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{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} $IDC AMMETERa)A s 80"ȪȪCOMPONENT`me"ȪȪCOMPONENT ArialAmps04$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$MKRORIGINIMETER_3kc"ȪȪCOMPONENT 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0O<4"ȪȪxCOMPONENTHx HO<4"ȪȪxCOMPONENT`x `O<4"ȪȪxCOMPONENTx x x O<4"ȪȪxCOMPONENTOH H<4"ȪȪxCOMPONENTO0 0<4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO <4"ȪȪxCOMPONENTO/ /<4"ȪȪxCOMPONENTO? ?<4"ȪȪxCOMPONENT/x /O<4"ȪȪxCOMPONENT?x ?OLD"pȪȪxCOMPONENTx @M `9H9LD"pȪȪxCOMPONENTPS09H9LD"pȪȪxCOMPONENThCLD"pȪȪxCOMPONENT/hC<4"pȪȪxCOMPONENT/X= /LD"pȪȪxCOMPONENTx  hC HX= 3LD"pȪȪxCOMPONENT/?99@8"8cȪȪuCOMPONENTOOQ`04$MKRORIGIN`$PINDEFAULTA?$PINDEFAULTB{*DEVICE} {ACTIVE=SCOPE,0,DLL} {HELP=INSTRUMENTS>POPUP,501} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model",READONLY STRING} {*INDEX} {*COMPONENT} {MODDLL=SCOPE.DLL} {PRIMITIVE=ANALOG} $IPATTERN GENERATORa)AS@8"ȪȪCOMPONENT]0A*04$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 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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$PINDEFAULTCLKOUT{*DEVICE} {ACTIVE=PATTGEN,0,DLL} {HELP=INSTRUMENTS>POPUP,504} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDATA="",HIDDEN STRING} {MODDLL="VSM Model DLL",READONLY STRING} {CLOCKRATE="Clock Rate",STRING} {TRIGGERRATE="Reset Rate",STRING} {CLOCKMODE="Clock Mode",KWDLIST,3,0="Internal",1="External Pos Edge",2="External Neg Edge"} {TRIGGERMODE="Reset 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/<4"wȪȪxCOMPONENT?@M ?80"`OȪ`COMPONENT<4"wȪȪxCOMPONENT80"`OȪ`COMPONENT@<4"wȪȪxCOMPONENT@kc"ȪȪCOMPONENTp_O ArialAMkc"ȪȪCOMPONENTO ArialFMjb"ȪȪCOMPONENT ` Arial+jb"ȪȪCOMPONENT ? Arial-04$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} $ISPI DEBUGGERa)A (@8"ȪȪCOMPONENTO&Q@8"ȪbCOMPONENTO/ 04$MKRORIGINld"ȪȪ{COMPONENT)  ArialSPI`$PINDEFAULTDIN0$PINDEFAULTDOUT$PINDEFAULTSCK$PINDEFAULT$SS$J{*DEVICE} {ACTIVE=TERM_SPI,0,DLL} {HELP=INSTRUMENTS>POPUP,509} {*PROPDEFS} {PRIMITIVE="Primitive Type",HIDDEN STRING} {MODDLL="VSM Model DLL",HIDDEN STRING} {BUSTYPE="",HIDDEN STRING} {SPI_IDLESTATE="SCK Idle state is",HILOW} {SPI_SAMPLEEDGE="Sampling edge",KWDLIST,2,Idle to active,Active to idle} {SPI_BITORDER="Bit order",KWDLIST,2,MSB first,LSB first} {SPI_WORDLENGTH="Word length",INT,1,16} {SPI_STOPONEMPTY="Stop on output buffer empty",YESNO} {SPI_LOOPBACK="Loopback mode",YESNO} {SEQUENCE_FILE="Sequence file",ADVANCED FILENAME,FALSE,,Text file/*.txt} {AUTOLOAD="Queue stored sequences at startup",ADVANCED YESNO} {*INDEX} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=STERM.DLL} {SPI_IDLESTATE=0} {SPI_SAMPLEEDGE=Idle to active} {SPI_BITORDER=MSB first} {SPI_WORDLENGTH=8} {SPI_STOPONEMPTY=0} {BUSTYPE=SPI} {AUTOLOAD=0} {SPI_LOOPBACK=0} $IVIRTUAL TERMINALa)A!@8"ȪȪwCOMPONENT@@.@8"8cȪmCOMPONENT@p_ A04$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"} {*INDEX} {*COMPONENT} {PRIMITIVE=DIGITAL} {MODDLL=VTERM.DLL} {BAUDRATE=9600} {DATABITS=8} {PARITY=NONE} {STOPBITS=1} {XONXOFF=0} {SIGPOL=0} {CTLPOL=0} 1N4007@@,jX"ȪȪCOMPONENT00000<4"ȪȪCOMPONENT00004$MKRORIGIN $PINSHORTA 0$PINSHORTK{{*DEVICE} PREFIX=D {*PROPDEFS} PRIMITIVE=Simulator Primitive Type,HIDDEN STRING MODEL=LISA Model,STRING PACKAGE=PCB Package,PACKAGE,1,DO41 {*INDEX} {CAT=Diodes} {SUBCAT=Rectifiers} {DESC=Silicon Rectifier. Maximum Recurrent Peak Reverse Voltage 1000V. Maximum Average Forward Rectified Current 1.0A} {*COMPONENT} {PRIMITIVE=ANALOGUE,DIODE} {MODEL=LX_D_POW,DIODE} {PACKAGE=DO41} BC547KW}@^jX"ȪȪCOMPONENT?00?/0?@8"ȪȪCOMPONENTHp_<4"ȪȪCOMPONENT0`<4"ȪȪCOMPONENTp`Y04$MKRORIGIN$PINSHORTB20`|$PINSHORTC10?t$PINSHORTE3F{*DEVICE} PREFIX=Q {*PROPDEFS} {MODEL="LISA Model",STRING} {PACKAGE=PCB Package,PACKAGE,0} {PRIMITIVE="Primitive Type",HIDDEN STRING} {*INDEX} {CAT=Transistors} {SUBCAT=Bipolar} {DESC=Silicon NPN Low Power Bipolar Transistor (625mW, 150C)} {*COMPONENT} {MODEL=LX_NPN_SSLF,BIPOLAR} {PACKAGE=TO92/18} {PRIMITIVE=ANALOGUE,NPN} KEYPAD-PHONE4lA @8"ȪȪCOMPONENT<B6`E80"ȪiCOMPONENT p_Hjb"ȪkCOMPONENT p_ S=x Arial{180"ȪiCOMPONENTP!p_Hjb"ȪkCOMPONENTP!p_ S=x Arial{280"ȪiCOMPONENT*p_Hjb"ȪkCOMPONENT*p_ S=x Arial{380"ȪiCOMPONENT Hjb"ȪkCOMPONENT S=x Arial{480"ȪiCOMPONENTP!Hjb"ȪkCOMPONENTP! S=x Arial{580"ȪiCOMPONENT*Hjb"ȪkCOMPONENT* S=x Arial{680"ȪiCOMPONENT ]Hjb"ȪkCOMPONENT ] S=x Arial{780"ȪiCOMPONENTP!]Hjb"ȪkCOMPONENTP!] S=x Arial{880"ȪiCOMPONENT*]Hjb"ȪkCOMPONENT*] S=x Arial{980"ȪiCOMPONENT 0H80"ȪiCOMPONENTP!0Hjb"ȪkCOMPONENTP!0 S=x Arial{080"ȪiCOMPONENT*0Hjb"ȪkCOMPONENT*0 S=x Arial{#<4" ȪȪxCOMPONENT0W0<4" ȪȪxCOMPONENT &<4" ȪȪxCOMPONENTx  H<4" ȪȪxCOMPONENTx H 04$MKRORIGIN |$PINDEFAULT1P!|$PINDEFAULT2*|$PINDEFAULT3p_$PINDEFAULTA$PINDEFAULTB]$PINDEFAULTC0$PINDEFAULTD{*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} {B1="B1",HIDDEN STRING} {B2="B2",HIDDEN STRING} {B3="B3",HIDDEN STRING} {C1="C1",HIDDEN STRING} {C2="C2",HIDDEN STRING} {C3="C3",HIDDEN STRING} {D1="D1",HIDDEN STRING} {D2="D2",HIDDEN STRING} {D3="D3",HIDDEN STRING} {*INDEX} {CAT=Switches & Relays} {SUBCAT=Keypads} {DESC=Interactive matrix keypad for phone} {*COMPONENT} {PRIMITIVE=DIGITAL,DLL} {MODDLL=KEYPAD} {A1=ROUND,300,-300,300,1} {A2=ROUND,700,-300,300,2} {A3=ROUND,1100,-300,300,3} {B1=ROUND,300,-700,300,4} {B2=ROUND,700,-700,300,5} {B3=ROUND,1100,-700,300,6} {C1=ROUND,300,-1100,300,7} {C2=ROUND,700,-1100,300,8} {C3=ROUND,1100,-1100,300,9} {D1=ROUND,300,-1500,300,*} {D2=ROUND,700,-1500,300,0} {D3=ROUND,1100,-1500,300,#} 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$MKRORIGINLCD_16X2_1|@8"8cȪaCOMPONENTP0y`E 04$MKRORIGINh{*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} {*INDEX} {CAT=Optoelectronics} {SUBCAT=Alphanumeric LCDs} {DESC=16x2 Alphanumeric LCD} {*COMPONENT} {NUMCOLS=16} {NUMROWS=2} {CLOCK=250kHz} {ROW1=80-8F} {ROW2=C0-CF} {PACKAGE=CONN-DIL14} {PRIMITIVE=DIGITAL,LCD} {MODDLL=LCDALPHA} PIC16F873q%B|@8"ȪȪCOMPONENT`":`E04$MKRORIGIN`@$PINDEFAULTRA0/AN02`$PINDEFAULTRA1/AN13`$PINDEFAULTRA2/AN2/VREF-4`$PINDEFAULTRA4/T0CKI6`P$PINDEFAULTRA5/AN4/$SS$7&$PINDEFAULTVSS{00}19`$PINDEFAULTOSC1/CLKIN9`$PINDEFAULTOSC2/CLKOUT100A >$PINDEFAULTRC1/T1OSI/CCP2120A]$PINDEFAULTRC2/CCP1130A}$PINDEFAULTRC3/SCK/SCL140A$PINDEFAULTRB7/PGD280A$PINDEFAULTRB6/PGC270A$PINDEFAULTRB5260A@$PINDEFAULTRB4250Ap_$PINDEFAULTRB3/PGM240A?$PINDEFAULTRB2230A$PINDEFAULTRB1220A$PINDEFAULTRB0/INT21 "0 $PINDEFAULTVDD20"$PINDEFAULTVSS{01}80A$PINDEFAULTRC7/RX/DT180A0$PINDEFAULTRC6/TX/CK170A`$PINDEFAULTRC5/SDO160A$PINDEFAULTRC4/SDI/SDA15`$PINDEFAULTRA3/AN3/VREF+50AP$PINDEFAULTRC0/T1OSO/T1CKI11`?$PINDEFAULT$MCLR$/Vpp/THV1 {*DEVICE} {PREFIX=U} {HELP=PIC16>POPUP,1} {DATA=PIC16F873-874-876-877.PDF} {*PROPDEFS} {PACKAGE=PCB Package,PACKAGE,1,DIL28} {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} {*INDEX} {CAT=Microprocessor ICs} {SUBCAT=PIC16 Family} {DESC=PIC16 Microcontroller (4kB code, 192B data, 128B EPROM, Ports A-C, 2xCCP, 3xTimers, MSSP, USART, 5x10-bit ADC)} {MFR=Microchip} {*COMPONENT} {PACKAGE=DIL28} {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=0} {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,16873} {MODDATA=128,255} {CFGWORD=0x3FFB} *PINOUT DIL28 {ELEMENTS=1} {IP "$MCLR$/Vpp/THV" = 1} {IP "OSC1/CLKIN" = 9} {OP "OSC2/CLKOUT" = 10} {IO "RA0/AN0" = 2} {IO "RA1/AN1" = 3} {IO "RA2/AN2/VREF-" = 4} {IO "RA3/AN3/VREF+" = 5} {IO "RA4/T0CKI" = 6} {IO "RA5/AN4/$SS$" = 7} {IO "RB0/INT" = 21} {IO "RB1" = 22} {IO "RB2" = 23} {IO "RB3/PGM" = 24} {IO "RB4" = 25} {IO "RB5" = 26} {IO "RB6/PGC" = 27} {IO "RB7/PGD" = 28} {IO "RC0/T1OSO/T1CKI" = 11} {IO "RC1/T1OSI/CCP2" = 12} {IO "RC2/CCP1" = 13} {IO "RC3/SCK/SCL" = 14} {IO "RC4/SDI/SDA" = 15} {IO "RC5/SDO" = 16} {IO "RC6/TX/CK" = 17} {IO "RC7/RX/DT" = 18} {PP (VDD) = 20} {PP (VSS{{00}}) = 19} {PP (VSS{{01}}) = 8} RELAY3lA- T <4"pȪȪyCOMPONENThC(]hC80"ȪȪCOMPONENT0hp80"ȪȪCOMPONENT` p64PIN`H``80"ȪȪCOMPONENT p64PINH`64PIN0p_0FDPIN??O0p_0FDPIN??)Op_FDPIN??9Op_FDPIN??xIOp_FDPIN?/?`YOp_FDPIN?/?HiO?p_?<4"ȪȪCOMPONENT/H/O<4"ȪȪCOMPONENTHO04$MKRORIGIN0p_|$PINSHORTCOM3``|$PINSHORTNC4`|$PINSHORTNO5p_0$PINSHORTC11p_?$PINSHORTC22RELAY_C 64PIN`H``64PINH`64PIN0p_0FDPIN??O0p_0FDPIN??)Op_FDPIN??9Op_FDPIN??xIOp_FDPIN?/?`YOp_FDPIN?/?HiO?p_?<4"ȪȪCOMPONENT/H/O<4"ȪȪCOMPONENTHO04$MKRORIGINRELAY_0\<4"pȪȪxCOMPONENT0آ8chC<4"pȪȪxCOMPONENThC(]hC80"ȪȪCOMPONENT0hp80"ȪȪCOMPONENT` p80"ȪȪCOMPONENT p04$MKRORIGINRELAY_1\<4"pȪȪxCOMPONENT0آ8chC<4"pȪȪxCOMPONENThC(]hC80"ȪȪCOMPONENT0hp80"ȪȪCOMPONENT` p80"ȪȪCOMPONENT p04$MKRORIGIN{*DEVICE} {PREFIX=RL} {ACTIVE=RELAY,2} {*PROPDEFS} {MODFILE="LISA Model File",HIDDEN STRING} {VON="Activate Voltage",ADVANCED FLOAT,PNZ} {VOFF="Drop Out Voltage",ADVANCED FLOAT,PNZ} {RCOIL="Coil Resistance",FLOAT,PNZ} {RCONTACT="Contact Resistance",ADVANCED FLOAT,PNZ} {VALUE="Component &Value",STRING} {*INDEX} {CAT=Switches & Relays} {SUBCAT=Relays (Generic)} {DESC=Animated Relay model} {MFR=} {*COMPONENT} {VALUE=12V} {RCOIL=240} {RCONTACT=100m} {MODFILE=ACTVRLY} RESg@r|@8"ȪȪCOMPONENT @04$MKRORIGIN$PINSHORT1`$PINSHORT2{*DEVICE} PREFIX=R HELP=MODELS>POPUP,100 {*PROPDEFS} {VALUE="Resistance",FLOAT,PNZ} {PRIMITIVE="Model Type",KWDLIST,2,ANALOG,DIGITAL} {PACKAGE="PCB Package",PACKAGE,1,RES40} {PRIMTYPE="Primitive Type",HIDDEN STRING} {PINSWAP="Pin Swap List",HIDDEN STRING} {*INDEX} {CAT=Resistors} {SUBCAT=Generic} {DESC=Generic resistor symbol} {*COMPONENT} {VALUE=10k} {PRIMITIVE=ANALOG} {PACKAGE=RES40} {PRIMTYPE=RESISTOR} {PINSWAP=1,2} RLY-SPCOg@@8"ȪȪCOMPONENT A`<4"pȪȪyCOMPONENTE80"ȪȪCOMPONENTp80"ȪȪCOMPONENT`xIp64PIN``80"ȪȪCOMPONENT xIp64PIN  64PINUFDPIN0/0`YFDPIN0/0Hi??FDPIN0O00y??FDPIN0O0p_p_FDPIN0Xo0p_p_FDPIN0Xo0@@<4"ȪȪCOMPONENTHH(<4"ȪȪCOMPONENT``(04$MKRORIGIN|$PINSHORTCOM`|$PINSHORTNC |$PINSHORTNO$PINSHORTC1@$PINSHORTC2{*DEVICE} {PREFIX=RL} {*PROPDEFS} {MODFILE="LISA Model File",HIDDEN STRING} {VCOIL="Nominal Coil Voltage",FLOAT,PNZ} {RCOIL="Coil Resistance",FLOAT,PNZ} {RCONTACT="Contact Resistance",FLOAT,PNZ} {VON="Turn On Voltage",ADVANCED FLOAT,PNZ} {VOFF="Holding Voltage",ADVANCED FLOAT,PNZ} {TSWITCH="Switching Time",ADVANCED STRING} {*INDEX} {CAT=Switches & Relays} {SUBCAT=Relays (Generic)} {DESC=Generic single pole close/open (SPCO) relay} {*COMPONENT} {VCOIL=12V} {RCOIL=240} {MODFILE=RLY-SPCO} {RCONTACT=100m}  ISIS CIRCUIT FILE  MOBJECT DATA Ѝ2H Default FontCOMPONENT ID 50 Default FontCOMPONENT VALUE KEYPAD-PHONE Xݻ10 Default FontSUBCKT NAME{PRIMITIVE=DIGITAL,DLL} Xݻ00 Default FontPROPERTIESn{PRIMITIVE=DIGITAL,DLL} {MODDLL=KEYPAD} {A1=ROUND,300,-300,300,1} {A2=ROUND,700,-300,300,2} {A3=ROUND,1100,-300,300,3} {B1=ROUND,300,-700,300,4} {B2=ROUND,700,-700,300,5} {B3=ROUND,1100,-700,300,6} {C1=ROUND,300,-1100,300,7} {C2=ROUND,700,-1100,300,8} {C3=ROUND,1100,-1100,300,9} {D1=ROUND,300,-1500,300,*} {D2=ROUND,700,-1500,300,0} {D3=ROUND,1100,-1500,300,#}  KEYPAD-PHONE 4dU1 S]2H Default FontCOMPONENT ID PIC16F873,50 Default FontCOMPONENT VALUE PIC16F873 10 Default FontSUBCKT NAME {PACKAGE=DIL28} 00 Default FontPROPERTIES`{PACKAGE=DIL28} {PRIMITIVE=DIGITAL,16873} {MODDLL=PIC16} {MODDATA=128,255} {ITFMOD=PIC} {PROGRAM=RELE873.HEX} {CLOCK=4MHz} {CFGWORD=0x3FFB} {DBG_RANDOM_PMEM=0} {DBG_RANDOM_DMEM=0} {DBG_DUMP_CFGWORD=1} {DBG_STARTUP_DELAY=0} {DBG_WAKEUP_DELAY=0} {DBG_ADC_BREAK=0} {DBG_STACK=1} {DBG_UNIMPLEMENTED_MEMORY=1} {DBG_UNIMPLEMENTED_OPCODES=1} {DBG_ADDRESSES=0} {DBG_ADC_WARNINGS=0} {DBG_I2C_OPERATIONS=1} {DBG_GENERATE_CLKOUT=0} {WDT_PERIOD=18m} {ADC_RCCLOCK_PERIOD=4u} {ADC_ACQUISITION_TIME=20u} {ADC_SAMPLE_DELAY=100n} {EPR_WRITECODE_DELAY=10m} {EPR_WRITEDATA_DELAY=10m} {PORTTDLH=0} {PORTTDHL=0} VDD=+5V VSS=GND  PIC16F873 ;P$Y%7  o  ?   LCD10Q j2H Default FontCOMPONENT IDLM016L0Q @e50 Default FontCOMPONENT VALUELM016L0Q 4a10 Default FontSUBCKT NAME{NUMCOLS=16} {NUMROWS=2} 0Q 4a00 Default FontPROPERTIES{MODDLL=LCDALPHA} {PRIMITIVE=DIGITAL,LCD} {NUMCOLS=16} {NUMROWS=2} {CLOCK=250kHz} {ROW1=80-8F} {ROW2=C0-CF} {PACKAGE=CONN-DIL14} LM016Lpb2 DU<lR}E R1˞2H Default FontCOMPONENT ID10k˞(250 Default FontCOMPONENT VALUERES˞Q10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG} ˞Q00 Default FontPROPERTIESE{PRIMITIVE=ANALOG} {PACKAGE=RES40} {PRIMTYPE=RESISTOR} {PINSWAP=1,2} REShw Q1(2H Default FontCOMPONENT IDBC547M50 Default FontCOMPONENT VALUEBC547m10 Default FontSUBCKT NAME{MODEL=LX_NPN_SSLF,BIPOLAR} m00 Default FontPROPERTIESG{MODEL=LX_NPN_SSLF,BIPOLAR} {PACKAGE=TO92/18} {PRIMITIVE=ANALOGUE,NPN} BC547h @WIREh $TERDEFAULT RB7Xo>40 Default FontTERMINAL LABEL7@WIRE>>z0A $TERDEFAULT RELEx0A40 Default FontTERMINAL LABEL@WIRE ;0AZ0A`* $TERGROUND A"40 Default FontTERMINAL LABEL`28}@WIRE`":`28@WIRE`@.`28H? $TERPOWER +5Vx xG40 Default FontTERMINAL LABELE@WIRE A": Apb2Hpb2H<P!28 @WIRE&":&28P!28@WIRE`28P!28@WIREP!":P!28IR4 $TERDEFAULT RB6I@.40 Default FontTERMINAL LABEL@WIREI":I28MR4 $TERDEFAULT RB7M@.40 Default FontTERMINAL LABEL<@WIREM":M28`ER4 $TERDEFAULT RB5`E@.40 Default FontTERMINAL LABEL@WIRE`E":`E280AR4 $TERDEFAULT RB40A@.40 Default FontTERMINAL LABELl@WIRE0A":0A28*P!| $TERDEFAULT RB0@. A 40 Default FontTERMINAL LABEL@WIRE*`* A":P!| $TERDEFAULT RB1>81 40 Default FontTERMINAL LABEL@WIRE":`": AIP!| $TERDEFAULT RB2M81 40 Default FontTERMINAL LABEL4@WIREI`I A $TERDEFAULT RB6x 40 Default FontTERMINAL LABEL@WIRE A`@ $TERDEFAULT RB5x @40 Default FontTERMINAL LABELd@WIRE A@`@ $TERDEFAULT RB4x 40 Default FontTERMINAL LABEL@WIRE A`} $TERDEFAULT RB7x }40 Default FontTERMINAL LABEL@WIRE A}`}00 $TERPOWER +5V 40 Default FontTERMINAL LABELtzI $TERDEFAULT RSxI40 Default FontTERMINAL LABEL@WIRE ;IZIz`E $TERDEFAULT Ex`E40 Default FontTERMINAL LABEL%@WIRE ;`EZ`E"pb2 $TERDEFAULT RS"(,40 Default FontTERMINAL LABEL@WIRE"":"B6*pb2 $TERDEFAULT E*(,40 Default FontTERMINAL LABELR@WIRE*":*B6R2z0@S2H Default FontCOMPONENT ID10kzO50 Default FontCOMPONENT VALUERESzK10 Default FontSUBCKT NAME{PRIMITIVE=ANALOG} zK00 Default FontPROPERTIESE{PRIMITIVE=ANALOG} {PACKAGE=RES40} {PRIMTYPE=RESISTOR} {PINSWAP=1,2} RESxcQ @WIRE ;cQKcQP$Y $TERPOWER +5V`40 Default FontTERMINAL LABEL@WIREcQcQ DURL10o2H Default FontCOMPONENT ID5V50 Default FontCOMPONENT VALUERELAY10 Default FontSUBCKT NAME{RCOIL=240} {RCONTACT=100m} 00 Default FontPROPERTIES.{MODFILE=ACTVRLY} {RCOIL=240} {RCONTACT=100m} RELAYp_ 0@WIRE0(0@WIRE00@WIREN00Bt@WIRE0/0@WIRE00@WIREN?N0ISIS CIRCUIT FILE MOBJECT DATACCT000. __DEFAULT__ROOT10U1RA0/AN02RA1/AN13 RA2/AN2/VREF-4 RA4/T0CKI6 RA5/AN4/$SS$7VSS{00}19 OSC1/CLKIN9 OSC2/CLKOUT10RC1/T1OSI/CCP212RC2/CCP113 RC3/SCK/SCL14RB7/PGD28RB6/PGC27RB526RB425RB3/PGM24RB223RB122RB0/INT21VDD20VSS{01}8 RC7/RX/DT18 RC6/TX/CK17RC5/SDO16 RC4/SDI/SDA15 RA3/AN3/VREF+5RC0/T1OSO/T1CKI11$MCLR$/Vpp/THV11234LCD1R112 Q1 D1 R212 RL1CCT000 __DEFAULT__ __DEFAULT__;ACTVRLY.MDFLISA MODEL DESCRIPTION FORMAT 6.1 ================================= Design: K:\PRODEV\LIBS\ACTIVE\Relay.DSN Doc. no.: Revision: Author: Created: 16/04/99 Modified: 03/05/00 *PROPERTIES,5 RCOIL=100 RCONTACT=0.1 ROFF=100M VOFF=0.5* VON=0.8* *MODELDEFS,0 *PARTLIST,6 AVS1,AVS,"ABS(V(A,B))",PRIMITIVE=ANALOGUE R1,RESISTOR,,PRIMITIVE=ANALOG S1,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=,RON=,VH=(-)/2,VT=(+)/2 S2,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=,RON=,VH=(-)/2,VT=(+)/2 S3,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=1M,RON=1,VH=(-)/2,VT=(+)/2 VP1,RTVPROBE,ACTIVE_VPROBE,LOAD=1k,MAX=1.0,PRIMITIVE=ANALOG *NETLIST,9 #00000,4 S1,PS,P AVS1,PS,+ S2,PS,P S3,PS,P #00001,2 S3,PS,- VP1,PS,+ NO,2 NO,GT S1,PS,+ COM,3 COM,GT S1,PS,- S2,PS,- C2,7 C2,GT S1,PS,N AVS1,PS,- R1,PS,1 AVS1,PS,B S2,PS,N S3,PS,N NC,2 NC,GT S2,PS,+ C1,3 C1,GT R1,PS,2 AVS1,PS,A +1V,2 +1V,PT S3,PS,+ GND,2 GND,PT VP1,PS,- *GATES,0 BIPOLAR.MDFLISA MODEL DESCRIPTION FORMAT 6.0 ================================= Design: K:\PRODEV\LIBS\BIPOLAR\models.DSN Doc. no.: Revision: Author: Created: 15-Dec-91 Modified: 17/11/98 *PROPERTIES,0 *MODELDEFS,8 LX_NPN_HPLF : ISAT=1p,BETAF=40,BETAR=1,RC=0.5,CJC=10p,CJE=30p,VAF=100,IKF=1,TAUF=20n,TAUR=100n,NE=1.3,NC=1.3 LX_NPN_MPHF : ISAT=30f,BETAF=100,BETAR=1.5,RC=5,RB=50,CJC=8p,CJE=25p,VAF=100,IKF=100m,TAUF=0n3,TAUR=5n,NE=1.5,NC=1.5 LX_NPN_MPLF : ISAT=10f,BETAF=120,BETAR=1.5,RC=5,RB=50,CJC=10p,CJE=30p,VAF=100,IKF=100m,TAUF=3n,TAUR=20n,NE=1.5,NC=1.5 LX_NPN_SSHF : ISAT=10f,BETAF=200,BETAR=3,RC=30,RB=80,CJC=5p,CJE=8p,VAF=70,IKF=100m,TAUF=300p,TAUR=30n,NE=1.5,NC=1.5 LX_NPN_SSLF : ISAT=5f,BETAF=250,BETAR=3,RC=30,RB=80,CJC=5p,CJE=10p,VAF=50,IKF=50m,TAUF=2n,TAUR=20n,NE=1.5,NC=1.5 LX_PNP_HPLF : ISAT=1p,BETAF=40,BETAR=1,RC=0.5,CJC=10p,CJE=30p,VAF=100,IKF=1,TAUF=20n,TAUR=100n,NE=2,NC=2 LX_PNP_MPLF : ISAT=10f,BETAF=120,BETAR=1.5,RC=5,RB=50,CJC=10p,CJE=30p,VAF=100,IKF=100m,TAUF=3n,TAUR=20n,NE=2,NC=2 LX_PNP_SSLF : ISAT=3f,BETAF=200,BETAR=3,RC=30,RB=60,CJC=5p,CJE=5p,VAF=80,IKF=30m,TAUF=2n,TAUR=50n,NE=3,NC=3 *PARTLIST,0 *NETLIST,0 *GATES,0 DIODE.MDFLISA MODEL DESCRIPTION FORMAT 6.0 ================================= Design: K:\PRODEV\LIBS\DIODE\models.DSN Doc. no.: Revision: Author: Created: 28/10/98 Modified: 18/02/99 *PROPERTIES,0 *MODELDEFS,6 LX_D_LED : ISAT=1E-14, N=3, RS=2, BV=15.0, CJO=50pF LX_D_POW : ISAT=10u,RS=1,CJO=20p,TT=50n LX_D_SCHB : ISAT=100n,RS=12,CJO=1p,TT=5n,EG=0.69 LX_D_SS : ISAT=10n,RS=10,CJO=2p,TT=10n LX_D_SSG : ISAT=1u,RS=15,CJO=1p,TT=8n,EG=0.67 LX_D_ZEN : ISAT=10n,RS=5,CJO=1p,TT=1n *PARTLIST,4 D1,1N4001,LX_D_POW,MODEL=LX_D_POW,PRIMITIVE=ACTIVE,PRIMTYPE=DIODE D2,1N4001,LX_D_POW,MODEL=LX_D_POW,PRIMITIVE=ACTIVE,PRIMTYPE=DIODE D3,1N4001,LX_D_POW,MODEL=LX_D_POW,PRIMITIVE=ACTIVE,PRIMTYPE=DIODE D4,1N4001,LX_D_POW,MODEL=LX_D_POW,PRIMITIVE=ACTIVE,PRIMTYPE=DIODE *NETLIST,4 AC1,3 AC1,GT D1,PS,A D4,PS,K +,3 +,GT D1,PS,K D3,PS,K -,3 -,GT D2,PS,A D4,PS,A AC2,3 AC2,GT D2,PS,K D3,PS,A *GATES,0 ITFMOD.MDFLISA MODEL DESCRIPTION FORMAT 5.0 ================================= Design: K:\Prodev\Spice\ITFMOD.DSN Doc. no.: Revision: Author: Created: 18/03/98 Modified: 18/03/98 *MODELDEFS,15 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 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS 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 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 HC11 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS AVR : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND MSP430 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND 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 LPC2100: RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS ??@ư>!"ABSTOL1e-012 BADMOS3No BYPASSYesCHGTOL1e-014 CONLOG2DEFAD0DEFAS0 DEFL0.0001 DEFW0.0001 GLEAK1e-012 GMIN1e-012 GMINSTEPS10 ITL1100ITL250ITL410 MAXORD2 METHODGEAR NOOPITERNo NUMSTEPS50 OLDLIMITNo PIVREL0.001PIVTOL1e-013 RELTOL0.001 SRCSTEPS10 TDLOWER0.9 TDSCALE1 TDUPPER1.1TEMP27 TMIN1e-018TNOM27TRTOL7TRYTOCOMPACTNo TTOL1e-006 VNTOL1e-006 rele873.basPBPWd6>pYx`XoI0