=1 3 : SCALE=1000 4 : SCALE=1000000 *MODELDEFS,0 *PARTLIST,1 VP1,RTVPROBE,RTVPROBE,LOAD=,PRIMITIVE=ANALOG,SCALE= *NETLIST,2 +,2 +,GT VP1,PS,+ -,2 -,GT VP1,PS,- *GATES,0 OITFMOD.MDFLISA MODEL DESCRIPTION FORMAT 5.0 ================================= Design: K:\Prodev\Spice\ITFMOD.DSN Doc. no.: Revision: Author: Created: 18/03/98 Modified: 23/06/05 *MODELDEFS,20 CMOS : RHI=100,RLO=100,TRISE=1u,TFALL=1u,V+=VDD,V-=VSS NMOS : RHI=100,RLO=10,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND TTL : RHI=50, RLO=5,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,RPOS=5k,RNEG=20k,V+=VCC,V-=GND,FLOAT=HIGH TTLHC : RHI=5,RLO=5, V+=VCC,V-=GND TTLHCT : RHI=5,RLO=5, V+=VCC,V-=GND TTLLS : RHI=100, RLO=10,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,RPOS=12k,RNEG=50k, V+=VCC,V-=GND,FLOAT=HIGH TTLS : RHI=25, RLO=2.5,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,RPOS=5k,RNEG=20k,TRISE=0.5n,TFALL=0.5n, V+=VCC,V-=GND,FLOAT=HIGH PLD : RHI=20,RLO=20, V+=VCC,V-=GND,FLOAT=HIGH PIC : RSHI=20, RSLO=20,RWHI=20k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS,TRISE=10n,TFALL=10n PIC3V3 : RSHI=20, RSLO=20,RWHI=20k,VUD=2,VTL=0.8,VHL=0.1,VTH=1.5,VHH=0.1,V+=VDD,V-=VSS,TRISE=10n,TFALL=10n 8051 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,RPOS=5k,RNEG=20k,V+=VCC,V-=GND,FLOAT=HIGH,TRISE=10n,TFALL=10n AT89 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,RPOS=5k,RNEG=20k,V+=VCC,V-=GND,FLOAT=HIGH,TRISE=10n,TFALL=10n HC11 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS,TRISE=10n,TFALL=10n AVR : RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND,TRISE=10n,TFALL=10n MSP430 : RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND,TRISE=10n,TFALL=10n PICCOLO: RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND,TRISE=1n,TFALL=1n CM3 : RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=GND,TRISE=1n,TFALL=1n LPC2100: RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=V3,V-=VSS BSTAMP : RSHI=20, RSLO=20,RWHI=20k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS,TRISE=10n,TFALL=10n RS232 : VLO=-8.5,VHI=8.5,RHI=300,RLO=300,VTL=1.2,VHL=0.5,VTH=1.7,VHH=0.5,RPOS=5k,RNEG=5k,V+=VCC,V-=GND,FLOAT=HIGH,TRISE=1u,TFALL=1u LED.MDFLISA MODEL DESCRIPTION FORMAT 6.0 ================================= Design: K:\PRODEV\LIBS\ACTIVE\LED.DSN Doc. no.: Revision: Author: Created: 07/02/02 Modified: 22/03/02 *PROPERTIES,5 BV=3 IMAX=10mA ROFF=100k RS=1 VF=1.5 *MODELDEFS,0 *PARTLIST,4 IP?,RTIPROBE,ACTIVE_IPROBE,MAX=,MIN=0,PRIMITIVE=ANALOG R1,RESISTOR,,PRIMITIVE=PASSIVE S1,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=*2,RON=/10,VOFF=0,VON= S2,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=*2,RON=/10,VOFF=0,VON= *NETLIST,4 #00000,5 S1,PS,+ S2,PS,N S2,PS,- S1,PS,P IP?,PS,- #00001,5 S1,PS,- S2,PS,P S2,PS,+ S1,PS,N R1,PS,2 A,2 A,GT IP?,PS,+ K,2 K,GT R1,PS,1 *GATES,0 MCP4822.MDFLISA MODEL DESCRIPTION FORMAT 6.1 ================================= Design: K:\PROLIBS\MICROCHIP\MCP482X\MCP4822.DSN Doc. no.: Revision: Author: Created: 07/05/05 Modified: 19/05/11 *PROPERTIES,1 TC=(TEMP-25)*0.00005 *MODELDEFS,0 *PARTLIST,26 ANALOG_FRONT_END_A_D1,DIODE,DIODE,N=1m,PRIMITIVE=ANALOGUE,TEMP=27,TNOM=27 ANALOG_FRONT_END_A_D2,DIODE,DIODE,N=1m,PRIMITIVE=ANALOGUE,TEMP=27,TNOM=27 ANALOG_FRONT_END_A_E2,VCVS,1E6,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_A_R4,RESISTOR,250k,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_A_R5,RESISTOR,1E6,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_A_R6,RESISTOR,25,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_A_SW3,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=250k,RON=1,TSWITCH=10u ANALOG_FRONT_END_A_SW4,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=OFF,RON=1,TSWITCH=10u ANALOG_FRONT_END_A_V1,VSOURCE,0.04,PRIMITIVE=ANALOG ANALOG_FRONT_END_A_V2,VSOURCE,0.01,PRIMITIVE=ANALOG ANALOG_FRONT_END_B_D1,DIODE,DIODE,N=1m,PRIMITIVE=ANALOGUE,TEMP=27,TNOM=27 ANALOG_FRONT_END_B_D2,DIODE,DIODE,N=1m,PRIMITIVE=ANALOGUE,TEMP=27,TNOM=27 ANALOG_FRONT_END_B_E2,VCVS,1E6,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_B_R4,RESISTOR,250k,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_B_R5,RESISTOR,1E6,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_B_R6,RESISTOR,25,PRIMITIVE=ANALOGUE ANALOG_FRONT_END_B_SW3,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=250k,RON=1,TSWITCH=10u ANALOG_FRONT_END_B_SW4,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=OFF,RON=1,TSWITCH=10u ANALOG_FRONT_END_B_V1,VSOURCE,0.04,PRIMITIVE=ANALOG ANALOG_FRONT_END_B_V2,VSOURCE,0.01,PRIMITIVE=ANALOG DAC1,DAC_12,DAC_12,INVERT=LE,MODDLL=DATAC,MODE=UNSIGNED,PRIMITIVE=PASSIVE,SLEWRATE=0.55E6,TDDA=2u DAC2,DAC_12,DAC_12,INVERT=LE,MODDLL=DATAC,MODE=UNSIGNED,PRIMITIVE=PASSIVE,SLEWRATE=0.55E6,TDDA=2u I1,SPIIO,SPISLAVE_16,MODDLL=SPIIO.DLL,PRIMITIVE=DIGITAL,SPI_AUTOLOAD=0,SPI_CPHA=0,SPI_CPOL=0,SPI_DORD=0 U1,LATCH_16_BUS,LATCH_16_BUS,INVERT="EN,OE",PRIMITIVE=DIGITAL U2,LATCH_16_BUS,LATCH_16_BUS,INVERT=OE,PRIMITIVE=DIGITAL V1,VSOURCE,2.048+,PRIMITIVE=ANALOG *NETLIST,90 #00019,1 I1,OP,DI_RDY #00020,1 I1,IP,DO_LE #00021,1 I1,IP,DO0 #00022,1 I1,IP,DO1 #00023,1 I1,IP,DO2 #00024,1 I1,IP,DO3 #00025,1 I1,IP,DO4 #00026,1 I1,IP,DO5 #00027,1 I1,IP,DO6 #00028,1 I1,IP,DO7 #00029,1 I1,IP,DO8 #00030,1 I1,IP,DO9 #00031,1 I1,IP,DO10 #00032,1 I1,IP,DO11 #00033,1 I1,IP,DO12 #00034,1 I1,IP,DO13 #00035,1 I1,IP,DO14 #00036,1 I1,IP,DO15 #00037,1 I1,OP,SO #00038,1 I1,OP,EMPTY #00074,3 DAC1,PS,VREF+ V1,PS,+ DAC2,PS,VREF+ #00138,3 ANALOG_FRONT_END_A_R4,PS,1 ANALOG_FRONT_END_A_SW3,IO,A ANALOG_FRONT_END_A_E2,PS,N #00141,4 ANALOG_FRONT_END_A_SW4,IO,A ANALOG_FRONT_END_A_R6,PS,1 ANALOG_FRONT_END_A_D1,PS,A ANALOG_FRONT_END_A_D2,PS,K #00142,2 ANALOG_FRONT_END_A_E2,PS,+ ANALOG_FRONT_END_A_R6,PS,2 #00143,2 ANALOG_FRONT_END_A_D1,PS,K ANALOG_FRONT_END_A_V1,PS,- #00144,2 ANALOG_FRONT_END_A_D2,PS,A ANALOG_FRONT_END_A_V2,PS,+ #00151,3 ANALOG_FRONT_END_B_R4,PS,1 ANALOG_FRONT_END_B_SW3,IO,A ANALOG_FRONT_END_B_E2,PS,N #00154,4 ANALOG_FRONT_END_B_SW4,IO,A ANALOG_FRONT_END_B_R6,PS,1 ANALOG_FRONT_END_B_D1,PS,A ANALOG_FRONT_END_B_D2,PS,K #00155,2 ANALOG_FRONT_END_B_E2,PS,+ ANALOG_FRONT_END_B_R6,PS,2 #00156,2 ANALOG_FRONT_END_B_D1,PS,K ANALOG_FRONT_END_B_V1,PS,- #00157,2 ANALOG_FRONT_END_B_D2,PS,A ANALOG_FRONT_END_B_V2,PS,+ $CS,4 $CS,GT I1,IP,$CS$ U1,IP,CLK U2,IP,CLK SCK,2 SCK,GT I1,IP,SCLK SDI,2 SDI,GT I1,IP,SI D0,4 D0,LBL U1,IP,D0 U2,IP,D0 I1,OP,DI0 D1,4 D1,LBL U1,IP,D1 U2,IP,D1 I1,OP,DI1 D2,4 D2,LBL U1,IP,D2 U2,IP,D2 I1,OP,DI2 D3,4 D3,LBL U1,IP,D3 U2,IP,D3 I1,OP,DI3 D4,4 D4,LBL U1,IP,D4 U2,IP,D4 I1,OP,DI4 D5,4 D5,LBL U1,IP,D5 U2,IP,D5 I1,OP,DI5 D6,4 D6,LBL U1,IP,D6 U2,IP,D6 I1,OP,DI6 D7,4 D7,LBL U1,IP,D7 U2,IP,D7 I1,OP,DI7 D8,4 D8,LBL U1,IP,D8 U2,IP,D8 I1,OP,DI8 D9,4 D9,LBL U1,IP,D9 U2,IP,D9 I1,OP,DI9 D10,4 D10,LBL U1,IP,D10 U2,IP,D10 I1,OP,DI10 D11,4 D11,LBL U1,IP,D11 U2,IP,D11 I1,OP,DI11 D12,4 D12,LBL U1,IP,D12 U2,IP,D12 I1,OP,DI12 D13,4 D13,LBL U1,IP,D13 U2,IP,D13 I1,OP,DI13 D14,4 D14,LBL U1,IP,D14 U2,IP,D14 I1,OP,DI14 $LDAC,3 $LDAC,GT DAC1,IP,LE DAC2,IP,LE QA0,3 QA0,LBL U1,OP,Q0 DAC1,IP,D0 QA1,3 QA1,LBL U1,OP,Q1 DAC1,IP,D1 QA2,3 QA2,LBL U1,OP,Q2 DAC1,IP,D2 QA3,3 QA3,LBL U1,OP,Q3 DAC1,IP,D3 QA4,3 QA4,LBL U1,OP,Q4 DAC1,IP,D4 QA5,3 QA5,LBL U1,OP,Q5 DAC1,IP,D5 QA6,3 QA6,LBL U1,OP,Q6 DAC1,IP,D6 QA7,3 QA7,LBL U1,OP,Q7 DAC1,IP,D7 QA8,3 QA8,LBL U1,OP,Q8 DAC1,IP,D8 QA9,3 QA9,LBL U1,OP,Q9 DAC1,IP,D9 QA10,3 QA10,LBL U1,OP,Q10 DAC1,IP,D10 QA11,3 QA11,LBL U1,OP,Q11 DAC1,IP,D11 QA14,2 QA14,LBL U1,OP,Q14 QA15,2 QA15,LBL U1,OP,Q15 $A$/B,7 $A$/B,OT D15,LBL U1,IP,EN U2,IP,EN U1,IP,D15 U2,IP,D15 I1,OP,DI15 QB0,3 QB0,LBL U2,OP,Q0 DAC2,IP,D0 QB1,3 QB1,LBL U2,OP,Q1 DAC2,IP,D1 QB2,3 QB2,LBL U2,OP,Q2 DAC2,IP,D2 QB3,3 QB3,LBL U2,OP,Q3 DAC2,IP,D3 QB4,3 QB4,LBL U2,OP,Q4 DAC2,IP,D4 QB5,3 QB5,LBL U2,OP,Q5 DAC2,IP,D5 QB6,3 QB6,LBL U2,OP,Q6 DAC2,IP,D6 QB7,3 QB7,LBL U2,OP,Q7 DAC2,IP,D7 QB8,3 QB8,LBL U2,OP,Q8 DAC2,IP,D8 QB9,3 QB9,LBL U2,OP,Q9 DAC2,IP,D9 QB10,3 QB10,LBL U2,OP,Q10 DAC2,IP,D10 QB11,3 QB11,LBL U2,OP,Q11 DAC2,IP,D11 QB14,2 QB14,LBL U2,OP,Q14 QB15,2 QB15,LBL U2,OP,Q15 #00073,3 ANALOG_FRONT_END_A_R5,PS,1 ANALOG_FRONT_END_A_E2,PS,P DAC1,PS,VOUT VOUTA,3 VOUTA,GT ANALOG_FRONT_END_A_SW4,IO,B ANALOG_FRONT_END_A_SW3,IO,B QA13,3 QA13,LBL ANALOG_FRONT_END_A_SW3,IP,EN U1,OP,Q13 QA12,3 QA12,LBL ANALOG_FRONT_END_A_SW4,IP,EN U1,OP,Q12 ANALOG_FRONT_END_A_VDD,2 ANALOG_FRONT_END_A_VDD,GT ANALOG_FRONT_END_A_V1,PS,+ #00114,3 ANALOG_FRONT_END_B_R5,PS,1 ANALOG_FRONT_END_B_E2,PS,P DAC2,PS,VOUT VOUTB,3 VOUTB,GT ANALOG_FRONT_END_B_SW4,IO,B ANALOG_FRONT_END_B_SW3,IO,B QB13,3 QB13,LBL ANALOG_FRONT_END_B_SW3,IP,EN U2,OP,Q13 QB12,3 QB12,LBL ANALOG_FRONT_END_B_SW4,IP,EN U2,OP,Q12 ANALOG_FRONT_END_B_VDD,2 ANALOG_FRONT_END_B_VDD,GT ANALOG_FRONT_END_B_V1,PS,+ GND,16 GND,PT ANALOG_FRONT_END_B_V2,PS,- ANALOG_FRONT_END_B_E2,PS,- ANALOG_FRONT_END_B_R4,PS,2 ANALOG_FRONT_END_B_R5,PS,2 ANALOG_FRONT_END_A_V2,PS,- ANALOG_FRONT_END_A_E2,PS,- ANALOG_FRONT_END_A_R4,PS,2 ANALOG_FRONT_END_A_R5,PS,2 U2,IP,OE U2,PS,RESET DAC1,PS,VREF- DAC2,PS,VREF- V1,PS,- U1,IP,OE U1,PS,RESET *GATES,0 ???@ư>1,ABSTOL1e-012 BADMOS3No BYPASSYesCHGTOL1e-014 CONLOG0DEFAD0DEFAS0 DEFL0.0001 DEFW0.0001 GLEAK1e-012 GMIN1e-012 GMINSTEPS10 ITL1100ITL250ITL410 LOGSTART0 LOGTIME60 MAXORD2 METHODGEAR NOOPITERNo NUMSTEPS50 OLDLIMITNo PIVREL0.001PIVTOL1e-013 RELTOL0.001 SRCSTEPS10 TDLOWER0.9 TDSCALE1 TDUPPER1.1TEMP27 TMIN1e-018TNOM27TRACE_CONTENTIONS1,0TRACE_CONVERGENCE1,1TRACE_DCPATHS1,2TRACE_ITFMODS1,3TRACE_NETTYPES1,4TRACE_OPTIONS1,5TRACE_PERFORMANCE1,6TRACE_SPICELINK1,7TRTOL7TRYTOCOMPACTNo TTOL1e-006 VNTOL1e-006@vtd@K8cu