lisa1.sdf

这是一段温度传感器电路仿真原理图

ISIS SCHEMATIC DESCRIPTION FORMAT 6.1
=====================================
Design:   F:\51\各类程序及实例\毕业实例\修改后的定时控制系统加了温度传感器\MAIN.DSN
Doc. no.: <NONE>
Revision: <NONE>
Author:   <NONE>
Created:  07/03/26
Modified: 07/09/15

*PROPERTIES,47   
ABSTOL=1e-12
BADMOS3=No
BYPASS=Yes
CHGTOL=1e-14
CONLOG=2
DEFAD=0
DEFAS=0
DEFL=0.0001
DEFW=0.0001
GMIN=1e-12
GMINSTEPS=120
ITL1=1000
ITL2=50
ITL4=10
MAXORD=2
METHOD=GEAR
NOOPITER=No
NUMSTEPS=50
OLDLIMIT=No
PARTITION=86949B1D
PIVREL=0.001
PIVTOL=1e-13
RELTOL=0.001
RSHUNT=1e+12
SIMTYPE=TRANSIENT
SRCSTEPS=120
TDLOWER=0.9
TDSCALE=1
TDUPPER=1.1
TEMP=27
TMAX=0.025
TMIN=1e-18
TNOM=27
TRACE_CONTENTIONS=1
TRACE_CONVERGENCE=1
TRACE_DCPATHS=1
TRACE_ITFMODS=1
TRACE_NETTYPES=1
TRACE_OPTIONS=1
TRACE_PERFORMANCE=1
TRACE_SPICELINK=1
TRANGMIN=1e-09
TRTOL=7
TRYTOCOMPACT=No
TSTART=0
TTOL=1e-09
VNTOL=1e-06

*MODELDEFS,24   
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
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
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
CMOS : RHI=100,RLO=100,TRISE=1u,TFALL=1u,V+=VDD,V-=VSS
HC11 : RHI=20, RLO=20,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=VSS
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
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
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
NMOS : RHI=100,RLO=10,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VCC,V-=GND
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
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
PLD : RHI=20,RLO=20, V+=VCC,V-=GND,FLOAT=HIGH
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
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

*PARTLIST,49   
74LS08_#P,POWER,TTLLS,EID=14,PACKAGE=DIL14,PRIMITIVE=POWER
74LS08_U3,AND_2,AND_2,OCOPS=[NULL],PRIMITIVE=DIGITAL,TDHLDQ=10n,TDLHDQ=8n,TGQ=?
RL1_AVS1,AVS,"ABS(V(A,B))",PRIMITIVE=ANALOGUE
RL1_R1,RESISTOR,240,PRIMITIVE=ANALOG
RL1_S1,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=100M,RON=100m,VH=(0.8*12V-0.5*12V)/2,VT=(0.8*12V+0.5*12V)/2
RL1_S2,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=100m,RON=100M,VH=(0.8*12V-0.5*12V)/2,VT=(0.8*12V+0.5*12V)/2
RL1_S3,VSWITCH,VSWITCH,PRIMITIVE=ANALOGUE,ROFF=1M,RON=1,VH=(0.8*12V-0.5*12V)/2,VT=(0.8*12V+0.5*12V)/2
RL1_VP1,RTVPROBE,ACTIVE_VPROBE,LOAD=1k,MAX=1.0,PRIMITIVE=ANALOG
RN1_R1,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R2,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R3,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R4,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R5,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R6,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R7,RESISTOR,RX8,PRIMITIVE=ANALOG
RN1_R8,RESISTOR,RX8,PRIMITIVE=ANALOG
U1_C1,CAPACITOR,1pF,PRIMITIVE=ANALOGUE
U1_C2,CAPACITOR,1pF,PRIMITIVE=ANALOGUE
U1_D1,DIODE,DIODE,CJO=12pF,IS=1E-14,N=2,PRIMITIVE=PASSIVE,RS=7
U1_F1,CCCS,0.25/300,PRIMITIVE=ANALOGUE
U1_Q1,NPN,NPN,BF=300,BR=3,CJC=5p,CJE=10p,IKF=50m,IS=5E-15,NC=1.5,NE=1.5,PRIMITIVE=ANALOGUE,RB=80,RC=30,TF=2n,TR=20n,VAF=50
X2_CP,CAPACITOR,140*0.05p,PRIMITIVE=ANALOGUE
X2_CS,CAPACITOR,0.05p,PRIMITIVE=ANALOGUE
X2_L,INDUCTOR,1/(39.48*0.05p*32.768kHz*32.768kHz),PRIMITIVE=ANALOGUE
X2_R,RES,1,PRIMITIVE=PASSIVE,PRIMTYPE=RESISTOR
74LS00,NAND_2,NAND_2,EID=C,PRIMITIVE=DIGITAL
74LS08,74LS08,74LS08,EID=14,ITFMOD=TTLLS,MODFILE=74AND2.MDF
AT89C51,AT89C51,AT89C51,CLOCK=1.2MHz,DBG_FETCH=0,DBG_TRACE=0,EEPROM=0,EID=3,HWDOG=0,IRAM=256,ITFMOD=AT89,MODDLL=MCS8051.DLL,PRIMITIVE=DIGITAL,PROGRAM=..\..\..\Rain\毕业设计\LCD.hex,ROM=4096,X2=0,XRAM=0
AT89C51_#P,POWER,AT89,CLOCK=1.2MHz,DBG_FETCH=0,DBG_TRACE=0,EEPROM=0,EID=3,HWDOG=0,IRAM=256,MODDLL=MCS8051.DLL,PACKAGE=DIL40,PRIMITIVE=POWER,PROGRAM=..\..\..\Rain\毕业设计\LCD.hex,ROM=4096,X2=0,XRAM=0
BAT1,BATTERY,3V,EID=B,PRIMITIVE=ANALOGUE
D1,DIODE,1N4001,EID=1A,MODEL=LX_D_POW,MODFILE=DIODE,PRIMITIVE=ANALOGUE
DEC,RTSWITCH,,ACTIVE=0214C4CC,EID=11,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
DS1302,DS1302,DS1302,AUTOINIT=1,EID=4,MODDATA="86949B1D,0,31",MODDLL=DS1302,PRIMITIVE=DIGITAL,TRACE=1
ENTER,RTSWITCH,,ACTIVE=0214C820,EID=12,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
INC,RTSWITCH,,ACTIVE=0214C178,EID=10,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
LCD1,LCD,LM032L,ACTIVE=021A92BC:0399055C,CLOCK=250KHz,EID=5,MODDLL=LCDALPHA,NUMCOLS=20,NUMROWS=2,PRIMITIVE=DIGITAL,ROW1=80-93,ROW2=C0-D3,STATE=1
LEFT,RTSWITCH,,ACTIVE=021ADFD8,EID=E,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
Q1,NPN,NPN,EID=17,PRIMITIVE=ANALOGUE
R1,RES,10k,EID=18,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R2,RES,1k,EID=19,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R3,RES,1k,EID=1E,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
RIGHT,RTSWITCH,,ACTIVE=0214BE24,EID=F,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
RL1,RELAY,12V,ACTIVE=02C7B2B4,EID=15,MODFILE=ACTVRLY,RCOIL=240,RCONTACT=100m
RN1,RX8,RX8,EID=6,MODFILE=RX8,MODTYPE=ANALOG
SET,RTSWITCH,,ACTIVE=021ADC84,EID=D,PRIMITIVE=PASSIVE,R(0)=100M,R(1)=100m,STATE=0,TSWITCH=1m
U1,OPTOCOUPLER-NPN,OPTOCOUPLER-NPN,CCAP=1pF,CTR=0.25,EID=16,LED_BV=3V,LED_CJO=12pF,LED_IS=1E-14,LED_N=2,LED_RS=7,MODFILE=OPTONPN,NPN_BF=300,NPN_CJC=5p,NPN_CJE=10p
U2,DS1620,DS1620,ACTIVE=02C7D7C8:02CB02A4,EID=20,INC=1.0,ITFMOD=NMOS,MODDLL=DS1620,PRIMITIVE=DIGITAL,TEMP=32.0,TRACE=0
U2_#P,POWER,NMOS,EID=20,INC=1.0,MODDLL=DS1620,PACKAGE=DIL08,PRIMITIVE=POWER,TEMP=32.0,TRACE=0
X2,CRYSTAL,CRYSTAL,EID=A,FREQ=32.768kHz,MODFILE=CRYSTAL.MDF

*NETLIST,61   
#00000,1
AT89C51,OP,XTAL2

#00001,1
AT89C51,IP,XTAL1

#00002,1
AT89C51,OP,ALE

#00004,1
AT89C51,OP,$PSEN$

#00015,3
AT89C51,IO,P1.2
SET,PS,2
LEFT,PS,2

#00016,3
AT89C51,IO,P1.3
RIGHT,PS,2
INC,PS,2

#00017,3
AT89C51,IO,P1.4
DEC,PS,2
ENTER,PS,2

#00021,1
AT89C51,IO,P3.0/RXD

#00022,1
AT89C51,IO,P3.1/TXD

#00024,1
AT89C51,IO,P3.3/$INT1$

#00026,2
AT89C51,IO,P3.7/$RD$
74LS00,IP,D1

#00027,2
AT89C51,IO,P3.6/$WR$
74LS00,IP,D0

#00028,2
AT89C51,IO,P3.5/T1
U2,IP,$RST$

#00031,1
AT89C51,IO,P2.7/A15

#00034,1
AT89C51,IO,P2.2/A10

#00035,1
AT89C51,IO,P2.3/A11

#00036,1
AT89C51,IO,P2.4/A12

#00037,1
AT89C51,IO,P2.5/A13

#00038,1
AT89C51,IO,P2.6/A14

#00046,2
DS1302,PP,VCC1
BAT1,PS,+

#00057,2
LCD1,PS,E
74LS00,OP,Q

#00099,2
Q1,PS,B
R2,PS,2

#00104,1
U2,OP,THIGH

#00105,1
U2,OP,TLOW

#00106,1
U2,OP,TCOM

#RL1#00115,4
RL1_S1,PS,P
RL1_AVS1,PS,+
RL1_S2,PS,P
RL1_S3,PS,P

#RL1#00116,2
RL1_S3,PS,-
RL1_VP1,PS,+

#U1#00140,2
U1_D1,PS,A
U1_F1,PS,N

#X2#00146,2
X2_CS,PS,2
X2_L,PS,1

#X2#00147,2
X2_L,PS,2
X2_R,PS,1

$RST,3
$RST,LBL
DS1302,IP,$RST$
AT89C51,IO,P1.5

RW,3
RW,LBL
LCD1,PS,RW
AT89C51,IO,P2.1/A9

RS,3
RS,LBL
LCD1,PS,RS
AT89C51,IO,P2.0/A8

IO,4
IO,LBL
U2,IO,DQ
DS1302,IO,I/O
AT89C51,IO,P1.6

SCLK,4
SCLK,LBL
U2,IP,CLK/$CONV$
DS1302,IP,SCLK
AT89C51,IO,P1.7

#00013,6
74LS08_U3,IP,D0
AT89C51,IO,P1.0
RIGHT,PS,1
DEC,PS,1
74LS08,IP,A
SET,PS,1

#00014,6
74LS08_U3,IP,D1
AT89C51,IO,P1.1
INC,PS,1
ENTER,PS,1
74LS08,IP,B
LEFT,PS,1

#00023,3
74LS08_U3,OP,Q
AT89C51,IO,P3.2/$INT0$
74LS08,OP,Y

#00092,2
RL1_S1,PS,+
RL1,PS,NO

#00090,3
RL1_S1,PS,-
RL1_S2,PS,-
RL1,PS,COM

#00094,9
RL1_S1,PS,N
RL1_AVS1,PS,-
RL1_R1,PS,1
RL1_AVS1,PS,B
RL1_S2,PS,N
RL1_S3,PS,N
RL1,PS,C2
Q1,PS,C
D1,PS,A

#00091,2
RL1_S2,PS,+
RL1,PS,NC

+12V,6,STRAT=POWER
+12V,PR
RL1_R1,PS,2
RL1_AVS1,PS,A
RL1,PS,C1
D1,PS,K
R1,PS,2

+1V,2
+1V,PT
RL1_S3,PS,+

D0,5
D0,LBL
RN1_R1,PS,1
RN1,PS,1
LCD1,PS,D0
AT89C51,IO,P0.0/AD0

D1,5
D1,LBL
RN1_R2,PS,1
RN1,PS,2
LCD1,PS,D1
AT89C51,IO,P0.1/AD1

D2,5
D2,LBL
RN1_R3,PS,1
RN1,PS,3
LCD1,PS,D2
AT89C51,IO,P0.2/AD2

D3,5
D3,LBL
RN1_R4,PS,1
RN1,PS,4
LCD1,PS,D3
AT89C51,IO,P0.3/AD3

D4,5
D4,LBL
RN1_R5,PS,1
RN1,PS,5
LCD1,PS,D4
AT89C51,IO,P0.4/AD4

D5,5
D5,LBL
RN1_R6,PS,1
RN1,PS,6
LCD1,PS,D5
AT89C51,IO,P0.5/AD5

D6,5
D6,LBL
RN1_R7,PS,1
RN1,PS,7
LCD1,PS,D6
AT89C51,IO,P0.6/AD6

D7,5
D7,LBL
RN1_R8,PS,1
RN1,PS,8
LCD1,PS,D7
AT89C51,IO,P0.7/AD7

#00025,4
U1_D1,PS,K
U1_C2,PS,2
AT89C51,IO,P3.4/T0
U1,PS,K

#00098,4
U1_F1,PS,P
U1_C1,PS,2
U1,PS,A
R3,PS,1

#00096,5
U1_F1,PS,+
U1_Q1,PS,C
U1_C1,PS,1
U1,PS,C
R1,PS,1

#00095,3
U1_F1,PS,-
U1_Q1,PS,B
U1,PS,B

#00097,4
U1_Q1,PS,E
U1_C2,PS,1
U1,PS,E
R2,PS,1

#00044,4
X2_CS,PS,1
X2_CP,PS,1
DS1302,IP,X1
X2,PS,1

#00045,4
X2_R,PS,2
X2_CP,PS,2
DS1302,IP,X2
X2,PS,2

+5V,30,STRAT=POWER
VCC,PT
VDD,PT
+5V,PR
U2_#P,PP,V+
AT89C51_#P,PP,V+
74LS08_#P,PP,V+
RN1_R8,PS,2
RN1_R7,PS,2
RN1_R6,PS,2
RN1_R5,PS,2
RN1_R4,PS,2
RN1_R3,PS,2
RN1_R2,PS,2
RN1_R1,PS,2
R3,PS,2
74LS08,PP,VCC
RN1,PS,16
RN1,PS,9
RN1,PS,10
RN1,PS,11
RN1,PS,12
RN1,PS,13
RN1,PS,14
RN1,PS,15
DS1302,PP,VCC2
AT89C51,PP,VCC
AT89C51,IP,$EA$
AT89C51,IP,RST
U2,PP,VDD
LCD1,PS,VDD

GND,14,STRAT=POWER
GND,PR
VSS,PT
U2_#P,PP,V-
AT89C51_#P,PP,V-
74LS08_#P,PP,V-
RL1_VP1,PS,-
Q1,PS,E
74LS08,PP,GND
BAT1,PS,-
LCD1,PS,VSS
LCD1,PS,VEE
DS1302,PP,GND
AT89C51,PP,GND
U2,PP,VSS

*GATES,0