myGwork ¦ LGBT Jobs ¦ Director, Site Standards ; AES 🏳🌈\nDirector, Site Standards ; AES\nSu m mari z e d P ur p os e :\nPro v id e s str a t e gic d i r e c tion a n d l ea d e rship in t h e ma n a g e m e n t a n d e xe cu t i on o f o p e r a tio n s a n d r e so u rc i n g f or a glob a l d e p a r t m e n t in a c o mpl e x c ros s - f u nc ti o n a l en v ironm e n t t o e n s u re c o n t i nu o u s processi m pr o v e m e n t a n d a n d op t i m ize org a n iz a ti o n a l p e r f or ma nc e , proce s ses an d a sso c i a t e d system s , tr a i n i n g a n d c om mu n i c a ti o n s inord e r t o a ch i e v e bu s i n e ss go a ls a n d o b j e c t i v e s. I d e n ti f i e s, le a ds a n d m a n a g e sprocess i m p r o v e m e n t str a t e gi e s a n d initi a ti ve s a i me d a t e n s u ring q u a lity op e r a tio n a l d e l i v e ry v ia e ff i c i e n t a n d ef f e c t i v e proc e sses, a ss o c i a t e d systems, t r a i n i n g a n d c om mu n i c a ti o n s .\nEs s e n t ial F u n c t i o ns a n d O t h e r J o b Info r ma t i o n :\nManages staff, which may include interviewing and selection, job descriptionpr e p a r a tio n , pro f e s sio n a l d e v e lop me n t, go a l sett i n g, p e r f or ma nc e ma n a g e m e n t, c o a ch i n g a n d m e n torin g , e mplo y e e c o un sel i n g, an d s e p a r a tio n s.\nAp p r o v e s c o u rs e s of a c tion o n s a l a ry a d m i n istr a tio n , h iring, c o rr e c ti v e a c ti o n , a n d t e r m i n a tio n s.\nRe v i ew s an d a pp r o v e s ti m e r e c ord s , ex p e n se r e por t s, requ e sts f or l ea v e , a n d o v e r t i m e ( i f a pp l i c a bl e ).\nL ea ds, m a n a g e s a n d o v e r s ee s i n iti a ti v e s to d e v e l op, o p t i m iz e , imp r o v e a n d a ssess c om p li a nc e w ith c r o s s - f u n c tio n a l pr o c e sses an d a sso c i a t e ds y st e ms/ a pplic a tio n s, tr a i n i n g a n d c om mu n i c a tio n s.\nColl a bor a t e s, i n n o v a t e s a n d c on s u lts w ith p ee rs a n d l e a d e rs t o drive s t r a t e gy, e xe cu ti o n a n d c om mu n i c a t i o n s pl a n n i n g t o a ch i e v e c o n ti n u o u s p r o c e ss i m prove me n t a n d d e p a r t m e n t a l a n d org a n iz a tio n a l b u si n e ss i m p e r a ti v e s, go a ls a n d obj e c t i v e s.\nL ea ds l ea d l a rg e , c om p l e x, c ros s- f u nc t i o n a l pr o c e ss i m prove me n t i n iti a ti v e s. Also d e v e lops, im p l e m e n t s, a n do v e rs ee s pr o c e ss i mpr o v e m e n t i n iti a ti v e s w it h i n t h e d e p a r t m e n t. M a y c h a ir or p a r t i c ip a te in cros s - f u n c tio n a l tea ms, wor k i n g g r o u ps a n d / or gove r n a nc e c om m it t ee s.\nOve r se e s o n -going s u p p ort of st a n d a rds i m pl e m e n t a tion i n c l u d i n g t r a i n i n g a n d c o n t i nu a l pr o c e ss e v a l u a ti o n ( e .g., m e tri c s, CA P As, t r e n d a n a l y ses). M a y a pp r o v e tr a i n i n g ma t e ri a ls a n d t r a i n i n g ne e ds.\nColl a bor a t e s w ith p ee rs a n d other f u n c tio n a l gr o u p l e a ds t o d e f i n e p r o c e ss i m prove me n t str a t e gy, go a l s a n d obj e c ti v e s a n d drive b e st pr a c ti c e s.\nM a y provide o v e rsi g h t a n d / or r e spo n ses f or c li e n t or i n t e rnal p roce s s a u di t s o n process e s, s y st e ms, or p r oc e dures a n d / or a c t a s t h e A u t h oriz i n g M a n a g e r f orC A PAs.\nQualifi c a t i o n s:\nE du c a tion a n d E xp e ri e nc e :\nB a ch e lor ' s d e gr e e or e qu i v a l e n t a n d r e l e v a n t f or ma l a c a d e mic / v o c a ti o n a l quali f i c a tion\nPr e v io u s e x p e ri e nc e t h a t provides t h e kn o w l e dg e , s k il ls , a n d a bili t i e s to p e r f o rm th e j ob ( c om pa r a ble t o\n1 2 + y ea rs ) .\n5 + y ea rs of m a n a g e m e n t r e spo n sibili t y\nStrong le a d e rsh i p skil l s\nKnowl e dg e , S k ills a n d A b i liti e s :\n• E x c e ll e n t l ea d e rship a n d m a n a g e m e n t s k ills\n• S k ill e d i n proce s s d e v e lop m e n t a n d i m prove m e n t, es p e c i a lly a s it a ppli e s to c li n i c a l tri a ls a n d cli n i c a l d e v e lop me n t\n• E x c e ll e n t a tt e n tion t o d e t a i l , i nv e stig a t i v e a n d a n a l y t i c a l s k ills\n• E ff e c t i v e i n t e rp e rs o n a l, n e g oti a tion a n d p r obl e m s ol v i n g skills\n• E x c e ll e n t c o m p u t e r sk i lls, t o i nc l u de a n ef f e c t i v e u n d e rs ta n ding o f c l i n i c a l ma n a g e m e n t te ch n ology a n d systems\n• A d v a nc e d un d e rs ta n d i n g o f t h e pr a c ti c e s, p r o c e sses a n d r e quire me n ts o f c l i n i c a l t r i a ls, to in c l u de r e gula t ory g u id e li n e s a n d d i r e c ti v e s\n• E ff e c t i v e or a l a n d w ri t t e n c om m un i c a tion s k ills i nc l u d i n g t h e a bili t y t o c om m un i c a te in E n glis h , both or a lly a n d i n w ri t i n g\n• C a p a ble of dir e c ti n g a n d p r omo t i n g tea m w ork i n a m u l t i -discipl i n a ry and / or m u lt i- cu lt u r a l tea m setti n g\n• C a p a ble of driv i n g i n n o v a t i on in d e v e lop i n g new id ea s r e l a t e d t o process i m pr o v e m e n ts\n• E x c e ll e n t org a n iz a ti o n a l, ju dg me n t, a n a l y ti c a l , d e c isi on -m a k i n g a n d i n t e rp e rs o n a l s k ills to m a n a ge c om p l e x pr o j e c ts i n p a r a ll e l a n d ma n a ge r a pidly c h a n g i n g p r iori t i e s\nMan a g e m e nt R o l e :\nD ir e c ts t h r o u g h lo we r mana g e m e n t l e v e ls. Has r e sp o n sibili t y f or ma n a g i n g a f u n c tion t h a t i nc l u d e s m u ltiple r e l a t e d d e p a r t m e n ts. In some i n st an c e s m a y be r e spo n sible f or a f u n c ti o n a l a r e a ( a s d e t e r m i n e d by ex e c u ti v e ma n a g e m e n t) a n d n o t h a v e s u b ordin a te s u p e rvi s ors or e mpl o y ee s. M a y ma n a ge e mplo y ee s a c ross m u ltiple r e g i o n s .\nW or k ing C o n d i t i o ns and Env i ro n m e n t :\n• Work is p e r f or me d i n a n o f f i c e e nv i r o n m e n t w i t h e xpo s u re t o e l e c trical o f f i c e e qui p m e n t.\n• Oc c a si o n a l drives t o site lo ca tio n s, f r e q u e n t t r a v e ls b o t h do me stic a n d int e rna t i o na l.


3d5f36a3073083e6b31c768ff3ca2fb749cf73a2354cafb2702f729d110f9a77 My Gaia\n(?)Community Member Anxious Genius\nWhile looking for Miss Swallowtail and Mr. Rakmada he came across a man in black that offered his help. Reluctantly Zoshyma follows not knowing what else to do."What is your name sir?/ Zoshyma Atawashi./ This would be my name."Trying to hide it as much as he could he activate his aura and prepared for anything that may occur.


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5G pY Unión de Uniones denuncia la falta de transparencia en la formación de precios de la almendra | Campocyl\nLas cotizaciones de la almendra no reflejan la ley de la oferta y la demanda. El cultivo del almendro contribuye a fijar población en el medio rural y evitar su despoblamiento, y cumple un importante papel medioambiental en zonas áridas de la costa mediterránea\nUnión de Uniones de Agricultores y Ganaderos ha criticado la opacidad con la que se determinan los precios de la almendra y la actitud del MAPA, que deja “desamparados” a los productores sin una aplicación efectiva de los cambios introducidos en la Ley de la Cadena Alimentaria y con el mercado controlado por un pequeño grupo de operadores “que especulan a su antojo”.\nAnte la ausencia de expectativas del Ministerio para poner en marcha ayudas al sector de frutos secos del tipo puesto en marcha para otras producciones con motivo de la covid-19, Unión de Uniones ha reclamado que se recuperen las ayudas de estado a los frutos secos que permite la Organización Común de Mercados (OCM) de productos agrarios, destinada a las superficies de almendro de bajo rendimiento, las más vulnerables frente a la reducción del precio, y que contribuyen a fijar población en el medio rural y evitar su despoblamiento, además del papel medioambiental que cumple en zonas áridas de la costa mediterránea.


Truff Black Truffle Arrabbiata Pasta Sauce, 17oz (482g) - myPanier\nAccueil Truff Black Truffle Arrabbiata Pasta Sauce, 17oz (482g)\nTruff Black Truffle Arrabbiata Pasta Sauce, 17oz (482g)\nBlack Truffle Arrabbiata from Truff is a robust red sauce with mild heat inspired by the signature Truff hot sauces. Made with a blend of ripe tomatoes, black winter truffle, delicate herbs and red chili pepper for a perfectly balanced sauce with little spicy finish to elevate your dishes.\nComes in a 17oz jar\nTomatoes, Tomato Puree, TRUFF® Chili Blend (Red Chili Peppers, Vinegar, Organic Sugar, Garlic, Salt), Olive Oil Infused with Black Truffle Essence, Yellow Onion, Organic Agave Nectar, Water, Garlic, Basil, Tomato Paste, Sea Salt, Black Truffle Salt (Sea Salt, Dried Truffle, Natural Flavors), Oregano, Black Winter Truffle [Tuber Melanosporum], Black Pepper


Deskiñ implijout an urzhiataer\nAccueil > Skol-vamm > Dizoleiñ ar bed : skiant, teknik > Deskiñ implijout an urzhiataer\nmercredi 26 décembre 2012, par Isabelle.\nTeo, Leo ha Manda\nApprendre à utiliser l’ordinateur : "Gcompris", "Minisebranet jeux de memory", logiciels téléchargeables, en breton et gratuits pour apprendre à utiliser l’ordinateur, la souris, le clavier. Fichier pédagogique d’accompagnement en breton pour Gcompris (fiches élèves) ; "Skolius" et "Teo, Leo ha Manda", CDroms en breton (payants). DIWALLIT ! Kit betek penn izelañ ar bajenn-mañ evit tizhout an holl geleier.\nUn diell evit heuliañ oberiantizoù ar skolidi gant Gcompris.\nEvit ar re vras : ur golonenn leuniet gant ar skoliad e-unan, ha kolonenn ar barregezhioù leuniet gant ar skolaer. Evit ar re vihan ha krenn : pep tra leuniet gant ar skolaer. Ha digoust eo evit un endro linux.\nMont a ra an dielloù-mañ gant meziant dieub Bruno Coudoin (liesyezhek : brezhoneg, galleg, saozneg...) pellgargapl amañ : http://gcompris.net/-br-\nGcompris PS MS divyezhek\nGcompris GS divyezhek\nMinisebran, evit deskiñ al livioù, al lizherennoù, an niveroù hag all er skol-vamm. Selaouer ret !\nPellgargañ ar meziant e lec’hienn an drouizig amañ : http://www.drouizig.org/index.php?option=com_content&view=article&id=68%3Aminisebran&catid=48%3Ameziantou-kelennadel&Itemid=63〈=br\nDigeriñ "minisebran", digeriñ "bin" ha klikañ war "minisebran"(skeudenn ar vleunienn) evit staliañ an traoù.\nKlikañ war "alt fonction F2" evit dibab ar yezh : saozneg, brezhoneg hag all.\nAr penn, an dorn, ar c’horf, an niveroù, an niveroù benel ha gourel, gant pemp c’hoari memor digoust ha stumm pdf da bellgargañ war lec’hienn TES, amañ : http://www.cndp.fr/crdp-rennes/crdp/services/tes/ Hent da heuliañ evit kavout anezhe : "Brezhoneg" => "c’hoari memor". Staliañ anezhe en urzhiataerioù ar c’hlas evit lakaat ar skolidi da bleustriñ emren. Ar c’hoarioù savet gant Malo Ar Menn a blij d’ar vugale ; ret eo lakaat ur selaouer ha dibab distagadur ar gerioù.\nDeskiñ tresañ gant an urzhiataer : http://webklas.org/spip.php?article232\nDeskiñ skrivañ gant an urzhiataer : http://webklas.org/spip.php?article48


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8m Yi AstraZeneca estrena presencia en el Índice Bloomberg de Igualdad de Género de 2019 – MujerEmprendedora\n230 empresas incluidas\nLa biofarmacéutica AstraZeneca ha sido incluida en el Índice Bloomberg de Igualdad de Género 2019 (GEI por sus siglas en inglés), que selecciona a las empresas más comprometidas con la transparencia en la información de género y la promoción de la igualdad de las mujeres. AstraZeneca es la única Big Pharma incluida en el ranking de este año\nPincha aquí para ver la entrevista de María Luz Amador, directora Médica de AstraZeneca España.\nTags: 2019 AstraZeneca GEI igualdad de género Índice Bloomberg


Used 2019 Chevrolet Silverado 1500 For Sale at Baum Motor Company | VIN: 3GCUYEED0KG123721\nONLY 7,796 Miles! EPA 22 MPG Hwy/16 MPG City! 4x4, Turbo Charged, Bed Liner, Rear Air, WiFi Hotspot, Remote Engine Start, Onboard Communications System, Z71 OFF-ROAD PACKAGE, TRANSMISSION, 8-SPEED AUTOMATIC, ELEC... CLICK ME!


author : mamanarazu\nインストール後の初期状態では例えば2SC1815のデータは入っていないのでこれを使えるようにします。「spice model 2SC1815」とかで検索すると色々見つかりますが私はここからコピーしました。\n*Low Noise Amp PC=0.4W Ic=0.15A Vcbo=60V Complementary 2SA1015\n.model 2SC1815 NPN(Is=2.04E-15 Xti=3 Eg=1.11 Vaf=6 Bf=300 Ne=1.5 Ise=0\n+ Vceo=50 Icrating=150m mfg=TOSHIBA + Ikf=20m Xtb=1.5 Br=3.377 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=1p Mjc=.3333\n+ Vjc=.75 Fc=.5 Cje=25p Mje=.3333 Vje=.75 Tr=450n Tf=20n Itf=0 Vtf=0 Xtf=0)\n.model 2SC1815-GR NPN(Is=2.04E-15 Xti=3 Eg=1.11 Vaf=6 Bf=300 Ne=1.5 Ise=0\n.model 2SC1815-Y NPN(Is=2.04E-15 Xti=3 Eg=1.11 Vaf=6 Bf=200 Ne=1.5 Ise=0\n*Low Noise Amp PC=0.4W Ic=0.15A Vcbo=50V Complementary 2SC1815\n.model 2SA1015 PNP(Is=295.1E-18 Xti=3 Eg=1.11 Vaf=100 Bf=300 Ne=1.5 Ise=0\n+ Vceo=50 Icrating=150m mfg=TOSHIBA\n+ Mjc=1.054 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.661n Itf=0 Vtf=0 Xtf=0)\n.model 2SA1015-GR PNP(Is=295.1E-18 Xti=3 Eg=1.11 Vaf=100 Bf=300 Ne=1.5 Ise=0\n.model 2SA1015-Y PNP(Is=295.1E-18 Xti=3 Eg=1.11 Vaf=100 Bf=200 Ne=1.5 Ise=0\n*****2SD880 (Middle Power,Complementary 2SB834,VCEO=60V,IC=3A,PC=30W)\n.MODEL QD880 NPN (IS=1.4E-12 BF=110 BR=5.8 VA=100 IK=1.8 RB=0.58 RC=0.058\n+ CJC=168p CJE=420p TF=53n TR=2.1u)\n*****2SB834 (Middle Power,Complementary 2SD880,VCEO=60V,IC=3A,PC=30W)\n.MODEL 2SB834 PNP (IS=1.4E-12 BF=110 BR=11 VA=50 IK=1 RB=1.4 RC=0.14\n+ CJC=360p CJE=900p TF=18n TR=720n)\n.model 2SK30Y NJF(vto=-1.8v beta=0.75m lambda=0 cgd=2.6p cgs=8.2p mfg=TOSHIBA dev 10% LOT 60%)\n.model 2SK30GR NJF(vto=-2.8v beta=0.75m lambda=0 cgd=2.6p cgs=8.2p mfg=TOSHIBA dev 10% LOT 60%)\n.model 2SK192A NJF(beta=2.96m vto=-2.60 cgd=1p cgs=2p)\n.MODEL 2SJ197 PMOS (LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.5 RD=0.5 RG=0 NSUB=1.22E17 IS=0 UO=600 KAPPA=3.5 VMAX=0 NFS=0.65E12 THETA=0.2 KP=5.33E-6 PHI=0.93 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ204 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=1550E-3 RD=1600E-3 RG=0 NSUB=1.35E17 IS=0 UO=600 KAPPA=0.1 VMAX=0 NFS=1.3E12 THETA=0.01 KP=3.35E-6 PHI=1.15 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ210 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.63 RD=0.7 RG=0 NSUB=1.9E17 IS=0 UO=600 KAPPA=0.5 VMAX=0 NFS=0.5E12 THETA=0.001 KP=2.62E-6 PHI=0.81 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ243 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.5 RD=0.5 RG=0 NSUB=1.22E17 IS=0 UO=600 KAPPA=3.5 VMAX=0 NFS=0.65E12 THETA=0.2 KP=5.33E-6 PHI=0.93 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ302 PMOS(LEVEL=3 TOX=500E-10 XJ=0.70E-6 LD=0 TPG=1 RS=2.1E-3 RD=30.3E-3 NSUB=5.60E16 IS=0 UO=600 KAPPA=1.0 NFS=0.55E12 THETA=0.0 KP=11.1E-6 PHI=0.75 CGSO=0 CGDO=0 CGBO=0)\n.MODEL 2SJ325 PMOS(LEVEL=3 TOX=500E-10 XJ=0.70E-6 LD=0 TPG=1 RS=8.4E-3 RD=44.2E-3 NSUB=5.60E16 IS=0 UO=600 KAPPA=1.0 NFS=0.55E12 THETA=0 KP=13.1E-6 PHI=0.85 CGSO=0 CGDO=0 CGBO=0)\n.MODEL 2SJ327 PMOS(LEVEL=3 TOX=500E-10 XJ=0.70E-6 LD=0 TPG=1 RS=8.4E-3 RD=52.3E-3 NSUB=5.85E16 IS=0 UO=600 KAPPA=0.2 NFS=0.40E12 THETA=0.05 KP=15.0E-6 PHI=0.84 CGSO=0 CGDO=0 CGBO=0)\n.MODEL 2SJ355 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=45E-3 RD=44.2E-3 RG=0 NSUB=1.0E17 IS=0 UO=600 KAPPA=0.3 VMAX=0 NFS=0.32E12 THETA=0.001 KP=2.05E-6 PHI=0.88 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ356 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.116 RD=0.0542 RG=0 NSUB=1.18E17 IS=0 UO=600 KAPPA=0.1 VMAX=0 NFS=0.05E12 THETA=0.0001 KP=1.715E-6 PHI=0.72 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ358 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=38E-3 RD=40E-3 RG=0 NSUB=1.1E17 IS=0 UO=600 KAPPA=0.2 VMAX=0 NFS=0.13E12 THETA=0.001 KP=2.15E-6 PHI=0.75 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ461 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=5.0 RD=5.0 RG=0 NSUB=7.0E16 IS=0 UO=600 KAPPA=0.0001 VMAX=0 NFS=5E11 THETA=0.0001 KP=3.45E-6 PHI=0.825 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ462 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=63E-3 RG=0 NSUB=0.475E17 IS=0 UO=600 KAPPA=0.05 NFS=0.15E12 THETA=0.04 ETA=0 KP=25E-6 PHI=0.68 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ463A PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=1.5 RD=1.5 RG=0 NSUB=1.05E17 IS=0 UO=600 KAPPA=0.0001 VMAX=0 NFS=2.55E11 THETA=0.001 KP=4.55E-6 PHI=0.861 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ557 PMOS(LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.026 RD=0.0512 RG=0 NSUB=1.52E17 IS=0 UO=600 KAPPA=0.8 VMAX=0 NFS=0.09E12 THETA=0.0001 KP=6.295E-6 PHI=0.83 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL M2SJ598 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=75.8E-3 RG=0 NSUB=1.90E17 IS=0 UO=600 KAPPA=0.85 NFS=0.52E12 THETA=0.30 ETA=0 KP=11.3E-6 PHI=0.905 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL M2SJ599 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=43.9E-3 RG=0 NSUB=2.05E17 IS=0 UO=600 KAPPA=2 NFS=0.52E12 THETA=0.12 ETA=0 KP=9.0E-6 PHI=0.91 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ600 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=30.2E-3 RG=0 NSUB=2.00E17 IS=0 UO=600 KAPPA=1.0 NFS=0.50E12 ETA=0 KP=7.5E-6 PHI=0.897 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ601 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=19.7E-3 RG=0 NSUB=2.07E17 IS=0 UO=600 NFS=0.50E12 ETA=0 KP=6.7E-6 PHI=0.85 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ602 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=43.2E-3 RG=0 NSUB=2.23E17 IS=0 UO=600 KAPPA=0.9 NFS=0.52E12 THETA=0.06 KP=9.0E-6 GAMMA=PHI=0.900 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ603 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=1.2E-3 RD=27.8E-3 RG=0 NSUB=2.35E17 IS=0 UO=600 KAPPA=0.7 NFS=0.50E12 KP=9.2E-6 PHI=0.88 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ604 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=0.6E-3 RD=18.3E-3 RG=0 NSUB=2.06E17 IS=0 UO=600 KAPPA=2.0 NFS=0.50E12 KP=7.2E-6 PHI=0.87 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ605 PMOS(LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=0.6E-3 RD=13.5E-3 RG=0 NSUB=2.15E17 IS=0 UO=600 NFS=0.60E12 KP=7.2E-6 PHI=0.87 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ606 PMOS (LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=0.3E-3 RD=9.55E-3 RG=0 NSUB=2.31E17 IS=0 UO=600 KAPPA=2.3 NFS=0.50E12 KP=6.7E-6 PHI=0.87 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ607 PMOS (LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 WD=0 TPG=1 RS=0.3E-3 RD=6.55E-3 RG=0 NSUB=2.30E17 IS=0 UO=600 KAPPA=1.0 NFS=0.53E12 THETA=0.28 KP=8.8E-6 PHI=0.88 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.MODEL 2SJ621 PMOS (LEVEL=3 TOX=180E-10 XJ=0.915E-6 LD=0 TPG=1 RS=9.0E-3 RD=9.8E-3 NSUB=2.65E17 IS=0 UO=600 NFS=0.50E12 THETA=0.0 ETA=0 KAPPA=0.5 KP=13.0E-6 PHI=0.91 CGSO=0 CGDO=0 CGBO=0)\n.MODEL 2SJ624 PMOS (LEVEL=3 TOX=180E-10 XJ=0.915E-6 LD=0 TPG=1 RS=17.0E-3 RD=14.44E-3 NSUB=3.50E17 IS=0 UO=600 NFS=0.35E12 THETA=0.00 ETA=0 KAPPA=1.0 KP=15.5E-6 PHI=0.88 CGSO=0 CGDO=0 CGBO=0 )\n.MODEL 2SJ625 PMOS (LEVEL=3 TOX=180E-10 XJ=1.17E-6 LD=0 TPG=1 RS=17.0E-3 RD=33.3E-3 NSUB=2.30E17 IS=0 UO=600 NFS=0.38E12 THETA=0.00 ETA=0 KAPPA=1.0 KP=16.0E-6 PHI=0.85 CGSO=0 CGDO=0 CGBO=0 )\n.MODEL 2SJ626 PMOS (LEVEL=3 TOX=440E-10 XJ=1.17E-6 LD=0 TPG=1 RS=17.0E-3 RD=253.0E-3 NSUB=2.10E17 IS=0 UO=600 NFS=0.36E12 THETA=0.00 ETA=0 KAPPA=1.0 KP=7.3E-6 PHI=0.83 CGSO=0 CGDO=0 CGBO=0 )\n.MODEL 2SJ647 PMOS (LEVEL=3 TOX=270E-10 XJ=0.915E-6 LD=0 TPG=1 RS=80E-3 RD=106.8E-3 NSUB=2.3E17 IS=0 UO=600 NFS=0.35E12 THETA=0.32 ETA=0 KAPPA=0.5 KP=9.0E-6 PHI=0.93 CGSO=0 CGDO=0 CGBO=0 )\n.MODEL 2SJ648 PMOS (LEVEL=3 TOX=270E-10 XJ=0.915E-6 LD=0 TPG=1 RS=80E-3 RD=106.8E-3 NSUB=2.3E17 IS=0 UO=600 NFS=0.35E12 THETA=0.32 ETA=0 KAPPA=0.5 KP=9.0E-6 PHI=0.93 CGSO=0 CGDO=0 CGBO=0 )\n.MODEL 2SJ649 PMOS (LEVEL=3 TOX=440E-10 XJ=1.25E-6 LD=0 WD=0 TPG=1 RS=0.006 RD=0.022 RG=0 NSUB=2.35E17 IS=0 UO=600 KAPPA=8 VMAX=NFS=0.5E12 THETA=0.0001 KP=9.92E-6 PHI=0.92 CGSO=0 CGDO=0 CGBO=0 XQC=1.0 AF=1 CBD=0 CBS=0 CJ=0 CJSW=0 FC=0.5 JS=0 KF=0 MJ=0.5 MJSW=0.33 PB=0.8 RSH=0)\n.model 2SJ652 PMOS(Level=1 + Rd=20m Rs=20m Rg=15 Kp=1m l=1u W=0.2 Vto=-2.300 Cgso=4300p Cgdo=500p)\n.model 2SK241 NMOS(Level=1 Xj=0 Rd=25 Rs=25 Rg=50 Kp=10m + Vto=-1.50 Mj=.5 Fc=.5 Cbd=3p Cbs=3p Cgso=3.0p Cgdo=0.04p)\n.model 2SK408 NMOS(Level=3 Gamma=0 Delta=0 Eta=0.00 Theta=1 Kappa=0 Vmax=0 + Xj=0 Rd=2.5 Rs=2.5 Rg=5 Kp=25u l=2u W=1 Tox=700n Uo=600 Phi=.6 + Vto=1.700 Pb=.8 Mj=.5 Fc=.5 Cbd=200p Cbs=200p Cgso=0.3p Cgdo=0.2p Is=6E-18)\n.model 2SK3704 NMOS(Level=1 + Rd=10m Rs=10m Rg=15 Kp=1m l=1u W=0.2 level=2 + Vto=2.700 Cgso=5500p Cgdo=500p cgbo=500p)\n.model 1SS154 D (N=1.02 BV=6 IBV=1.00E-04 RS=4.1 CJ0=6.90E-13 VJ=0.119 M=0.146 FC=0.5 TT=2.75E-08 EG=0.60 XTI=4.33)\n.model rd3a D (IS=0.5uA RS=40 BV=3.00 IBV=0.5uA mfg=NEC)\n.model rd5a D (IS=0.5uA RS=40 BV=5.00 IBV=0.5uA mfg=NEC)\n.model rd6a D (IS=0.5uA RS=30 BV=6.00 IBV=0.5uA mfg=NEC)\n.model rd7a D (IS=0.5uA RS=12 BV=7.00 IBV=0.5uA mfg=NEC)\n.model rd9a D (IS=0.5uA RS=10 BV=9.00 IBV=0.5uA mfg=NEC)\n.model rd11a D (IS=0.5uA RS=20 BV=11.00 IBV=0.5uA mfg=NEC)\n.model rd13a D (IS=0.5uA RS=25 BV=13.00 IBV=0.5uA mfg=NEC)\n.model rd16a D (IS=0.5uA RS=30 BV=16.00 IBV=0.5uA mfg=NEC)\n.model rd19a D (IS=0.5uA RS=50 BV=19.00 IBV=0.5uA mfg=NEC)\n.model rd24a D (IS=0.5uA RS=100 BV=24.00 IBV=0.5uA mfg=NEC)\n.MODEL 2SC2714 NPN( IS=1.45E-15 BF=166 NF=1.00 VAF=71 IKF=49E-3 ISE=43E-15 NE=2.45 BR=5.33 NR=997E-3 VAR=22 IKR=69E-3 ISC=847E-18 NC=1.02 RB=14 IRB=1.00E-6 RBM=14 RE=46E-3 RC=9.17 XTB=0.00 EG=1.11 eV XTI=3.00 CJE=1.66E-12 VJE=717E-3 MJE=331E-3 TF=153E-12 XTF=100 VTF=383E-3 ITF=90E-3 PTF=47 CJC=781E-15 VJC=630E-3 MJC=462E-3 XCJC=1.00 TR=1.00E-6 FC=900E-3)\n.model 2SA1010 PNP( IS=1.2720E-12 BF=121.87 VAF=82.424 IKF=17.221 ISE=13.848E-12 NE=2 BR=499.50 VAR=100 IKR=19.980 ISC=511.43E-12 NC=2.9970 NK=.754 RB=.26584 RC=.1064 CJE=1.9479E-9 VJE=.68061 MJE=.35887 CJC=821.17E-12 VJC=.54495 MJC=.37877 TF=3.8493E-9 XTF=1.1741 VTF=12.022 ITF=7.3845 TR=63.702E-9 NR=1 NF=1.05 TRC1=2.0E-3 TRB1=2.0E-2 XTB=1.5)\n.MODEL 2SA1226 PNP( IS=451.07E-18 BF=89.601 VAF=73.474 IKF=287.228E-3 ISE=451.13E-18 NE=1.3233 BR=3.5357 VAR=100 IKR=2.5312 ISC=716.06E-18 NC=2.9970 NK=.83824 RE=1 RB=21.397 RC=6.1192 CJE=1.9656E-12 VJE=1.5000 MJE=.37193 CJC=1.3419E-12 VJC=1.5000 MJC=.1001 TF=264.74E-12 XTF=90.540 VTF=22.560 ITF=1.1497 TR=10.000E-9 NR=1.02 NF=1.0 TRC1=1.0E-3 TRB1=0 XTB=1.5)\n.MODEL 2SA1413 PNP( IS=153.22E-15 BF=73.199 VAF=104.34 IKF=1.3862 ISE=153.22E-15 NE=1.3075 BR=.357 VAR=100 IKR=3.7415 ISC=63.966E-12 NC=1.7723 NK=.92315 RB=.73481 CJE=1.3316E-9 VJE=.77186 MJE=.38206 CJC=140.65E-12 VJC=1.1825 MJC=.54838 TF=5.0775E-9 XTF=2.5439 VTF=16.727 ITF=193.71 TR=30.928E-9 NR=1 NF=1 TRC1=0 TRB1=0 XTB=1.5)\n.MODEL 2SA1464 PNP( IS=20.601E-15 BF=199.59 VAF=67.850 IKF=.99487 ISE=20.601E-15 NE=1.3231 BR=1.4576 VAR=100 IKR=10.091E-3 ISC=20.730E-15 NC=2.5817 NK=.68996 RB=5.0168 RC=.83237 CJE=29.691E-12 VJE=.78084 MJE=.42377 CJC=15.526E-12 VJC=.82871 MJC=.38951 TF=346.76E-12 XTF=10.793 VTF=10.751 ITF=.60289 TR=91.56E-9)\n.MODEL 2SA1611 PNP( IS=13.747E-15 BF=219.28 VAF=148.58 IKF=.9826 ISE=1.6859E-12 NE=1.9611 BR=4.9705 VAR=100 IKR=.53071 ISC=15.386E-12 NC=1.5018 NK=1.4521 RB=8.8156 RC=1.3471 CJE=2.0000E-12 CJC=14.117E-12 VJC=.35 MJC=.33891 TF=913.45E-12 XTF=13.753 VTF=11.637 ITF=1.9053 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7)\n.MODEL 2SA1741 PNP( IS=29.950E-12 BF=257.75 VAF=85.348 IKF=10.875 ISE=29.951E-12 NE=2 BR=499.50 VAR=100 IKR=19.980 ISC=49.381E-12 NC=1.2250 NK=.66233 RB=.51164 RC=48.060E-3 CJE=200E-11 VJE=.45119 MJE=.41687 CJC=455.98E-12 VJC=.45119 MJC=.41687 TF=2E-9 XTF=5 VTF=10.004 ITF=10 TR=51.396E-9 NR=1 NF=1 TRC1=0.0 TRB1=0.0 XTB=1.5 XTI=7)\n.MODEL 2SA812 PNP( IS=13.747E-15 BF=219.28 VAF=148.58 IKF=.9826 ISE=1.6859E-12 NE=1.9611 BR=4.9705 VAR=100 IKR=.53071 ISC=15.386E-12 NC=1.5018 NK=1.4521 RB=8.8156 RC=1.3471 CJE=2.0000E-12 CJC=14.117E-12 VJC=.35 MJC=.33891 TF=913.45E-12 XTF=13.753 VTF=11.637 ITF=1.9053 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7)\n.MODEL 2SC1623 NPN( IS=37.434E-15 BF=211.05 VAF=535.19 IKF=1 ISE=37.434E-15 NE=1.5790 BR=3.2909 VAR=100 IKR=34.632E-3 ISC=223.21E-15 NC=2.0893 NK=.797 RB=1.6225 RC=.71602 CJE=21.352E-12 VJE=.36931 MJE=.38073 CJC=8.1208E-12 VJC=.35 MJC=.35629 TF=472.90E-12 XTF=50.942 VTF=98.503 ITF=1.2630 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7 XTI=6)\n.MODEL 2SC3518 NPN( IS=709.89E-15 BF=431.07 VAF=57.697 IKF=19.978 ISE=709.93E-15 NE=1.3389 BR=499.50 VAR=100 IKR=5.0102 ISC=817.89E-15 NC=1.1585 NK=.94521 RB=.74114 RC=46.045E-3 CJE=1.2537E-9 VJE=.7026 MJE=.35297 CJC=248.80E-12 VJC=.57919 MJC=.41657 TF=1.3153E-9 XTF=102.32 VTF=4.4459 ITF=92.645 TR=49.083E-9 NR=1.0 NF=1.0 TRC1=2.0E-3 TRB1=3.0E-2 XTB=1.5)\n.MODEL 2SC3617 NPN( IS=374.23E-15 BF=1.4985E3 VAF=100 IKF=4.1988 ISE=8.9256E-12 NE=1.9980 BR=19.838 VAR=100 IKR=.15316 ISC=48.241E-12 NC=1.6259 NK=1.8680 RB=44.273 RC=.27183 CJE=2.0000E-12 CJC=26.539E-12 VJC=.35 MJC=.35872 TF=803.52E-12 XTF=37.591 VTF=19.923 ITF=6.6487 TR=278.54E-9 NR=1 NF=1.0 TRC1=0.0E-3 TRB1=0.0E-2 XTB=0 XTI=3)\n.MODEL 2SC3739 NPN( IS=25.714E-15 BF=264.83 VAF=152.72 IKF=5.0130 ISE=25.714E-15 NE=1.3495 BR=2.3997 VAR=100 IKR=1.6586 ISC=218.05E-15 NC=1.3867 NK=1.4059 RB=4.4099 RC=.59906 CJE=31.076E-12 VJE=.52132 MJE=.3731 CJC=11.743E-12 VJC=.39 MJC=.31378 TF=330.79E-12 XTF=10.269 VTF=11.038 ITF=1.1183 TR=88.44E-9)\n.MODEL 2SC4177 NPN( IS=37.434E-15 BF=211.05 VAF=535.19 IKF=1 ISE=37.434E-15 NE=1.5790 BR=3.2909 VAR=100 IKR=34.632E-3 ISC=223.21E-15 NC=2.0893 NK=.797 RB=1.6225 RC=.71602 CJE=21.352E-12 VJE=.36931 MJE=.38073 CJC=8.1208E-12 VJC=.35 MJC=.35629 TF=472.90E-12 XTF=50.942 VTF=98.503 ITF=1.2630 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7 XTI=6)\n.MODEL 2SC4178 NPN( IS=1.9925E-15 BF=188.83 VAF=105.79 IKF=.214844 ISE=2.0932E-15 NE=1.2404 BR=2.1532 VAR=100 IKR=1.7524 ISC=16.010E-15 NC=2.7539 NK=1.6000 RB=23.170 RC=2.1213 CJE=1.6962E-12 VJE=.35 MJE=.25846 CJC=1.4373E-12 VJC=.35 MJC=.11582 TF=128.93E-12 XTF=8.9517 VTF=2.9012 ITF=26.650E-3 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.0)\n.MODEL 2SC4552 NPN( IS=14.997E-12 BF=1.5000E3 VAF=22.426 IKF=20 ISE=14.997E-12 NE=1.2885 BR=120.71 VAR=100 IKR=8.8894 ISC=30.584E-12 NC=2.9970 NK=.74072 RB=.37753 RC=18.105E-3 CJE=250E-11 VJE=.5739 MJE=.45255 CJC=646.19E-12 VJC=.5739 MJC=.45255 TF=1.5467E-9 XTF=4.6550 VTF=7.9291 ITF=146.20 TR=21.501E-9 NR=1 NF=1 TRC1=0.003 TRB1=0 XTB=1.6 XTI=6)\n.MODEL 2SD2402 NPN( IS=117.31E-15 BF=306.67 VAF=2.5506 IKF=8 ISE=117.31E-15 NE=2.0 BR=499.48 VAR=100 IKR=19.989 ISC=191.19E-12 NC=1.9173 NK=.3 RB=.58962 RC=45.725E-3 CJE=569.10E-12 MJE=.33333 CJC=180.94E-12 VJC=.5794 MJC=.35781 TF=846.84E-12 XTF=1.4554 VTF=16.780 ITF=2.5 TR=9.1606E-9 NR=1.0 NF=1.0 TRC1=0 TRB1=0 XTB=1.2)\n.MODEL 2SD2403 NPN( IS=853.33E-15 BF=228.06 VAF=10 IKF=20 ISE=51.570E-15 NE=1.4547 BR=68.925 VAR=40.140 IKR=15.545 ISC=966.73E-15 NC=1.2429 NK=1.2890 RB=.31 RC=68.717E-3 CJE=442.00E-12 VJE=.74565 MJE=.36382 CJC=105.00E-12 VJC=.55558 MJC=.41107 TF=3.700E-9 XTF=9.8699 VTF=9.7203 ITF=5.2407 TR=16.950E-9)\n.MODEL 2SD596 NPN( IS=138.09E-15 BF=285.96 VAF=54.545 IKF=.79874 ISE=142.40E-15 NE=1.3381 BR=33.179 VAR=100 IKR=42.000E-3 ISC=1.1527E-12 NC=2.9970 NK=.47405 RB=2.3523 RC=.22085 CJE=44.346E-12 VJE=.77851 MJE=.35147 CJC=27.947E-12 VJC=.35 MJC=.31127 TF=684.19E-12 XTF=6.0766 VTF=9.2204 ITF=46.085 TR=10.000E-9 NR=1 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7 XTI=6)\n.MODEL 2SD780 NPN( IS=640.55E-15 BF=274 VAF=200 IKF=.7899 ISE=640.56E-15 NE=1.4026 BR=12.372 VAR=100 IKR=.14041 ISC=900.88E-15 NC=2.3834 NK=.85221 RB=2.7484 RC=.22846 CJE=2.0000E-12 CJC=17.229E-12 VJC=1.0033 MJC=.42288 TF=1.03114E-9 XTF=.83176 VTF=10.658 ITF=19.77 TR=10.000E-9 NR=0.98 NF=1 TRC1=0.0E-3 TRB1=0.0E-2 XTB=1.7 XTI=6)\n.model 2SA817 PNP(Bf=120 Br=1 Is=88f Eg=1.11 Cjc=34p Cje=70p Vaf=100 Tf=1.553n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SA952 PNP(Bf=200 Br=1 Is=83f Eg=1.11 Cjc=4.8p Cje=10p Vaf=50 Tf=0.988n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SA1015 PNP(Is=295.1E-18 Xti=3 Eg=1.11 Vaf=100 Bf=110 Ne=1.5 Ise=0 Ikf=0 Xtb=1.5 Br=10.45 Nc=2 Isc=0 Ikr=0 Rc=15 Cjc=66.2p Mjc=1.054 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.661n Itf=0 Vtf=0 Xtf=0)\n.model 2SA1016 PNP(Bf=110 Br=10 Cjc=2.2p cje=5p RB=20 RC=5 Tr=150n Tf=10n)\n.model 2SA1048 PNP(Is=295.1E-18 Xti=3 Eg=1.11 Vaf=100 Bf=110 Ne=1.5 Ise=0 Ikf=0 Xtb=1.5 Br=10.45 Nc=2 Isc=0 Ikr=0 Rc=15 Cjc=66.2p Mjc=1.054 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.661n Itf=0 Vtf=0 Xtf=0)\n.model 2SA1049 PNP(Is=350.8n Xti=3 Eg=1.11 Vaf=40 Bf=350 Ne=1.5 Ise=0 Ikf=0 Xtb=1.5 Br=.7978 Nc=2 Isc=0 Ikr=0 Rc=4 Cjc=12.26p Mjc=.3652 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.305n Itf=0 Vtf=0 Xtf=0)\n.model 2SA1145 PNP(Is=173.9p Eg=1.11 Vaf=60 Bf=110 Br=1 Nc=2 Cjs=2p Cjc=6.02p Mjc=.330 Vjc=.75 Cje=1p Mje=.33 Vje=.75 Tr=10n Tf=0.788n)\n.model 2SA1298 PNP(Is=141f Xti=3 Eg=1.11 Vaf=20 Bf=230 Ne=1.5 Ise=0 Ikf=.7 Xtb=1.5 Br=14.57 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=622.4p Mjc=1.453 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.205n Itf=0 Vtf=0 Xtf=0)\n.model 2SA1313 PNP(Is=14.1f Xti=3 Eg=1.11 Vaf=100 Bf=150 Ne=1.5 Ise=0 Ikf=.8 Xtb=1.5 Br=3.338 Nc=2 Isc=0 Ikr=0 Rc=.6 Cjc=59.01p Mjc=.6885 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=766.1p Itf=0 Vtf=0 Xtf=0)\n.model 2SA1731 PNP(Bf=100 Rc=1 Cjc=60p RB=20 Cje=100p Tr=1u Tf=50n)\n.model 2SB595 PNP(Bf=55 Br=1 Is=83f Eg=1.11 Cjc=4.8p Cje=10p Vaf=100 Tf=1.923n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SB688 PNP(Bf=70 Br=1 Is=73f Eg=1.11 Cjc=4.8p Cje=10p Vaf=100 Tf=1.923n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SB799 PNP(Is=15.01f Xti=3 Eg=1.11 Vaf=70 Bf=199.4 Ne=1.112 Ise=164.6E-18 Ikf=2 Xtb=1.5 Br=9.83 Nc=2 Isc=0 Ikr=0 Rc=.001 Cjc=58.04p Mjc=.3818 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.084n Itf=0 Vtf=0 Xtf=0)\n.model 2SB800 PNP(Is=62.26f Xti=3 Eg=1.11 Vaf=2 Bf=370 Ne=1.01 Ise=8.673E-18 Ikf=50m Xtb=1.5 Br=13.28 Nc=2 Isc=0 Ikr=0 Rc=.4 Cjc=26.22p Mjc=.3197 Vjc=.75 Fc=.5 Cje=42.32p Mje=.4061 Vje=.75 Tr=10n Tf=1.342n Itf=0 Vtf=0 Xtf=0)\n.model 2SC288 NPN(Bf=70 CJC=0.7pF CJE=1.0pF Rb=15 Rc=3 Tr=0.2n Tf=0.2n)\n.model 2SC945 NPN(Bf=150 Br=1 Is=180.4p Eg=1.11 Cjc=6.4p Cje=20p Vaf=50 Tf=.6041n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC980A NPN(Bf=140 Br=1 Is=229.6p Eg=1.11 Cjc=6.6p Cje=20p Vaf=50 Tf=.6039n Tr=49n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC1627 NPN(Bf=140 Br=1 Is=0.174p Eg=1.11 Cjc=24p Cje=1p Vaf=150 Tf=1.503n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC1675 NPN(Bf=100 Br=1 Is=1.771f Eg=1.11 Cjc=4.5p Cje=1p Vaf=100 Tf=0.432p Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC1781 NPN(Is=3.108f Xti=3 Eg=1.11 Vaf=30.0 Bf=100 Ne=1.541 Ise=190.7f Ikf=1.296 Xtb=1.5 Br=6.18 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=18p Vjc=.75 Mjc=.3333 Fc=.5 Cje=65p Vje=.75 Mje=.3333 Tr=35n Tf=6n Itf=1 Vtf=100 Xtf=2)\n.model 2SC1815 NPN(Is=2.04f Xti=3 Eg=1.11 Vaf=6 Bf=400 Ne=1.5 Ise=0 Ikf=20m Xtb=1.5 Br=3.377 Nc=2 Isc=0 Ikr=0 Rc=1 Cjc=1p Mjc=.3333 Vjc=.75 Fc=.5 Cje=25p Mje=.3333 Vje=.75 Tr=450n Tf=20n Itf=0 Vtf=0 Xtf=0)\n.model 2SC1907 NPN(Is=1.00f Xti=3 Eg=1.11 Vaf=40 Bf=350 Ikf=150m Nk=0.995 Ise=90f Ne=1.5 Xtb=1.5 Br=.1 Nc=2 Isc=0 Ikr=0 Cjc=3p Cje=5p Rb=10 Rc=2 Tr=1n Tf=0.250n Itf=0 Vtf=0 Xtf=0)\n.model 2SC1959 NPN(Is=14.1f Xti=3 Eg=1.11 Vaf=100 Bf=180 Ne=1.5 Ise=0 Ikf=.8 Xtb=1.5 Br=3.338 Nc=2 Isc=0 Ikr=0 Rc=4 Cjc=59.01p Mjc=.6885 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=766.1p Itf=0 Vtf=0 Xtf=0)\n.model 2SC2003 NPN(Bf=200 Br=1 Is=57.6f Eg=1.11 Cjc=17p Cje=47p Vaf=50 Tf=1.059n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC2240 NPN(Is=1.41f Xti=3 Eg=1.11 Vaf=100 Bf=310 Ne=1.5 Ise=0 Ikf=70m Xtb=1.5 Br=.8893 Nc=2 Isc=0 Ikr=0 Rc=30 Cjc=6.878p Mjc=.2725 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1.276n Itf=0 Vtf=0 Xtf=0)\n.model 2SC2362 NPN(Bf=250 br=7 Rc=100 Cjc=1.8p Cje=5p Tr=0.4u Tf=10n)\n.model 2SC2668 NPN(Bf=350 Br=1 Is=1.00f Eg=1.11 Cjc=15p Cje=1p Vaf=100 Tf=3.612n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC2669 NPN(Bf=100 Br=1 Is=1.59e-20 Eg=1.11 Cjc=7p Cje=49p Vaf=100 Tf=0.883n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC2754 NPN(Bf=180 Br=1 Is=8.321f Eg=1.11 Cjc=4.8p Cje=1p Vaf=100 Tf=0.391n Tr=.48u Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC3279 NPN(Bf=180 Br=1 Is=1.217n Eg=1.11 Cjc=65p Cje=1p Vaf=100 Tf=1.060n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC3358 NPN(Bf=120 Br=1 Is=16f Eg=1.11 Cjc=0.5p Cje=0.75p Vaf=200 Tf=23p Tr=2n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=1p )\n.model 2SC3378 NPN(Bf=300 Br=1 Is=695p Eg=1.11 Cjc=7.7p Cje=1p Vaf=200 Tf=1.252n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SC4523 NPN(Bf=100 br=5 rb 5 Rc=1 Cjc=65p Cje=100p Tr=0.40u Tf=0.1u)\n.model 2SD525 NPN(Bf=60 Br=1 Is=254.3p Eg=1.11 Cjc=241p Cje=1p Vaf=50 Tf=13.26n Tr=10n Mjc=.330 Vjc=.75 Mje=.33 Vje=.75 Cjs=2p )\n.model 2SD1007 NPN(Is=15.01f Xti=3 Eg=1.11 Vaf=100 Bf=214 Ne=2.726 Ise=266.1p Ikf=.5 Xtb=1.5 Br=77.03 Nc=2 Isc=0 Ikr=0 Rc=5 Cjc=31.21p Mjc=.4128 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=988.1p Itf=0 Vtf=0 Xtf=0)\n.model 2SD1588 NPN(Is=6.467E-18 Xti=3 Eg=1.11 Vaf=100 Bf=500k Ne=4.522 Ise=57.25n Ikf=100u Xtb=1.5 Br=3.474K Nc=2 Isc=0 Ikr=0 Rc=50m Cjc=2p Mjc=.3333 Vjc=.75 Fc=.5 Cje=5p Mje=.3333 Vje=.75 Tr=10n Tf=1n Itf=0 Vtf=0 Xtf=0)\nプロボックスのリアホイールベアリング交換 NCP5x NLP5x\nちょっと古いデバイスのSPICEモデルを見つけたのでアーカイブ リンクで保存しておいても最近はどんどんブログがなくなる… ただし出どころがはっきりしないので、現物と合わない場合は破棄するなり修正するなりしたほうが良いです。 「ホームページままならず」さんの記事を転載 h...\n車両検査所の下回り検査のところで「スタビライザーのブッシュへたってるから交換しとき」って言われたので、そいつを交換。 とはいえゴムブッシュにはビラビラが広がっていてその部分がぼろくなるだけなんだけどね。実際に力を受ける所はリテーナに挟まってるのでほとんど劣化しない。 ただしょ...\nうちのトランポNV400（ルノーマスター３）は最近の車のご多分に漏れず、MTにも関わらず電子制御もりもり。 走りに関してはABSとトラクションコントロール、アンチスピンコントロールを装備してる。 先日それなりに厳しい雪中を流してきたときに、ずいぶん働いてくれたので感想です。 ...\nWEB (5) かいもの (1) かいろ (5) きかい (4) くるま (10) その他 (1) 仕事 (3)\n2019木下電機. 「Awesome Inc.」テーマ. 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Interactive display of the license plate with EHCI.\nA car with the number of start EHCI [2011 Citroen C3 Picasso] been in Baton Rouge ( Louisiana) at June 23, 2019, 6:36 am\nA car with the number of start EHCI [2014 Renault Laguna] was in Montpelier ( Vermont) at July 7, 2019, 6:07 am\nA car with the number of start EHCI [2015 Honda CR-V] was in Boston ( Massachusetts) at July 9, 2019, 4:38 am\nA car with the number of start EHCI [2013 Volkswagen Caddy] was seen in Saipan ( Northern Mariana Islands) at June 23, 2019, 4:04 pm\nThe Vehicle with number start EHCI [2011 Opel Insignia] was spotted in Honolulu ( Hawaii) at July 3, 2019, 6:41 am\nA car with the number of start EHCI [2014 Peugeot 207] been in Providence ( Rhode Island) at July 10, 2019, 1:02 am\nWe do not inform about the current location of the vehicle with the numbers EHCI to avoid accusations of security threats and accusations from the owners in the invasion of privacy.\nEHCIC EHCI7 EHCI8 EHCIT EHCIK EHCII EHCI4 EHCI5 EHCI3 EHCIV EHCIJ EHCIW EHCIN EHCIS EHCID EHCIE EHCIX EHCIZ EHCIG EHCIF EHCI6 EHCIU EHCIH EHCI2 EHCI0 EHCI1 EHCIA EHCIL EHCIM EHCIR EHCIB EHCIO EHCIY EHCIP EHCI9 EHCIQ\nEHCI E HCI E-HCI EH CI EH-CI EHC I EHC-I\nEHCICC EHCIC7 EHCIC8 EHCICT EHCICK EHCICI EHCIC4 EHCIC5 EHCIC3 EHCICV EHCICJ EHCICW EHCICN EHCICS EHCICD EHCICE EHCICX EHCICZ EHCICG EHCICF EHCIC6 EHCICU EHCICH EHCIC2 EHCIC0 EHCIC1 EHCICA EHCICL EHCICM EHCICR EHCICB EHCICO EHCICY EHCICP EHCIC9 EHCICQ\nEHCI7C EHCI77 EHCI78 EHCI7T EHCI7K EHCI7I EHCI74 EHCI75 EHCI73 EHCI7V EHCI7J EHCI7W EHCI7N EHCI7S EHCI7D EHCI7E EHCI7X EHCI7Z EHCI7G EHCI7F EHCI76 EHCI7U EHCI7H EHCI72 EHCI70 EHCI71 EHCI7A EHCI7L EHCI7M EHCI7R EHCI7B EHCI7O EHCI7Y EHCI7P EHCI79 EHCI7Q\nEHCI8C EHCI87 EHCI88 EHCI8T EHCI8K EHCI8I EHCI84 EHCI85 EHCI83 EHCI8V EHCI8J EHCI8W EHCI8N EHCI8S EHCI8D EHCI8E EHCI8X EHCI8Z EHCI8G EHCI8F EHCI86 EHCI8U EHCI8H EHCI82 EHCI80 EHCI81 EHCI8A EHCI8L EHCI8M EHCI8R EHCI8B EHCI8O EHCI8Y EHCI8P EHCI89 EHCI8Q\nEHCITC EHCIT7 EHCIT8 EHCITT EHCITK EHCITI EHCIT4 EHCIT5 EHCIT3 EHCITV EHCITJ EHCITW EHCITN EHCITS EHCITD EHCITE EHCITX EHCITZ EHCITG EHCITF EHCIT6 EHCITU EHCITH EHCIT2 EHCIT0 EHCIT1 EHCITA EHCITL EHCITM EHCITR EHCITB EHCITO EHCITY EHCITP EHCIT9 EHCITQ\nEHC ICC EHC IC7 EHC IC8 EHC ICT EHC ICK EHC ICI EHC IC4 EHC IC5 EHC IC3 EHC ICV EHC ICJ EHC ICW EHC ICN EHC ICS EHC ICD EHC ICE EHC ICX EHC ICZ EHC ICG EHC ICF EHC IC6 EHC ICU EHC ICH EHC IC2 EHC IC0 EHC IC1 EHC ICA EHC ICL EHC ICM EHC ICR EHC ICB EHC ICO EHC ICY EHC ICP EHC IC9 EHC ICQ\nEHC I7C EHC I77 EHC I78 EHC I7T EHC I7K EHC I7I EHC I74 EHC I75 EHC I73 EHC I7V EHC I7J EHC I7W EHC I7N EHC I7S EHC I7D EHC I7E EHC I7X EHC I7Z EHC I7G EHC I7F EHC I76 EHC I7U EHC I7H EHC I72 EHC I70 EHC I71 EHC I7A EHC I7L EHC I7M EHC I7R EHC I7B EHC I7O EHC I7Y EHC I7P EHC I79 EHC I7Q\nEHC I8C EHC I87 EHC I88 EHC I8T EHC I8K EHC I8I EHC I84 EHC I85 EHC I83 EHC I8V EHC I8J EHC I8W EHC I8N EHC I8S EHC I8D EHC I8E EHC I8X EHC I8Z EHC I8G EHC I8F EHC I86 EHC I8U EHC I8H EHC I82 EHC I80 EHC I81 EHC I8A EHC I8L EHC I8M EHC I8R EHC I8B EHC I8O EHC I8Y EHC I8P EHC I89 EHC I8Q\nEHC ITC EHC IT7 EHC IT8 EHC ITT EHC ITK EHC ITI EHC IT4 EHC IT5 EHC IT3 EHC ITV EHC ITJ EHC ITW EHC ITN EHC ITS EHC ITD EHC ITE EHC ITX EHC ITZ EHC ITG EHC ITF EHC IT6 EHC ITU EHC ITH EHC IT2 EHC IT0 EHC IT1 EHC ITA EHC ITL EHC ITM EHC ITR EHC ITB EHC ITO EHC ITY EHC ITP EHC IT9 EHC ITQ\nEHC-ICC EHC-IC7 EHC-IC8 EHC-ICT EHC-ICK EHC-ICI EHC-IC4 EHC-IC5 EHC-IC3 EHC-ICV EHC-ICJ EHC-ICW EHC-ICN EHC-ICS EHC-ICD EHC-ICE EHC-ICX EHC-ICZ EHC-ICG EHC-ICF EHC-IC6 EHC-ICU EHC-ICH EHC-IC2 EHC-IC0 EHC-IC1 EHC-ICA EHC-ICL EHC-ICM EHC-ICR EHC-ICB EHC-ICO EHC-ICY EHC-ICP EHC-IC9 EHC-ICQ\nEHC-I7C EHC-I77 EHC-I78 EHC-I7T EHC-I7K EHC-I7I EHC-I74 EHC-I75 EHC-I73 EHC-I7V EHC-I7J EHC-I7W EHC-I7N EHC-I7S EHC-I7D EHC-I7E EHC-I7X EHC-I7Z EHC-I7G EHC-I7F EHC-I76 EHC-I7U EHC-I7H EHC-I72 EHC-I70 EHC-I71 EHC-I7A EHC-I7L EHC-I7M EHC-I7R EHC-I7B EHC-I7O EHC-I7Y EHC-I7P EHC-I79 EHC-I7Q\nEHC-I8C EHC-I87 EHC-I88 EHC-I8T EHC-I8K EHC-I8I EHC-I84 EHC-I85 EHC-I83 EHC-I8V EHC-I8J EHC-I8W EHC-I8N EHC-I8S EHC-I8D EHC-I8E EHC-I8X EHC-I8Z EHC-I8G EHC-I8F EHC-I86 EHC-I8U EHC-I8H EHC-I82 EHC-I80 EHC-I81 EHC-I8A EHC-I8L EHC-I8M EHC-I8R EHC-I8B EHC-I8O EHC-I8Y EHC-I8P EHC-I89 EHC-I8Q\nEHC-ITC EHC-IT7 EHC-IT8 EHC-ITT EHC-ITK EHC-ITI EHC-IT4 EHC-IT5 EHC-IT3 EHC-ITV EHC-ITJ EHC-ITW EHC-ITN EHC-ITS EHC-ITD EHC-ITE EHC-ITX EHC-ITZ EHC-ITG EHC-ITF EHC-IT6 EHC-ITU EHC-ITH EHC-IT2 EHC-IT0 EHC-IT1 EHC-ITA EHC-ITL EHC-ITM EHC-ITR EHC-ITB EHC-ITO EHC-ITY EHC-ITP EHC-IT9 EHC-ITQ