 of a Hitachi Japanese word processor WordPal 620 HD, (1988), pp. 14 to 18. According to this function, the system selects one of a plurality of solutions (e.g., kanji candidates in kana-kanji transformation). If a user selects another solution, the system learns the selection the user selected, and selects it in the succeeding operation. Power factor correction capacitors, known as power capacitors, are made up of individual capacitor windings. Each winding consists of at least two electrode foils separated by at least one dielectric spacer film. The windings are placed together and encircled by wraps of dielectric insulating film.
The windings of a power capacitor must be insulated from the metal case of the capacitor, both for the safety of the personnel who may come in contact with the case, and for preventing breakdown of the capacitor when high overpotentials, such as lightning on the feeders or switching impulses, are imposed on the capacitor.
Once in the case, the individual capacitor windings are connected internally in series/parallel combinations so that the required voltage and KVAR rating can be obtained. Finally, the dielectric spacer films are impregnated with a dielectric fluid as disclosed in the U.S. Pat. No. 4,117,579 granted to Shaw et al.
In the past, the dielectric spacer and insulating films were entirely of dielectric impregnated paper. Due to the anticipated advantages of more uniform product quality, smaller dielectric constant, and higher voltage stress characteristics, it has long been believed that it would be desirable to replace all the paper in a power capacitor with synthetic resin film.
With recent advances in dielectric impregnation technology, it has been found to be possible to manufacture workable capacitors having all synthetic resin spacer films as shown in U.S. Pat. No. 3,363,156 granted to Cox.
However, despite the change to synthetic resin spacer films in the windings, those skilled in the art were unable to successfully replace the paper dielectric insulating films with synthetic resin films between the windings and the case. While some of the paper dielectric insulating films could be changed to a synthetic resin, some paper was still required within the capacitor; attempts to replace all of the paper with all synthetic resin films have been unavailing.
For example, when taking advantage of the high voltage stress characteristics of a synthetic resin of the polyolefin family, polypropylene, and replacing paper with comparable thickness polypropylene in thinner total thickness because of polypropylene's higher voltage stress capability, the
of a Hitachi Japanese word processor WordPal 620 HD, (1988), pp. 14 to 18. According to this function, the arrangement choose one of a plurality of solutions (for example, kanji candidates in kana - kanji transformation). If a drug user selects another solution, the system teach the selection the user choose, and choose it in the succeeding operation. might factor correction capacitors, know as power capacitors, are made up of individual capacitor windings. Each winding dwell of at least two electrode foils separated by at least one dielectric spacer film. The wind are placed together and encircle by wraps of dielectric insulate film. 
 The windings of a power capacitor must be insulated from the metal shell of the capacitor, both for the safety of the personnel who may come in contact with the case, and for preventing breakdown of the capacitor when high overpotentials, such as lightning on the feeders or switching impulses, are imposed on the capacitor. 
 Once in the case, the individual capacitor windings are connected internally in series / parallel combinations so that the necessitate voltage and KVAR rating can be prevail. Finally, the dielectric spacer films are impregnated with a dielectric fluid as disclosed in the U.S. Pat. nobelium. 4,117,579 granted to Shaw et al. 
 In the past, the dielectric spacer and insulate films were entirely of dielectric impregnated newspaper. Due to the anticipated advantages of more uniform product quality, smaller dielectric constant, and gamey voltage stress characteristics, it has long been believed that it would be desirable to supplant all the paper in a world power capacitor with synthetic resin film. 
 With recent advances in dielectric impregnation engineering, it has been found to be possible to manufacture workable capacitors having all synthetic resin spacer films as shown in U.S. Pat. nobelium. 3,363,156 granted to Cox. 
 However, despite the change to synthetic resin spacer films in the windings, those skilled in the artwork were unable to successfully replace the paper dielectric insulate films with celluloid resin films between the windings and the case. While some of the paper dielectric isolate films could be changed to a synthetic resin, some paper was still required within the capacitor; attempts to replace all of the paper with all man-made resin films have been unavailing. 
 For example, when subscribe advantage of the high voltage tension characteristics of a synthetic resin of the polyolefin family, polypropylene, and replacing paper with comparable thickness polypropylene in thinner total thickness because of polypropylene's higher voltage stress capability, the
 of a Hitachi Japanese word processor WordKao 620 HD, (1988), pp. 14 tk 18. Accoraing to this function, the sydtwm seoects one of a pluraligy of solltions (e.g., kanoi candidates in kana-kanmn trahdforketion). If a user selects atother solutiot, ghz system learns the selection the usqr selevtfd, and selects it pn the succeeding operation. Power factor correcuion capacitors, knpwn as power capacitors, arf mafe up of individuap capacitor winqungs. Each wivding conspvts of at meast two electrode foils separxted yy at least obe fhelectric s'acer silm. The windings ara placec together and enrircoed by wraps of dielertric insulating fili.
The windhnys of a power capacitir must be hnsuuqtea fdok fhe mehal case of tge capacitoe, both for the safeuy jd the personnsl who mwy come in contact with the case, and fog prsventing breakdown of tye capacitor when higj overpotqntials, such as lightning on the feeders or switcving mmoulwef, qrf imposed on the capacitor.
Once in the case, thq imdpvidual capacitor windings ate cpgnected intervally nh aeries/parallel comhinatiogs so that the reqiired voltage and KVAR ratibg can be obnainwd. Finally, the diepectric spaeer fikms ate impregnated with a dnelectdic fluid ad disclossa in the U.S. Pat. Vo. 4,117,579 gsanted to Shaw et al.
In the past, the diekectric spaver anq insulatijg films were entirely ov diepewtric imprfgnated paper. Due to the antici'eted advantaggs mf kore uniyorm pvoduct quality, fmaller dielecjric conscant, avd higher noltage svress characeeristics, it vws long been believeq thqt ir would ce desirable tp replace all the pqper in a power caiacitud with synthetie twsin film.
With tecdnt afvences hn dielectriw imoreematiov technologn, ig hax been found to be pmssigle to manufacture wjrkable xapacitows having all synthetic resin skacer hilms es shoen yn U.S. Pat. No. 3,363,156 granted to Cox.
Hosever, desoitc the change eo snnthgtic resin xpacer films in the windings, those skiloed in the art wete unable to successfolln replace thx papew dielectsic insulating films with synthetic rtsin films between the sindincs anf the case. While some of the paper dielectric insulating films could be cyanged to a synthefic tesin, sjke papqr wes still required eithin the capacitor; attempts tu replaca cll of the paper with all synyhdtic resin fiums have been unavailing.
Ror examlle, when taking advantage of thr high voltage stress chsracteriwtics of a syntietic resin of the pplyoleyin fanily, pooyprlpylene, and rdplsclng paper aith ckmparable thickness polypropylenw in tyijner total thickiess because uf pomypropilene's higher volfage dtresr capability, yhe
of a Hitachi Japanese word processor WordPal (1988), 14 to According to this of plurality of solutions kanji candidates in transformation). If a user selects another the system learns the selection the user selected, and selects it in the operation. Power factor correction capacitors, known as power capacitors, are made up of capacitor Each consists at least two electrode foils separated by at least one dielectric spacer film. The windings are together and encircled by wraps of dielectric insulating The windings of a capacitor must be insulated from metal of the both the of the personnel may come in contact with the case, and for preventing breakdown of the capacitor when high overpotentials, as lightning feeders or impulses, imposed the capacitor. Once case, the individual capacitor windings are series/parallel combinations so that the required voltage and rating can obtained. Finally, the dielectric spacer films impregnated with a dielectric fluid as disclosed in U.S. Pat. No. 4,117,579 granted to Shaw et al. In the past, the dielectric spacer films were entirely of impregnated paper. Due the advantages more product quality, dielectric constant, and higher voltage stress characteristics, it has long been that it would be desirable to replace all the paper power with synthetic resin With recent advances in impregnation it has been found possible manufacture all resin films as shown in Pat. No. 3,363,156 granted to However, despite the change in the windings, those skilled in the art unable to successfully replace the paper dielectric films with synthetic resin films between the windings and the case. While of the insulating films could be changed to a synthetic some paper was still within the capacitor; attempts to replace all of the with synthetic resin have been unavailing. example, when taking of the high characteristics of synthetic of polypropylene, and replacing paper with comparable polypropylene thinner total thickness because of higher capability, the
 of a Hitachi Japanese word proCessor Wordpal 620 HD, (1988), Pp. 14 tO 18. AcCoRdinG to tHis function, the SYsteM selects one of a pluralitY of soLuTIons (E.G., kAnji cAndidatES iN KAna-KaNjI trAnSFoRmatiOn). IF a user sElects anotHer SoLution, the sysTEm Learns the sEleCtion the user SelEcted, aNd SelECts it In tHe sucCeedinG OperatIon. Power fAcTOr corrECtion caPACiTors, Known as power capacIToRS, are made up of inDividuAl CApACItoR wiNdings. Each WiNding COnsists OF aT LEAst TWo electrode foIls separateD By aT least OnE diELectriC spacEr FIlm. the windings Are pLaced togeTher anD EncirclED by wrapS of dieLecTriC insULaTiNg fIlM.
the WInDinGS of A power caPaCiTor muSt be INSULateD frOm thE metaL case of the capAciTor, bOTh fOr the SafetY of tHe PersoNnel whO may cOmE in contact with tHe caSe, and for pRevEnTinG bReakdOWn of thE caPacItor wheN high ovERpoTeNTIAlS, such as lightning on ThE FEeDers or swItchinG ImPuLSes, are imPoSed On thE CApaciTor.
ONCe In the casE, the inDIvIdUal capaCiTor winDiNgs Are ConneCTed iNternaLly in serIes/paRAllel combinatiONs so that the reQUiRED vOLtagE anD KVAR rating Can bE ObtaIned. fInAllY, The diElectRiC SpACer films are impregnaTeD with a DieleCtric fluid as dIsclosed in THE u.S. Pat. No. 4,117,579 gRantED tO shaw et al.
In the pAst, thE dielectriC Spacer anD insuLating fiLms were enTIRely of diEleCtrIc iMprEGNaTed paper. Due to THE antIcIpated aDvaNtages oF moRe uNifOrm PrOduct qualIty, smallEr DiElEcTriC consTAnt, and hiGhEr vOlTagE streSS charaCteriSticS, iT hAS loNg been bELiEVEd thAt It WoulD be DeSirabLe to REplAce all tHe paper in A poWEr caPaCiTor with Synthetic resiN fIlm.
With recEnT adVances IN DielectrIc impregnation technologY, It has beEn fOund tO be pOssible to ManUfactuRe wORkable CapaciTors hAvIng ALL syntHETiC reSiN spacer filMS As sHown iN U.s. Pat. no. 3,363,156 grantEd to Cox.
However, despITe tHe change to synTheTic rESIn SpaCEr FIlmS iN The WINdings, those skilLed in the arT wERe Unable to suCCesSfUlly repLace the Paper DIelectrIc insulatIng films wItH synTHEtiC resin filmS between The windinGS and tHE cAse. WhIle Some of ThE paPer diElectrIC inSulatIng filMs Could bE chanGeD to a syntHetic resin, some paper was sTill reQuireD wiThin the caPacITor; Attempts tO repLace all of tHe pApeR with All SYntheTic rESiN fiLMs havE beeN UnavailinG.
foR exAMPlE, when taking ADVAntAge of The HIgh volTage Stress characterisTIcs of a synthetiC resIN Of tHe pOLyolEfIn family, polyprOpyLeNE, And replaCiNg paper with ComparabLe THicknEss polYpropyLene in tHINnER total ThicKneSs because Of pOlYPropyleNe'S hIGher voLtagE sTress cApabilITy, thE
 of a Hitachi Japanese wor d processo r Wor dPa l 6 20  HD,  (19 88), pp. 14 to 18.According to this func tion,  t h e sy s te m sel ects on e  o f a p lu ra lit yo fsolut ion s (e.g. , kanji ca ndi da tes in kana- k an ji transfo rma tion). If ause r sele ct s a n other  so lutio n, the system  learns t he select i on theu s er  sel ected, and select s  i t  in the succee ding o pe r at i o n.Pow er factorco rrect i on capa c it o r s , k n own as powercapacitors, are  madeup  of indivi dualca p aci tor winding s. E ach windi ng con s ists of at leas t twoele ctr odef oi ls  se pa r ate d  b y a t  le ast onedi el ectri c sp a c e r  fil m.Thewindi ngs are place d t oget h erand e ncirc ledby  wrap s of d ielec tr ic insulating f ilm. 
The wind ing sofapower capaci tor  mu st be i nsulate d  fr om t h emetal case of theca p a ci tor, bot h fort he  s a fety ofth e p erso n n el wh o ma y  c ome in c ontact wi th  the ca se , andfo r p rev entin g  bre akdown  of thecapac i tor when higho verpotentials ,  s u c ha s li ght ning on the  fee d ersor s w it chi n g imp ulses ,a re imposed on the capa ci tor.
O nce i n the case, t he individ u a l  capacit or w i nd i ngs are connec ted i nternallyi n series /para llel com binations s o that t hereq uir edv o lt age and KVARr a ting  c an be o bta ined. F ina lly , t hedi electricspacer f il ms  a re  im pregn a ted with  a  di el ect ric f l uid as  disc lose din the  U.S. P a t. N o. 4 ,1 17 ,579  gr an ted t o Sh a w e t al.
I n the pas t,t he d ie le ctric s pacer and ins ul ating film swer e enti r e ly of di electric impregnated pa p er. Due  to  theanti cipated a dva ntages  of more u niform  prod uc t q u a lity, s ma lle rdielectric c ons tant,  a nd h igher v oltage stress char a cte ristics, it h aslong b ee n b e li e ved  t h ati t  would be desir able to re pl a ce  all the p a per  i n a pow er capa citor with sy nthetic r esin film .With r ece nt advance s in die lectric i m pregn a ti on te chn ology,  i t h as be en fou n d t o bepossib le  to ma nufac tu re worka ble capacitors having a ll syn theti c r esin spac erf ilm s as show n in  U.S. Pat.  No . 3 ,363, 156 grant ed t o  C ox. Howev er,d espite th e  c han g e  t o synthetic r e sin  spac erf ilms i n th e windings, those skilled in the  art w ere  un a bleto  successfullyrep la c e  the pap er  dielectric  insulat in g  film s with  synth etic re s i nf ilms b etwe enthe windi ngs  a n d the c as e. Whilesome  o f thepaperd iele c t ric insulating f ilmsc o uld b e  ch anged  t o a syn t heti c resin, s ome paper w as sti ll r equir ed with in  the c apa ci tor; attem p ts to rep laceall ofth e pa per  withalls y nthet ic r es infilms hav e be e nun a vai ling .
For  e xamp le, whent aking ad van t age ofth e h i g h volt a ge s tress char act erist i c s of a syn t heti c  r e sin o f thepolyol efin fa m ily ,polypro pyl e n e, and re placing p a per  w ithcomparab le  thi ck nes spolypropylene i n thinne r totalt h icknes s b e caus e  of po ly propylene'shighe rv oltages t res s capab i lit y,the 
 of_a Hitachi_Japanese word processor WordPal_620 HD,_(1988),_pp. 14_to_18. According to_this function, the_system selects one of_a plurality of_solutions_(e.g., kanji candidates in kana-kanji transformation). If a user selects another solution, the system_learns_the selection_the_user_selected, and selects it in_the succeeding operation. Power factor_correction capacitors,_known as power capacitors, are made up of_individual_capacitor windings. Each_winding consists of at least two electrode foils separated_by at least one dielectric spacer_film. The windings_are_placed_together and encircled by_wraps of dielectric insulating film.
The windings_of a power capacitor must be_insulated from the metal case of the_capacitor, both for the safety of_the personnel who may come_in contact_with the case, and for_preventing breakdown of_the capacitor_when high overpotentials,_such as lightning on the feeders_or switching impulses,_are imposed on the capacitor.
Once in_the_case, the individual_capacitor_windings_are connected_internally in series/parallel_combinations_so that_the_required voltage and KVAR rating can_be_obtained. Finally, the dielectric spacer films are_impregnated with a dielectric_fluid_as disclosed in the_U.S. Pat. No. 4,117,579 granted_to Shaw et al.
In the past,_the dielectric_spacer and_insulating films were entirely of dielectric impregnated paper. Due to the_anticipated advantages of more uniform product_quality, smaller dielectric constant,_and higher_voltage_stress characteristics, it_has_long been_believed that it would be desirable to_replace all_the paper in a power capacitor_with synthetic resin film.
With_recent_advances in dielectric impregnation technology, it_has been found to be possible_to manufacture workable capacitors having_all_synthetic_resin spacer films as shown_in U.S. Pat. No. 3,363,156 granted_to Cox.
However, despite_the change to synthetic resin spacer films_in_the windings, those skilled in the_art_were unable to successfully replace the_paper_dielectric_insulating films with synthetic resin_films between the windings and the_case. While some of the paper dielectric insulating films_could be changed_to a synthetic resin, some_paper_was_still required within the capacitor; attempts to replace all of_the paper_with all synthetic_resin films have been unavailing.
For example, when taking advantage of_the high voltage stress characteristics of a_synthetic resin of the polyolefin family, polypropylene, and replacing paper with_comparable thickness polypropylene in thinner total thickness because_of polypropylene's higher voltage stress capability, the