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: COMPONENT_RANK 7 BAUTEIL_FUNKTION Przisions-Zeitgeber (Timer) COMPONENT_FUNCTION Precision interval timer
COMPONENTTYPE IC\Analog\Timer PROPOSED_PACKAGE_LIB Standard.PCK3001 PROPOSED_PACKAGE DIL8
LAST_MODIFIED 2008.09.24 17:13:50 ARTICLE_CONRAD 155605 ARTICLE_FARNELL 409364 ARTICLE_SCHURICHT 640019 ARTICLE_REICHELT
NE 555 DIP ARTICLE_SPRLE NE555D ARTICLE_BRKLIN 41S7650 ARTICLE_SCHUKAT LM555CN ARTICLE_RS-COMPONENTS 268-0052 ARTICLE_DIGI KEY
296-1411-5-ND ARTICLE_ELFA 73-042-65 ARTICLE_SELECTRONIC 50.3901 COMPONENT_ID 42 FONCTION_DU_COMPOSANT Precision interval timer ISFREE TRUE BAUTEIL_BIB' C:\Bibliotheken\V14\fr\STANDARD.SYM3001 BIB_BAUTEIL NE555N COMPONENT_HEIGHT 4,2mm 3DMODEL E14,-0.903,4.405,-0.903,4.405,-0.712,4.295,-0.571,4.126,-0.571,4.126,-0.495,3.919,-0.495,3.698,-0.571,3.491,-0.571,3.491,-0.712,3.322,-0.903,3.212,-0.903,3.212,-1.121,3.174,-1.121,4.444,3.75,0.01,$888888, Kennung|S-1.15,3.81,2.11,8.65,3.81,2.11,6.48,3.2,$333333,0.2|S0,0.6,1.6,0,0,1.6,1.1,0.36,$888888, Pin1|C-0.55,0,1.53,0.55,0,1.53,0.51,$888888, Pin1|S0,0,0.1,0,0,1.53,1.1,0.51,$888888, Pin1|S0,0,-2,0,0,0.1,0.5,0.5,$888888, Pin1|S2.54,0.6,1.6,2.54,0,1.6,1.1,0.36,$888888, Pin2|C1.99,0,1.53,3.09,0,1.53,0.51,$888888, Pin2|S2.54,0,0.1,2.54,0,1.53,1.1,0.51,$888888, Pin2|S2.54,0,-2,2.54,0,0.1,0.5,0.5,$888888, Pin2|S5.08,0.6,1.6,5.08,0,1.6,1.1,0.36,$888888, Pin3|C4.53,0,1.53,5.63,0,1.53,0.51,$888888, Pin3|S5.08,0,0.1,5.08,0,1.53,1.1,0.51,$888888, Pin3|S5.08,0,-2,5.08,0,0.1,0.5,0.5,$888888, Pin3|S7.62,0.6,1.6,7.62,0,1.6,1.1,0.36,$888888, Pin4|C7.07,0,1.53,8.17,0,1.53,0.51,$888888, Pin4|S7.62,0,0.1,7.62,0,1.53,1.1,0.51,$888888, Pin4|S7.62,0,-2,7.62,0,0.1,0.5,0.5,$888888, Pin4|S7.62,7.02,1.6,7.62,7.62,1.6,1.1,0.36,$888888, Pin5|C7.07,7.62,1.53,8.17,7.62,1.53,0.51,$888888, Pin5|S7.62,7.62,0.1,7.62,7.62,1.53,1.1,0.51,$888888, Pin5|S7.62,7.62,-2,7.62,7.62,0.1,0.5,0.5,$888888, Pin5|S5.08,7.02,1.6,5.08,7.62,1.6,1.1,0.36,$888888, Pin6|C4.53,7.62,1.53,5.63,7.62,1.53,0.51,$888888, Pin6|S5.08,7.62,0.1,5.08,7.62,1.53,1.1,0.51,$888888, Pin6|S5.08,7.62,-2,5.08,7.62,0.1,0.5,0.5,$888888, Pin6|S2.54,7.02,1.6,2.54,7.62,1.6,1.1,0.36,$888888, Pin7|C1.99,7.62,1.53,3.09,7.62,1.53,0.51,$888888, Pin7|S2.54,7.62,0.1,2.54,7.62,1.53,1.1,0.51,$888888, Pin7|S2.54,7.62,-2,2.54,7.62,0.1,0.5,0.5,$888888, Pin7|S0,7.02,1.6,0,7.62,1.6,1.1,0.36,$888888, Pin8|C-0.55,7.62,1.53,0.55,7.62,1.53,0.51,$888888, Pin8|S0,7.62,0.1,0,7.62,1.53,1.1,0.51,$888888, Pin8|S0,7.62,-2,0,7.62,0.1,0.5,0.5,$888888, Pin8|TT0,2.8,3.72,2,1.5,0,TARGET,DIL8,$000000 LAST_MODIFIED_PACKAGE 2009.04.20 11:21:51 USED_PACKAGE_LIB' C:\Bibliotheken\V14\fr\Standard.PCK3001 USED_PACKAGE DIL8
&%$MOD&SUB4 SPICEXIC1 1 2 3 4 5 6 7 8 npn555LEVEL=TARGET MIXED NE555N NE555N IC' C:\Bibliotheken\V14\fr\STANDARD.SYM3001 DIL8 Standard.PCK3001 ; 8C DIL8 Standard.PCK3001 4C ; 8C d 4C` & 5 y 8C d 4C` & 5 8C d 4C` & 5 } 8C d 4C` & 5 } d 4C` & 5 d 4C` & 5 y d 4C` & 5 ; d 4C` & 5 _ (j _ (j _ (j (j _ Wo $%&FRANCAIS 0
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COMPONENT_RANK 5
LAST_MODIFIED 2008.09.24 17:13:50 BAUTEIL_FUNKTIONF DIN-A4 Blatt horizontal mit Beschriftungsfeld; Frame; Zeichnungsrahmen PROPOSED_PACKAGE_LIB PROPOSED_PACKAGE
COMPONENTTYPE Sonstige\Zeichnungsrahmen COMPONENT_FUNCTION< Blank drawing sheet DIN-A4 horizontal with description field COMPONENT_NAME FRAME_DINA4HOR FONCTION_DU_COMPOSANTR Cadre pour dessin, vide, DIN-A 4 horizontal avec un champ de donnes d'utilisateur ISFREE TRUE NOM_DU_COMPOSANT CADRE_DINA4HOR SIM_MODEL_NEEDED NO COMPONENT_ID 14407 BAUTEIL_BIB' C:\Bibliotheken\V14\fr\Standard.SYM3001 BIB_BAUTEIL RAHMEN_DINA4HOR RAHMEN_DINA4HOR RAHMEN_DINA4HOR RAHMEN' C:\Bibliotheken\V14\fr\Standard.SYM3001 e RAHMEN1 e E E e E E e e 6 X 6 e X X 6 e E 6 X @ e E@ EM e X M X e 6 e @ 6 e @ HZ* 0 e $%&FRANCAIS chelle
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Arial 1 e $%&FRANCAIS Titre
$%&ENGLISH Title MULTILINE 1,1 NE555 als astabile Kippstufe- `
Arial 1` e $%&FRANCAIS Projet
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Arial HZ* ph e $%&FRANCAIS Modification
$%&ENGLISH Modification nderung @B
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( R_TYPE KOHLE POWER 0,5 TOLERANCE 5 COMPONENT_VALUE 100K BAUTEIL_FUNKTIONo WIDERSTAND KOHLE 0,5 W 5% 100K BF 0411 1/2 W Kohleschicht-Widerstnde Bauform 0411 - Toleranz 5 %. Wert 100 kOh COMPONENT_NAME R-carbon_1/2W_5%_100-KOHM COMPONENT_FUNCTION* 1/2 W carbon film-resistors value 100 kOhm
COMPONENTTYPE R-Widerstand\Kohle PROPOSED_PACKAGE_LIB TARGET.PCK3001 PROPOSED_PACKAGE 0411
LAST_MODIFIED 2008.09.19 09:37:28 DATASHEETH http://www.produktinfo.conrad.com/cgi-bin/dlc/dlc.cgi?art=405493&lang=de COMPONENT_ID 3444 ARTICLE_CONRAD 405493 BAUTEIL_BIB' C:\Bibliotheken\V14\fr\Resistor.SYM3001 BIB_BAUTEIL R-KOHLE_1/2W_5%_100-KOHM LAST_MODIFIED_PACKAGE 2008.09.09 09:03:58 USED_PACKAGE_LIB% C:\Bibliotheken\V14\fr\TARGET.PCK3001 USED_PACKAGE 0411
&%$MOD&SUB7 SPICERR1 1 2 {COMPONENTVALUE}LEVEL=TARGET AUTO ANALOG R-KOHLE_1/2W_5%_100-KOHM 100K R' C:\Bibliotheken\V14\fr\Resistor.SYM3001 0411 TARGET.PCK3001
[_" 0411 TARGET.PCK3001 B xxHP} BLOCKID 158?vP} 8?vP} BLOCKID 158?vh 8?vh BLOCKID 15xxHh xxHh BLOCKID 15xxHP} [_h [_ [_P} BLOCKID 16[_ph [_ph d B@w @w 5 [_ d B@w @w 5 8y $%&FRANCAIS 0
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( R_TYPE DRAHT POWER 5 TOLERANCE 5 COMPONENT_VALUE 68K BAUTEIL_FUNKTION WIDERSTAND DRAHT 5 W 68R 5 Watt Drahtwiderstnde Nennlast 5 Watt - Toleranz 5% - extra kleine Bauform 6,5 x 17,5 mm Hinweis: Preisangaben pro Wert Wert 68Oh COMPONENT_NAME R-wire_5W_5%_68-OHM COMPONENT_FUNCTION! 5 watts wire resistors value 68Oh
COMPONENTTYPE R-Widerstand\Draht PROPOSED_PACKAGE_LIB TargetD.PCK3001 PROPOSED_PACKAGE 8X18R25,4
LAST_MODIFIED 2008.09.18 15:21:31 DATASHEETH http://www.produktinfo.conrad.com/cgi-bin/dlc/dlc.cgi?art=401994&lang=de COMPONENT_ID 3634 ARTICLE_CONRAD 401994 BAUTEIL_BIB' C:\Bibliotheken\V14\fr\Resistor.SYM3001 BIB_BAUTEIL R-DRAHT_5W_5%_68-OHM LAST_MODIFIED_PACKAGE 2008.03.28 14:36:05 USED_PACKAGE_LIB& C:\Bibliotheken\V14\fr\TargetD.PCK3001 USED_PACKAGE 8X18R25,4
&%$MOD&SUB7 SPICERR2 1 2 {COMPONENTVALUE}LEVEL=TARGET AUTO ANALOG R-DRAHT_5W_5%_68-OHM 68K R' C:\Bibliotheken\V14\fr\Resistor.SYM3001 8X18R25,4 TargetD.PCK3001
[_pYx 8X18R25,4 TargetD.PCK3001 B R"0 BLOCKID 1d0 d0 BLOCKID 1d d BLOCKID 1R" R" BLOCKID 1R"0 [_ d B @B [_": d B @B [_ [_": [_ [_0 h $%&FRANCAIS 0
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" COMPONENT_VALUE 4,7F VOLTAGE 100V BAUTEIL_FUNKTION7 BIPOLAR KONDENSATOR 4,7 UF Bipolare Kondensatoren (Tonfrequenz-Kondensatoren), fr den Betrieb von Wechselstrom ohne Polarisationsgleichspannung geeignet. Tonfrequenz-Kondensatoren fr Frequenzweichen in HiFi-Lautsprecherboxen. Gehuse mit Isolierfolie. 100 V DC/35 V AC. Wert F 4,7 ; Durchmesser x L mm 10 x 3 COMPONENT_FUNCTION8 Bipolar capacitors value F 4,7 ; diameter x L mm 10 x 3
COMPONENTTYPE C-Kondensator\Bipolar PROPOSED_PACKAGE_LIB TargetD.PCK3001 PROPOSED_PACKAGE 12X30R35,56
LAST_MODIFIED 2008.03.28 14:34:00 DATASHEETH http://www.produktinfo.conrad.com/cgi-bin/dlc/dlc.cgi?art=472727&lang=de COMPONENT_ID 11352 ARTICLE_CONRAD 472727 BAUTEIL_BIB% C:\Bibliotheken\V14\fr\CONRAD.SYM3001 BIB_BAUTEIL C_100V=/35V~_4,7F LAST_MODIFIED_PACKAGE 2008.03.28 14:36:05 USED_PACKAGE_LIB& C:\Bibliotheken\V14\fr\TargetD.PCK3001 USED_PACKAGE 12X30R35,56
&%$MOD&SUBh SPICEXC1 1 2 default_capacitor PARAMS: C= {COMPONENTVALUE} RP= 1000Meg RS= 10uLEVEL=TARGET AUTO ANALOG C_100V=/35V~_4,7F 4,7F C% C:\Bibliotheken\V14\fr\CONRAD.SYM3001 12X30R35,56 TargetD.PCK3001
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" COMPONENT_VALUE 0,01F VOLTAGE 275V BAUTEIL_FUNKTION MKP 336/2 0.01UF MKP 336/6 Metallisierter Polypropyien Kondensator, Klasse X2 nach VDE 0565-1/EC 384-14/2 - Diese Kondensatoren erfllen alle wichtigen Sicherheitsanforderungen bei kleinsten Ambessungen - Klasse X2 - Entstrkondensator fr Netzeingang zwischen Phase/Phase oder Phase/Nulleiter - mit VDE-, UL-, CSA-, SEV-, VE-, SEMKO-, DEMKO-, NEMKO- und SETI- Zulassungen - Nennspannung UN 275 V~ - Kapazittstoleranz 20% - Temperaturbereich -40 bis +85C. Wert 0,01 F ; Abm. mm (B x H x L) 5 x 11 x 12,5 ; RM mm 1 COMPONENT_FUNCTIONK MKP 336/6 value 0,01 F ; dimension. mm (B x H x L) 5 x 11 x 12,5 ; RM mm 1
COMPONENTTYPE C-Kondensator\Bipolar PROPOSED_PACKAGE_LIB TargetD.PCK3001 PROPOSED_PACKAGE
6X13R10,16
LAST_MODIFIED 2008.03.28 14:34:00 DATASHEETH http://www.produktinfo.conrad.com/cgi-bin/dlc/dlc.cgi?art=458260&lang=de COMPONENT_ID 11593 ARTICLE_CONRAD 458260 BAUTEIL_BIB% C:\Bibliotheken\V14\fr\CONRAD.SYM3001 BIB_BAUTEIL C_MKP336/6_275V~_0,01F LAST_MODIFIED_PACKAGE 2008.03.28 14:36:05 USED_PACKAGE_LIB& C:\Bibliotheken\V14\fr\TargetD.PCK3001 USED_PACKAGE
6X13R10,16
&%$MOD&SUBh SPICEXC2 1 2 default_capacitor PARAMS: C= {COMPONENTVALUE} RP= 1000Meg RS= 10uLEVEL=TARGET AUTO ANALOG C_MKP336/6_275V~_0,01F 0,01F C% C:\Bibliotheken\V14\fr\CONRAD.SYM3001
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@ COMPONENT_RANK 9 ARTICLE_FARNELL 1081177 COMPONENT_ID 45345 BAUTEIL_FUNKTION$ Universal-Diode 75V, 200mA, trr:4ns PROPOSED_PACKAGE_LIB Standard.PCK3001 PROPOSED_PACKAGE DO35
COMPONENTTYPE Diode\Universal
LAST_MODIFIED 2008.09.24 17:13:46 ARTICLE_CONRAD 162280 ARTICLE_SCHURICHT 603016 ARTICLE_REICHELT 1N 4148 ARTICLE_BRKLIN 26S8150 ARTICLE_SCHUKAT 1N4148 ARTICLE_RS-COMPONENTS 217-6698 ARTICLE_DIGI KEY
1N4148FSTR-ND ARTICLE_ELFA 70-005-57 ARTICLE_SELECTRONIC
50.3992-10 ARTICLE_SPRLE
1N4148SE-PACK MAX_CURRENT 200mA MAX_VOLTAGE 75V COMPONENT_FUNCTION$ Universal diode 75V, 200mA, trr:4ns FONCTION_DU_COMPOSANT# Diode universal 75V, 200mA, ttr:4ns ISFREE TRUE COMPONENT_VALUE 1N4148 BAUTEIL_BIB' C:\Bibliotheken\V14\fr\STANDARD.SYM3001 BIB_BAUTEIL
1N4148_DIN COMPONENT_HEIGHT 2mm 3DMODEL% C-2.025,0,1,2.025,0,1,1.9,$000000, body|C-3.31,0,1,3.31,0,1,0.6,$888888, Pin-connection|C-3.81,0,0.5,-3.81,0,-2,0.6,$888888, Pin1|TY-3.31,0,0.5,0.5,0.6,270,360,$888888, Pin1/Torus|C3.81,0,0.5,3.81,0,-2,0.6,$888888, Pin2|TY3.31,0,0.5,0.5,0.6,0,90,$888888, Pin2/Torus|C1,0,1,1.5,0,1,1.91,$AEAEAE LAST_MODIFIED_PACKAGE 2009.08.28 10:50:52 USED_PACKAGE_LIB' C:\Bibliotheken\V14\fr\Standard.PCK3001 USED_PACKAGE DO35
&%$MOD&SUB) SPICEDD1 1 2 D1N4148LEVEL=TARGET ANALOG
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LAST_MODIFIED 2008.03.28 14:36:24 BAUTEIL_FUNKTION Referenz GND COMPONENT_FUNCTION
Reference GND COMPONENT_ID 43513 PROPOSED_PACKAGE PROPOSED_PACKAGE_LIB BAUTEIL_BIB% C:\Bibliotheken\V14\fr\Target.REF3001 BIB_BAUTEIL GND GND GND REF% C:\Bibliotheken\V14\fr\Target.REF3001 8= z e REF1a a Щ @ e O": 8= z e C& Ue GND` 5
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COMPONENT_RANK 1
COMPONENTTYPE, Simulation\Analog\Quelle\Unabhngig\Spannung BAUTEIL_FUNKTION SPANNUNGSQUELLE KONSTANT
LAST_MODIFIED 2008.10.08 09:56:46 COMPONENT_FUNCTION Voltage source constant ISFREE TRUE COMPONENT_VALUE 5V COMPONENT_ID 33395 PROPOSED_PACKAGE PROPOSED_PACKAGE_LIB BAUTEIL_BIB) C:\Bibliotheken\V14\fr\SIMULATION.SYM3001 BIB_BAUTEIL V_CONST_DIN
&%$MOD&SUB| SPICEVV1 1 2 DC {COMPONENTVALUE}LEVEL=TARGETSPICEVV1 1 2 0 PULSE ( 0 {COMPONENTVALUE} 0 1m 1m 10000 20000 )LEVEL=ACTIVE V_CONST_DIN 5V V) C:\Bibliotheken\V14\fr\SIMULATION.SYM3001 | e V1a a e ص e $%&FRANCAIS !BAUTEIL
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LAST_MODIFIED 2008.03.28 14:36:24 BAUTEIL_FUNKTION Referenz GND COMPONENT_FUNCTION
Reference GND COMPONENT_ID 43513 PROPOSED_PACKAGE PROPOSED_PACKAGE_LIB BAUTEIL_BIB% C:\Bibliotheken\V14\fr\TARGET.REF3001 BIB_BAUTEIL GND GND GND REF% C:\Bibliotheken\V14\fr\TARGET.REF3001 (B e REF2a a @H e O": (B e C& ple GND` 5
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LAST_MODIFIED 2008.03.28 14:36:24 BAUTEIL_FUNKTION Referenz +5V COMPONENT_FUNCTION
Reference +5V COMPONENT_ID 43506 PROPOSED_PACKAGE PROPOSED_PACKAGE_LIB BAUTEIL_BIB% C:\Bibliotheken\V14\fr\Target.REF3001 BIB_BAUTEIL +5V +5V +5V REF% C:\Bibliotheken\V14\fr\Target.REF3001 8= 8 e REF3 8= 8 e B& HX H e $%&FRANCAIS +5V
$%&ENGLISH +5V
$%&DEUTSCH +5V 5V` 5
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LAST_MODIFIED 2008.03.28 14:36:24 BAUTEIL_FUNKTION Referenz +5V COMPONENT_FUNCTION
Reference +5V COMPONENT_ID 43506 PROPOSED_PACKAGE PROPOSED_PACKAGE_LIB BAUTEIL_BIB% C:\Bibliotheken\V14\fr\Target.REF3001 BIB_BAUTEIL +5V +5V +5V REF% C:\Bibliotheken\V14\fr\Target.REF3001 (x e REF4 (x e B& 8 e $%&FRANCAIS +5V
$%&ENGLISH +5V
$%&DEUTSCH +5V 5V` 5
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, R_TYPE KOHLE POWER 0,5 TOLERANCE 5 COMPONENT_VALUE 10K BAUTEIL_FUNKTIONo WIDERSTAND KOHLE 0,5 W 5% 100K BF 0411 1/2 W Kohleschicht-Widerstnde Bauform 0411 - Toleranz 5 %. Wert 100 kOh COMPONENT_NAME R-carbon_1/2W_5%_100-KOHM COMPONENT_FUNCTION* 1/2 W carbon film-resistors value 100 kOhm
COMPONENTTYPE R-Widerstand\Kohle PROPOSED_PACKAGE_LIB TARGET.PCK3001 PROPOSED_PACKAGE 0411
LAST_MODIFIED 2008.09.19 09:37:28 DATASHEETH http://www.produktinfo.conrad.com/cgi-bin/dlc/dlc.cgi?art=405493&lang=de COMPONENT_ID 3444 ARTICLE_CONRAD 405493 BAUTEIL_BIB' C:\Bibliotheken\V14\fr\Resistor.SYM3001 BIB_BAUTEIL R-KOHLE_1/2W_5%_100-KOHM LAST_MODIFIED_PACKAGE 2008.09.09 09:03:58 USED_PACKAGE_LIB% C:\Bibliotheken\V14\fr\TARGET.PCK3001 USED_PACKAGE 0411
&%$MOD&SUB7 SPICERR3 1 2 {COMPONENTVALUE}LEVEL=TARGET AUTO ANALOG
IS_COPY_OF R1
IS_COPY_NO 1 R-KOHLE_1/2W_5%_100-KOHM 10K R' C:\Bibliotheken\V14\fr\Resistor.SYM3001 0411 TARGET.PCK3001 8= ص e R3a a 8= 2V e B& ,I e 1` 5 B
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8 e $%&FRANCAIS R0
$%&ENGLISH R0
$%&DEUTSCH R0 R3 ` TARGET
{ e $%&FRANCAIS
Widerstand
$%&ENGLISH
Widerstand
$%&DEUTSCH
Widerstand 10K @B
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Arial Z e GND `
Arial Z mH e A `
Arial 1Hc e MULTILINE 1,2 BLOCKID 0 bzw. astabiler Multivibrator- `
Arial B BLOCKID 1558X 0s X BLOCKID 1558X 0s B BLOCKID 15580s X 0s B BLOCKID 1558B ccx x x x x x x x x x x < l ` ` & @B x x x @
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8375 A 8# ; ; FR4
2 *SPICEPROJECTTEXT: SPICE.TRAN 10n 10 0 5m UICACTIVEINFO=Target3001Standarde SPICE.PROBE V ( OUT ) V ( TRIG ) V ( 5V )ACTIVEINFO=Target3001StandardWATCH=V(OUT) V(TRIG) V(5V) SPICE.SUBCKT npn555 1 2 3 4 5 6 7 8 PARAMS: maxfreq= 3e6
r1 8 5 5k
r2 5 50 5k
r3 50 0 5k
*bipolar output:
.model out_npn npn(cjc=1p cje=1p cjs=1p)
q1 7 qb 0 out_npn
*a-d-converter
.model cmp doutput(s0name="0" s0vlo=-500 s0vhi=1m s1name="1" s1vlo=-1m s1vhi=500)
otop 6 5 cmp dgtlnet=r io_dummy
obot 50 2 cmp dgtlnet=s io_dummy
*dlylines as maxfreq limiter
.model dlymod udly(dlymn={0.5/maxfreq} dlyty={.5/maxfreq} dlymx={0.5/maxfreq})
ud1 dlyline 8 1 s sd dlymod io_dummy
ud2 dlyline 8 1 r rd dlymod io_dummy
*the flip flop
.model t_srff ugff (tppcqlhty=10ns tppcqhlty=10ns)
u1 srff(1) 8 1 init 4 $d_hi sd rd 3 qb t_srff io_555
*init srff
uinit stim(1,1) 8 1 init io_dummy 0s 0 1ns 1
.ENDSORIGIN=C:\Muell\ibf_555.subL SPICE.MODEL io_dummy UIO ( DRVH= 96 DRVL= 105 )ORIGIN=C:\Muell\ibf_555.subn SPICE.MODEL io_555 UIO ( DRVH= 96 DRVL= 104 ATOD1=" atod_555" DTOA1=" dtoa_555" )ORIGIN=C:\Muell\ibf_555.sub SPICE.SUBCKT atod_555 a d dpwr dgnd PARAMS: capacitance= 0
o1 a dgnd dout555 dgtlnet=d io_dummy
c1 a 0 {capacitance+0.1pf}
.ENDSORIGIN=\\Giovanni\c\TARGET\StandardModelle\Wiki\Lib\TARGET3001_555.LIB SPICE.MODEL dout555 DOUTPUT (
+ S0NAME=" X" S1NAME=" 0" S2NAME
+ =" R" S3NAME =" R " S4NAME=
+ " X" S5NAME= " 1" S6NAME="
+ F" S7NAME=" F" S0VLO = 0.8 S0VHI
+ = 2.0 S1VLO= -1.5 S1VHI= 0.8 S2VLO= 0.8
+ S2VHI= 1.4 S3VLO= 1.3 S3VHI= 2.0 S4VLO=
+ 0.8 S4VHI= 2.0 S5VLO = 2.0 S5VHI = 18.0 S6VLO
+ = 1.3 S6VHI= 2.0 S7VLO= 0.8 S7VHI= 1.4 )ORIGIN=\\Giovanni\c\TARGET\StandardModelle\Wiki\Lib\TARGET3001_555.LIB SPICE.SUBCKT dtoa_555 d a dpwr dgnd PARAMS: drvl= 0 drvh= 0 capacitance= 0
n1 a dgnd dpwr din555 dgtlnet=d io_dummy
c1 a 0 {capacitance+.1pf}
.ENDSORIGIN=C:\Muell\ibf_555.subr SPICE.MODEL din555 DINPUT (
+ S0NAME=" 0" S1NAME=" 1" S2NAME =" X
+ " S3NAME=" R " S4NAME= " F" S5NAME="
+ Z" S0TSW= 0.7ns S0RLO= 100 S0RHI= 1meg S1TSW= 0.7ns
+ S1RLO= 1meg S1RHI= 300 S2TSW= 0.7ns S2RLO= 200 S2RHI=
+ 200 S3TSW= 0.7ns S3RLO = 200 S3RHI = 200 S4TSW = 0.7ns S4RLO
+ = 200 S4RHI= 200 S5TSW= 0.7ns S5RLO= 200k S5RHI= 200k )ORIGIN=C:\Muell\ibf_555.subx SPICE.MODEL D1N4148 D ( IS= 222p RS= 68.6m N= 1.65 TT= 5.76n CJO= 4.00p M= 0.333 BV= 75.0 IBV= 1.00u )ORIGIN=CLIPBOARDp SPICE.SUBCKT default_capacitor 1 2 PARAMS: C= 1u RP= 100Meg RS= 1m
C1 1 a {C}
R1 a 2 {RS}
R2 1 2 {RP}
.ENDS ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert XX: Undefiniert Keine spezielle Information KD=K11970
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