 cable which employs an insulative layer that is bonded to a surrounding shield layer via an adhesive. The shield may be a braided metal, conductive polymer, or wrapped foil layer.
Gebs, U.S. Pat. No. 5,293,001 discloses a flexible, shielded cable assembly. The assembly includes a flexible metal conductor, a dielectric layer positioned about the conductor, and a flexible metallic shield disposed about the dielectric. The shield preferably employs a thin metallic foil and a metallic braid, ribbon, or tape disposed about the foil.
Davies, U.S. Pat. No. 5,043,530 discloses a shield cable which includes an internal conductive core with 1-4 wire leads, each of which are insulated with a wrapping of an insulative tape. The voids between the leads are filled with an amorphous elastomer. A shield layer is provided by braiding a silver-copper alloy wire over the elastomer-covered conductive core. The strands of the shield become embedded in the elastomeric material which thereby fills the spaces in the braided structure. A barrier of an insulative jacket surrounds the elastomer-covered shield and conductive core.
Vaupotic et al., U.S. Pat. No. 5,015,800 discloses a controlled impedance transmission line which consists of a flexible cable having a side-by-side pair of conductors. The conductors are surrounded by respective inner and outer dielectric layers. A braided wire shield surrounds the dielectric layers, which shield, in turn, is surrounded and penetrated by an exterior jacket.
Pithouse et al., U.S. Pat. No. 4,639,545 discloses a conductor which is surrounded by a dielectric. A fabric in the form of a tubular sleeve is woven or positioned around the conductor. The fabric may include a conductive metal warp and a recoverable polymeric weft, which weft is recovered to secure the fabric through engagement with the dielectric.
Maul et al., U.S. Pat. No. 4,376,229 discloses a flexible, shielded electrical conduit. The conduit includes a flexible tubing, a flexible electrical shielding disposed within the tubing, and an axially compressed, radially expanded elastic woven retainer which forces the shielding into continuous contact with the tubing. The shielding may be provided as a weave of electrically conductive filaments.
More recently, proposals have been made to provide shielding for wires, cables, lines, and the like in the form of a tubular, heat-shrinkable outer
cable which employs an insulative layer that is bonded to a besiege carapace layer via an adhesive. The carapace may be a braided alloy, conductive polymer, or wrapped foil level. 
 Gebs, U.S. Pat. nobelium. 5,293,001 discloses a flexible, shielded cable assembly. The assembly admit a flexible metal conductor, a dielectric level positioned about the conductor, and a flexible metallic shield disposed about the dielectric. The shield preferably employs a slender metallic foil and a metallic braid, ribbon, or tape dispose about the foil. 
 Davies, U.S. Pat. No. 5,043,530 discloses a carapace cable which admit an internal conductive core with 1 - 4 wire spark advance, each of which are insulated with a wrapping of an insulative tape. The voids between the star are filled with an amorphous elastomer. A shield layer is provided by braiding a silver - copper alloy telegram over the elastomer - cover conductive core. The chain of the carapace become embedded in the elastomeric material which thereby fills the spaces in the braided structure. A barrier of an insulative jacket surrounds the elastomer - cover shield and conductive core. 
 Vaupotic et al. , U.S. Pat. No. 5,015,800 discloses a controlled impedance infection line which consists of a flexible cable receive a side - by - slope pair of conductors. The conductors are surrounded by respective inner and out dielectric layers. A braided wire carapace surrounds the dielectric layer, which shield, in turn, is wall and penetrated by an exterior crown. 
 Pithouse et al. , U.S. Pat. No. 4,639,545 discloses a conductor which is surrounded by a dielectric. A fabric in the kind of a tubular sleeve is woven or position around the conductor. The fabric may admit a conductive metal warp and a recoverable polymeric weft, which weft is recover to secure the framework through engagement with the dielectric. 
 Maul et al. , U.S. Pat. No. 4,376,229 disclose a flexible, shielded electrical conduit. The conduit includes a flexible tube, a flexible electrical shielding qualify within the tubing, and an axially compressed, radially expanded elastic woven retainer which forces the shielding into continuous contact with the tubing. The shielding may be provide as a weave of electrically conductive filaments. 
 More recently, proposals have been made to provide shielding for wires, cables, lines, and the alike in the phase of a tubular, heat - shrinkable outer
 cahle which employs an insmlative layer thcr is bmnded fo a surfounding shield layer via an aehesice. The shield may be a braided letal, cobducuive polymer, or wczpped foil lagcr.
Gebv, U.S. Pat. No. 5,293,001 dixcloses a xlexible, shielgea eable assembly. The assembly includes a flexobpe metal condustor, w dislectric layer positioned about ths condubtor, and a flexibke metallic shield disposef ablut the dielectric. The shield preswrably emplohs a thin metallic foim and a metallic braid, ribbon, of tapz disposed qbiut jhe foil.
Davixs, U.S. Iat. No. 5,043,530 discloses a svield csble which inckudxs ab internal conductive core with 1-4 wire lgads, each mf which are insularee witv a frapoung of ai ihsulatlve tape. The boids betwewn the leads are fiklqe with an amodphous ejastomer. A shield layer is provided by trajding a silver-copper alooy wire over the eladtomer-covqred conductive core. The strands of the shield bewome xmcedbcq un the elastomeric material which thereby fills fht siaces in the braibed structure. A nagrogr of an insulxtive lzciet surrounds the flastomgr-coveeed shielq anc conductive core.
Vaupotic er al., U.S. Pat. Uo. 5,015,800 discloses a contrllled impedcnce ttansmixsion line which consiscs of z flexible fable havjvg a side-by-side oaig of conductors. The conductors are surriundzd by rerpecjive inger and ouher dlalectric layers. A hraidgd wira shield skrrounds the dielectric layers, xiich shield, im durt, is surxoundec and penetraeed by an extetior jackzt.
Pithuuse et al., U.S. Pat. No. 4,639,545 disclofes a conductmt which is sucrounded fy a dieoectric. X fabric in thr form of a tubular sleeve is woven ov poskfioned around tkt cinductor. The fanriz mwy iicludq a conductiva megal earp xnd a rteovcracle lolymeric weft, which weff is recovered to xegure the dabric trrough engagekent with the dieltctric.
Kauu et sl., O.S. Pat. No. 4,376,229 discloses a flexible, shielded elcctrical condtit. Bhe sonduit ineludes a flexible tubing, a flexible elecvrical shielding disposwd within the tubiny, snd an axiakly cjmpressed, radially expanded eoastic woven retalner which forces the ahieldhng ijto continuous contact with the tubing. The shielding may be provided as a weave of electriczlly condlctnve filamqnts.
Lure recently, proiosals have been made to provide shielditg for wires, cables, lines, and yhd like in the form of a tubular, heat-sgrinkablr outer
cable which employs an insulative layer that to surrounding shield via an adhesive. braided conductive polymer, or foil layer. Gebs, Pat. No. 5,293,001 discloses a flexible, cable assembly. The assembly includes a flexible metal conductor, a dielectric layer positioned the conductor, and a flexible metallic shield disposed about the dielectric. The shield employs thin foil a metallic braid, ribbon, or tape disposed about the foil. Davies, U.S. Pat. No. 5,043,530 discloses shield cable which includes an internal conductive core 1-4 wire leads, each which are insulated with a of insulative tape. voids the are filled with amorphous elastomer. A shield layer is provided by braiding a silver-copper alloy wire over the elastomer-covered conductive The strands shield become in elastomeric which thereby fills in the braided structure. A barrier jacket surrounds the elastomer-covered shield and conductive core. et al., Pat. No. 5,015,800 discloses a controlled transmission line which consists of a flexible cable a side-by-side pair of conductors. The conductors are surrounded by respective inner and outer dielectric braided wire shield surrounds dielectric layers, which in is and by an jacket. Pithouse et al., U.S. Pat. No. 4,639,545 discloses a conductor is surrounded by a dielectric. A fabric in the form tubular is woven or around the conductor. The may a conductive metal warp recoverable weft, recovered secure fabric through engagement with dielectric. Maul et al., U.S. No. 4,376,229 discloses a conduit includes a flexible tubing, a flexible electrical disposed within the tubing, and an axially radially expanded elastic woven retainer which forces the shielding into continuous contact the tubing. may be provided as a weave of electrically filaments. More recently, proposals been made to provide shielding for wires, cables, lines, the in the of a tubular, outer
 cable which employs an insulaTive layer tHat is BonDed To A surRounDing shield layeR Via aN adhesive. The shield may bE a braIdED metAL, cOnducTive polYMeR, OR wrApPeD foIl LAyEr.
GebS, U.S. pat. No. 5,293,001 diScloses a flExiBlE, shielded cabLE aSsembly. The AssEmbly includeS a fLexiblE mEtaL ConduCtoR, a dieLectriC Layer pOsitioned AbOUt the cONductor, AND a FlexIble metallic shielD DiSPosed about the dIelectRiC. thE SHieLd pReferably eMpLoys a THin metaLLiC FOIl aND a metallic braId, ribbon, or tAPe dIsposeD aBouT The foiL.
DaviEs, u.s. PaT. No. 5,043,530 discloseS a shIeld cable Which iNCludes aN InternaL conduCtiVe cOre wITh 1-4 WiRe lEaDS, eaCH oF whICh aRe insulaTeD wIth a wRappING OF an iNsuLatiVe tapE. The voids betwEen The lEAds Are fiLled wIth aN aMorphOus elaStomeR. A Shield layer is prOvidEd by braidIng A sIlvEr-CoppeR Alloy wIre OveR the elaStomer-cOVerEd CONDuCtive core. The strandS oF THe Shield beCome emBEdDeD In the elaStOmeRic mATErial WhicH ThEreby filLs the sPAcEs In the brAiDed strUcTurE. A bArrieR Of an InsulaTive jackEt surROunds the elastoMEr-covered shieLD aND CoNDuctIve Core.
VaupotiC et aL., u.S. PaT. No. 5,015,800 dIScLosES a conTrollEd IMpEDance transmission liNe Which cOnsisTs of a flexible Cable havinG A SIde-by-sidE paiR Of COnductors. The coNductOrs are surrOUnded by rEspecTive inneR and outer DIElectric LayErs. a brAidED WiRe shield surroUNDs thE dIelectrIc lAyers, whIch ShiEld, In tUrN, is surrouNded and pEnEtRaTeD by An extERior jackEt.
pitHoUse Et al., U.s. pat. No. 4,639,545 dIscloSes a CoNdUCtoR which iS SuRROundEd By A dieLecTrIc. A faBric IN thE form of A tubular sLeeVE is wOvEn Or positIoned around thE cOnductor. ThE fAbrIc may iNCLude a conDuctive metal warp and a recOVerable PolYmeriC wefT, which wefT is RecoveRed TO securE the faBric tHrOugH ENgageMENt WitH tHe dielectrIC.
mauL et al., u.S. pat. NO. 4,376,229 discloSes a flexible, shieldED elEctrical conduIt. THe coNDUiT inCLuDEs a FlEXibLE Tubing, a flexible Electrical ShIElDing disposED wiThIn the tuBing, and An axiALly compRessed, radIally expaNdEd elASTic Woven retaiNer which Forces the SHieldINg Into cOntInuous CoNtaCt witH the tuBIng. the shIeldinG mAy be prOvideD aS a weave oF electrically conductive FilameNts.
MoRe rEcently, prOpoSAls Have been mAde tO provide shIelDinG for wIreS, CableS, linES, aNd tHE like In thE Form of a tuBUlAr, hEAT-sHrinkable ouTER
 cable which employs an in sulative l ayertha t i sbond ed t o a surroundin g  shi eld layer via an adhes ive.Th e  shi e ld  maybe a br a id e d  me ta l,  co nd u ct ive p oly mer, or  wrapped f oil  l ayer.
Gebs,U .S . Pat. No.  5, 293,001 disc los es a f le xib l e, sh iel ded c able a s sembly . The ass em b ly inc l udes af l ex ible  metal conductor, ad ielectric laye r posi ti o ne d abo utthe conduc to r, an d  a flex i bl e m eta l lic shield di sposed abou t  th e diel ec tri c . Theshiel dp ref erably empl oysa thin me tallic foil an d  a meta llic b rai d,ribb o n,  o r t ap e  di s po sed abo ut the f oi l. 
Davi es,U . S .  Pat . N o. 5 ,043, 530 discloses  ashie l d c ablewhich  inc lu des a n inte rnalco nductive core w ith1-4 wirelea ds , e ac h ofw hich a reins ulatedwith aw rap pi n g of  an insulative tap e. T he  voids b etween th el eads are  f ill ed w i t h anamor p ho us elast omer.A  s hi eld lay er  is pr ov ide d b y bra i ding  a sil ver-copp er al l oy wire over t h e elastomer-c o ve r e dc ondu cti ve core. Th e st r ands  oft he  sh i eld b ecome  e m be d ded in the elastome ri c mate rialwhich thereby  fills the s p aces intheb ra i ded structure.  A ba rrier of a n  insulat ive j acket su rrounds t h e  elastom er- cov ere d s h i el d and conduct i v e co re .
Vaupo tic  et al. , U .S.  Pa t.No . 5,015,8 00 discl os es  a  c ont rolle d  impedan ce  tr an smi ssion line w hichcons is ts ofa flexi b le c able  h av inga s id e-by- side pai r of co nductors.  Th e  con du ct ors are  surrounded b yrespective  i nne r ando u ter diel ectric layers. A braide d  wire s hie ld su rrou nds the d iel ectric  la y ers, w hich s hield ,int u rn, i s su rro un ded and pe n e tra ted b yan e xterior  jacket.
Pithousee t a l., U.S. Pat.  No . 4, 6 3 9, 545 di s clo se s  ac o nductor which i s surround ed by  a dielect r ic.  A  fabric  in the  form of a tu bular sle eve is wo ve n or p osi tioned aro und theconductor .  Thef ab ric m ayinclud ea c onduc tive m e tal  warp  and a  r ecover ablepo lymericweft, which weft is rec overed  to s ecu re the fa bri c  th rough eng agem ent with t hedie lectr ic. Maulet a l .,  U. S . Pat . No .  4,376,22 9  d isc l o se s a flexibl e , shi elded  el e ctrica l co nduit. The condui t  includes a fl exib l e  tu bin g , afl exible electri cal  s h i elding d is posed withi n the tu bi n g, an d an a xially  compre s s ed ,  radia llyexp anded ela sti cw oven re ta in e r whic h fo rc es the  shiel d ingi n to continuous co ntact w ith t h e t ubing .The shi e ldin g may be p rovided asa weav e of  elec tricall yconduc tiv efilaments. More rece ntly,  propos al s ha vebeen m adet o  prov idesh iel ding forw i re s ,ca b les , li nes,an d th e like in the form  of a tubul ar , h e a t-shri n ka b l e outer
 cable_which employs_an insulative layer that_is bonded_to_a surrounding_shield_layer via an_adhesive. The shield_may be a braided_metal, conductive polymer,_or_wrapped foil layer.
Gebs, U.S. Pat. No. 5,293,001 discloses a flexible, shielded cable assembly. The_assembly_includes a_flexible_metal_conductor, a dielectric layer positioned_about the conductor, and a_flexible metallic_shield disposed about the dielectric. The shield preferably_employs_a thin metallic_foil and a metallic braid, ribbon, or tape disposed_about the foil.
Davies, U.S. Pat. No._5,043,530 discloses a_shield_cable_which includes an internal_conductive core with 1-4 wire leads,_each of which are insulated with_a wrapping of an insulative tape. The_voids between the leads are filled_with an amorphous elastomer. A_shield layer_is provided by braiding a_silver-copper alloy wire_over the_elastomer-covered conductive core._The strands of the shield become_embedded in the_elastomeric material which thereby fills the_spaces_in the braided_structure._A_barrier of_an insulative jacket_surrounds_the elastomer-covered_shield_and conductive core.
Vaupotic et al., U.S._Pat._No. 5,015,800 discloses a controlled impedance transmission_line which consists of_a_flexible cable having a_side-by-side pair of conductors. The_conductors are surrounded by respective inner_and outer_dielectric layers._A braided wire shield surrounds the dielectric layers, which shield, in_turn, is surrounded and penetrated by_an exterior jacket.
Pithouse et_al., U.S._Pat._No. 4,639,545 discloses_a_conductor which_is surrounded by a dielectric. A fabric_in the_form of a tubular sleeve is_woven or positioned around_the_conductor. The fabric may include a_conductive metal warp and a recoverable_polymeric weft, which weft is_recovered_to_secure the fabric through engagement_with the dielectric.
Maul et al., U.S._Pat. No. 4,376,229_discloses a flexible, shielded electrical conduit. The_conduit_includes a flexible tubing, a flexible_electrical_shielding disposed within the tubing, and_an_axially_compressed, radially expanded elastic woven_retainer which forces the shielding into_continuous contact with the tubing. The shielding may be_provided as a_weave of electrically conductive filaments.
More_recently,_proposals_have been made to provide shielding for wires, cables, lines,_and the_like in the_form of a tubular, heat-shrinkable outer