CS266241B1 - High-voltage coupling member - Google Patents

High-voltage coupling member Download PDF

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Publication number
CS266241B1
CS266241B1 CS857303A CS730385A CS266241B1 CS 266241 B1 CS266241 B1 CS 266241B1 CS 857303 A CS857303 A CS 857303A CS 730385 A CS730385 A CS 730385A CS 266241 B1 CS266241 B1 CS 266241B1
Authority
CS
Czechoslovakia
Prior art keywords
aca aca
sleeve
discrete components
receiver
tube
Prior art date
Application number
CS857303A
Other languages
Czech (cs)
Other versions
CS730385A1 (en
Inventor
Peter Karnbach
Hans Bell
Jurgen Hertel
Original Assignee
Peter Karnbach
Hans Bell
Jurgen Hertel
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Peter Karnbach, Hans Bell, Jurgen Hertel filed Critical Peter Karnbach
Publication of CS730385A1 publication Critical patent/CS730385A1/en
Publication of CS266241B1 publication Critical patent/CS266241B1/en

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Classifications

    • H—ELECTRICITY
    • H10—SEMICONDUCTOR DEVICES; ELECTRIC SOLID-STATE DEVICES NOT OTHERWISE PROVIDED FOR
    • H10F—INORGANIC SEMICONDUCTOR DEVICES SENSITIVE TO INFRARED RADIATION, LIGHT, ELECTROMAGNETIC RADIATION OF SHORTER WAVELENGTH OR CORPUSCULAR RADIATION
    • H10F55/00—Radiation-sensitive semiconductor devices covered by groups H10F10/00, H10F19/00 or H10F30/00 being structurally associated with electric light sources and electrically or optically coupled thereto
    • H10F55/20—Radiation-sensitive semiconductor devices covered by groups H10F10/00, H10F19/00 or H10F30/00 being structurally associated with electric light sources and electrically or optically coupled thereto wherein the electric light source controls the radiation-sensitive semiconductor devices, e.g. optocouplers
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B10/00—Transmission systems employing electromagnetic waves other than radio-waves, e.g. infrared, visible or ultraviolet light, or employing corpuscular radiation, e.g. quantum communication
    • H04B10/80—Optical aspects relating to the use of optical transmission for specific applications, not provided for in groups H04B10/03 - H04B10/70, e.g. optical power feeding or optical transmission through water
    • H04B10/801—Optical aspects relating to the use of optical transmission for specific applications, not provided for in groups H04B10/03 - H04B10/70, e.g. optical power feeding or optical transmission through water using optical interconnects, e.g. light coupled isolators, circuit board interconnections
    • H04B10/802—Optical aspects relating to the use of optical transmission for specific applications, not provided for in groups H04B10/03 - H04B10/70, e.g. optical power feeding or optical transmission through water using optical interconnects, e.g. light coupled isolators, circuit board interconnections for isolation, e.g. using optocouplers

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  • Physics & Mathematics (AREA)
  • Electromagnetism (AREA)
  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Photo Coupler, Interrupter, Optical-To-Optical Conversion Devices (AREA)
  • Securing Of Glass Panes Or The Like (AREA)

Abstract

The object of the invention consists in the creation of an economical manufacturing technology and this object has been achieved in such a way that the discretely encapsulated transmitter and receiver components are located opposite one another in a radially spring-loaded sleeve made of glass, plastic, ceramics or preferably metal, the latter having the shape of a wound spiral spring with no space between the coils with its ends overlapping. The inside of the sleeve is a reflective metal surface. The disposition of the radially spring-loaded sleeve around the discrete components guarantees a substantial increase in the coupling factor and reduces the overall assembly cost to the insertion of the discrete components into the sleeve and the subsequent enclosure.

Description

.. 1 _ 266241.. 1 _ 266241

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H3Jio)KeHHe cymecTBa H3o6peTeHHH IÍ3o6peTeHne HMeeT cbohm 3aflaHneM co3flaHHe βμοοκοβοηβτηογο onTonapHoro ycTrpoňCTBa C HH3KHMH MOHTaJKHblMH 33Τρ3Τ3ΜΗ ΠρΗ COXpaHEHHH HJIH JK6 nOBblIIieHHH KO~θφφΗΗΗβΗΤΗ CBH3H. B COOTBeTCTBHH C. H3o6peTeHHeM 3Ta 3aflaHa peineHa T3KHM 06-pa3OM, hto flHcxpeTHO repMeTH3HpoBaHHbie nepeqawiUHH h npnHHMaiomHH ripn6opbi pac-nojicoKeHbí b paqHajibHo npyxcHHHineH Tpy6xe, πρκπβΜ 3Ta Tpy6xa goctoht H3 CTeKJia,nnacTMaccbi hjih xe npeHMymecTBeHHo H3 CBepHyToň MeTamiHwecKoň nojiocbi. BHyT-peHHHH cropoHa Tpy6xH ηβληθτοη oTpaacarameň MeTajuinnecKoň noBepxHocTbio.PaccTOHHHe rte^qy flHCKpeTHbíMH npn6opaMH, a Taote paccTOHHHe noTeHqHajibHOBe-qyiHHx cocTaBHbix qeTaneň qHCKpeTHbix. πρκδοροΒ qó TpyčKH qonacHbí 6ητβ βμποπηθ-Hbl TaKHM o6pa3OM, HTO6bl ÓHH OÓeCneHHJIH BblCOKOBOJIbTHyiO npOHHOCTb. BHyTpeHHHHΓβοΜβτρΗΗ Tpy6Kn cootBeTCTByeT, oeočeHHo Ha ee Konqax, BHeuiHeň reoMerpHHfíHCKpeTHbIX ΠρΗδορΟΒ, TIK HTO OHH MOryT 6bITb BHyTpH TpyĎKH JierKO 3aataTbl HJIH33φΗΚ0Ηρ OBH HbI * ΠρΗ npeHMymecTBeHHo ΠρΗΜθΗβΗΗΗ MeTHJlJIHH eCKHX TpyÓOK 3TH Tpy6~kh qojuKHbí 6biTb BbmojiHeHbí Taxm o6pa3OM, ητο6μ ohh ημ&amp;πη φορΜγ OKpyrjioň npy-XHHbí H3TH6a (cnHpajibHOH npyacHHbí) 6e3 npoMeacyroHHoro npocTpaHC-TBa Meatqy BHT-KaMH H hto6m KOHqbí MeTajuiHneckoh nojiocKH HaKjiaflbiBajiHCb qpyr Ha qpyra. ΠρΗnpHMGHeHHH CT eKJIH HHbIX, IIJiaCTMaCCOBblX HJIH KepaMHHeCKHX TpyÓOK, KOTOpbie Tai<-®e HMewT φορι^ oxpyrjiOH npyjKHHbí H3řH6a 6e3 npoMexyTOHHoro npocTpaHCTBa Meac-qy BHTKaMH, qHCKpeTHbie πρκδορω qoqacHbí 6biTb 38Φηκοηροβ3ηη b Tpy6xe c noMombioKJIGH ·H3Jio) KeHHe cymecTBa H3o6peTeHHH IÍ3o6peTeHne HMeeT cbohm 3aflaHneM co3flaHHe βμοοκοβοηβτηογο onTonapHoro ycTrpoňCTBa C HH3KHMH MOHTaJKHblMH 33Τρ3Τ3ΜΗ ΠρΗ COXpaHEHHH HJIH JK6 nOBblIIieHHH KO ~ θφφΗΗΗβΗΤΗ CBH3H. B COOTBeTCTBHH C. H3o6peTeHHeM 3TA 3aflaHa peineHa T3KHM 06 pa3OM, hto flHcxpeTHO repMeTH3HpoBaHHbie nepeqawiUHH h npnHHMaiomHH ripn6opbi pac-b nojicoKeHbí paqHajibHo npyxcHHHineH Tpy6xe, πρκπβΜ 3TA Tpy6xa goctoht H3 CTeKJia, nnacTMaccbi hjih xe npeHMymecTBeHHo H3 CBepHyToň MeTamiHwecKoň nojiocbi. BHyT-peHHHH cropoHa Tpy6xH ηβληθτοη oTpaacarameň MeTajuinnecKoň noBepxHocTbio.PaccTOHHHe rte ^ qy flHCKpeTHbíMH npn6opaMH, and Taote paccOHOHHe noTeHqHajibHOBe-qyiHHx cocTaBHbix qeDane qHCKpeTHbix. πρκδοροΒ qó TpyčKH qonacHbí 6ητβ βμποπηθ-Hbl TaKHM o6pa3OM, HTO6bl HHH ÓOcOnHHJIH BblCOKOBOJIbTHyiO npOHHOCTb. BHyTpeHHHHΓβοΜβτρΗΗ Tpy6Kn cootBeTCTByeT, oeočeHHo Ha ee Konqax, BHeuiHeň reoMerpHHfíHCKpeTHbIX ΠρΗδορΟΒ, TIK HTO OHH Ballad 6bITb BHyTpH TpyĎKH JierKO 3aataTbl HJIH33φΗΚ0Ηρ OBH HBI * ΠρΗ npeHMymecTBeHHo ΠρΗΜθΗβΗΗΗ MeTHJlJIHH eCKHX TpyÓOK 3TH Tpy6 ~ kh qojuKHbí 6biTb BbmojiHeHbí Taxm o6pa3OM, ητο6μ ooh ημ &amp; πη φορΜγ OKpyrjioň NPY -XHHb H3TH6a (cnHpajibHOH npyacHHb1) 6e3 npoMeacyroHHoro npocTpaHC-TBa Meatqy BHT-KaMH H hto6m KOHqb MeTajuiHneckoh nojiocKH HaKjiaflbiBajiHCb qpyr Ha qpyra. ΠρΗnpHMGHeHHH CT eKJIH HHbIX, IIJiaCTMaCCOBblX HJIH KepaMHHeCKHX TpyÓOK, KOTOpbie Tai <-®e HMewT φορι ^ oxpyrjiOH npyjKHHbí H3řH6a 6E3 npoMexyTOHHoro npocTpaHCTBa MEAC-qy BHTKaMH, qHCKpeTHbie πρκδορω qoqacHbí 6biTb 38Φηκοηροβ3ηη Tpy6xe b · c noMombioKJIGH

ΠρΗΜερ HCnOJIHeHHH Η3θ6ρβτθΗΗθ ποηρο6ηο pastacHeHO c noMombio πρΗίιοτκβΗΗΟΓΟ nepTeaca, coqepacameronpHMep HCnOJIHeHHH. 3to noxa3aHO HaΠρθερ HCnOJIHeHHH θ3θ6ρβτθΗΗθ ποηρο6ηο pastacHeHO c noMombio πρΗίιοτκβΗΗΟΓΟ nepTeaca, coqepacameronpHMep HCnOJIHeHHH. 3to noxa3aHO Ha

Phc. 1 Pa3pe3 b qjiHHy nepe3 onTonapyPhc, 2 nonepeHHbiň pa3pe3 nepe3 onTonapy , ΙΪΗφρ3Κρ30ΗΗΗ 3MHTTHpyi01HHH qHOq 1 Η φοΤΟΤρβ H3HCTOP 2 pacnOJIOXeHbl B CTeKJIHH-Hoň,. njiacTMaccoBoň, KepaMHHecKoň hjih npeHMymecTBeHHo MeTajunmecKOH Tpy6xe 3HanpoTHB qpyr qpyra. BHyTpeHHHH CTopoHa Tpy6KH 3 HBJíaeTCH OTpamaiomeH MeTan-jiHHecKoň noBepxHOCTbW. noc.peqcTBOM pacnojioHteHHH OTpáxaíomeH MeTajuinnecKOH no-BepxHOCTH Boxpyr qncKpeTHbix πρκδοροΒ o6ecneHHBaeTCH cymecTBeHHoe noBbnneHHeΚΟ3φφΗΗΗβΗΤΗ CBH3H. ΓθΟΜεΤρΗΗ paflHajlbHO ΠρρΚΗΗΗΙΙξθΠ Tpy.ČKH 3 BblÓpaHa TaKHMo6paáoM, hto OHa Ha cbohx KOHqax cooTBeTCTByeT reoMeTpHH qHCKpeTHbix πρκδο-póB 2 h 1. ΠρΗ npeHMymecTBeHHOM πρημθηθηηη MeTajuiHHecKoň Tpy6KH 3, KOTopan - 3 - 266241 ΗΜβετ φορΜγ OKpyrjioň npyxHHbí H3rH6a 6e3 npoMeacyTOMHoro npocTpaHCŤBa MewnyBHTK3MH h KOHUbi κοτοροΗ HaxnanbiBaioTCH npyr Ha flpyra, nerxo oÓecneHHBaeTCHBO3MO7KHOCTL· 337ΚΗΜ3 ΗΠΗ <|>HKCHpOBaHH5Í XtHCKpeTHbK ripuCopOB 1 H 2 ΠρΗ BCTaB-jieHHH b Tpy6Ky.3. 3thm ο,βηοβρeM&amp;HHo oSnemaeTCH aKCHanbHoe pacnano»eHne npyr HanpoTHB npyraflHCKpeTHbIX npHÓOpOB 2 H 1, ΗβΜ 06ecneHHBaeTCH xoponmň ΚΟ3φφΗΗΗβΗΤ cbhsh. flajibHeňuiHM npeHMymecTBOM ycTpoňcTBa nncKpeTHbtx npHČopos b ΜβτβππΗηeckoh Tpy6-Κβ HBJIHeTCH BO3MO3KHOČTb Η3ΜβρβΗΗΗ 3ΠβΚΤρΗΗβΟΚΗΧ flaHHbK ΠρΗθορΟΒ 1 Η 2 BTpyCxe 3 nonapHO, η τηκημ o6pa3OM, no oKOHnaTenbHoň repMeTH3aijHH 4 onTonapbiMoryT 6biTb ycTaHOBrreHbr onpeneneHHbie κοβΦΦηηηθητη cbhsh, 06iune 3aTpaTbi Ha μοητβ® BbicoKOBonbTHoň οπτοηηρω, τβκημ o6pa3OM, orpaHHHHBá-kjtch BCTaBnetmeM ftHCKpeTHbix nepenaioninx h npHHHMaioumx npHĎopoB b panHanbHOnpyjKHHHiuyio Tpy6xy H hx nocnenyiomeň repMeTH3aipieň, 3aaBKa Ha Η3θ6ρβτβΗΗβ . 1. OnTonapa, cocToninaa H3 βΗοκρβτΗΟ 3arepMeTH3HpoBaHHbix nepenáwiHHX η πρηηη-Maiomnx npučopoB, xapaKTepH3y»maHCH τβΜ, ητο ηποκρβτΗο 3arepMeTH3HpoBanHbienpH^opbi (1) h (2) pacnonoweHM HanpoTHB npyr npyra.B pannanbHO npyacHHHmeňTpy6xe (3). 2. OnTonapa β οοοτβθτοτβηη c 3aHBKoň 1, xapaKTepH3ywiuancH τβΜ, hto Tpy6xa(3) coctoht H3 CTeKna, xepaMHKH, nnacTMaccbi ηπη npeHMymecTBeHHO H3 μθ-rajtna, 3. OnTonapa b cooTBeTCTBHH c 3anBK0ň 1, xapaKTepH3yioinaHCH τθμ, mto BHyTpeH“·hhh CTopoHa Tpy6xn (3) oSnanaeT OTpaxaiomeň ΜβτβππΗΗβοκοΗ noBepxHOCTbio. 4. OnTonapa β cooTBeTCTBHH c 33hbkoh 1 h 2, xapaKTepH3yiomaHCH τθμ, hto πρηnpeuMymecTBeHHOM npHMeHeHHH MeTajuntnecKoň TpySKH (3) OHa ΗΜββτ φορΜν οκ-pymoň npyacHHbí H3TH6a (cnHpanbHoň npyxuHbí) 6β3 npoMeacyToňHoro npocTpdHCT-Ba MeHtfjy βητκημη. Ρβ310ΜβPhc. 1 Pa3pe3 b qjiHHy nepe3 onTonapyPhc, 2 nonepeHHbb pa3pe3 nepe3 onTonaps, ρφρ3Κρ30ΗΗΗ 3MHTTHpyi01HHH qHOq 1 φ φοΤΟΤρβ H3HCTOP 2 pacnOJIOXeHbl B CTeKJIHH-Hoň ,. njiacTMaccoBoň, KepaMHHecKon hjih npeHMymecTBeHHo MeTajunmecKOH Tpy6xe 3HanpoTHB qpyr qpyra. BHyTpeHHHH CTopoHa Tpy6KH 3 HBJiaeTCH OTpamaiomeH MeTan-jiHHecHo noBepxHOCTbW. night.peqcTBOM pacnojioHteHHH OTpáxaíomeH MeTajuinnecKOH no-BepxHOCTH Boxpyr qncKpeTHbix πρκδοροΒ o6ecneHHBaeTCH cymecTBeHHoe noBbnneHHeΚΟ3φφΗΗΗβΗΤΗ CBH3H. ΓθΟΜεΤρΗΗ paflHajlbHO ΠρρΚΗΗΗΙΙξθΠ Tpy.ČKH BblÓpaHa TaKHMo6paáoM 3, OH and HTO Ha cbohx KOHqax cooTBeTCTByeT reoMeTpHH qHCKpeTHbix πρκδο 2 h-POB first ΠρΗ npeHMymecTBeHHOM πρημθηθηηη MeTajuiHHecKoň Tpy6KH 3 KOTopan - 3-266241 ΗΜβετ φορΜγ OKpyrjioň npyxHHbí H3rH6a 6E3 npoMeacyTOMHoro npocTpaHCŤBa MewnyBHTK3MH h KOHUbi κοτοροΗ HaxnanbiBaioTCH npyr Ha flpyra, nerxo oÓecneHHBaeTCHBO3MO7KHOCTL · 337ΚΗΜ ΗΠΗ <|> HKCHpOBaHH5Í XtHCKpeTHbK ripuCopOB 1 H 2 ΠρΗ BCTaB-jieHHH b Tpy6Ky.3. 3thm ο, βηοβρeM & HHo oSnemaeTCH and KCHanbHoe pacnano »eHne npyr HanpoTHB npyraflHCKpeTHbIX npHÓOpOB 2 H 1, ΗβΜ 06ecneHHBaeTCH xoponm ΚΟ3φφΗΗΗβΗΤ cbhsh. flajibHeňuiHM npeHMymecTBOM ycTpoňcTBa nncKpeTHbtx npHČopos b ΜβτβππΗηeckoh Tpy6-Κβ HBJIHeTCH BO3MO3KHOČTb Η3ΜβρβΗΗΗ 3ΠβΚΤρΗΗβΟΚΗΧ flaHHbK ΠρΗθορΟΒ Η 1 2 3 BTpyCxe nonapHO, η τηκημ o6pa3OM, but oKOHnaTenbHoň repMeTH3aijHH 4 onTonapbiMoryT 6biTb ycTaHOBrreHbr onpeneneHHbie κοβΦΦηηηθητη cbhsh, 06iune 3aTpaTbi Ha μοητβ® BbicoKOBonbTHoň οπτοηηρω, τβκημ o6pa3OM, orpaHHHHBá -kjtch BCTaBnetmeM ftHCKpeTHbix nepenaioninx h npHHHMaioumx npHHopoB b panHanbHOnpyjKHHHiuyio Tpy6xy H hx nocnenyiomeon repMeTH3aipie, 3aaBKa Ha Η3θ6ρβτβΗΗβ. First OnTonapa, cocToninaa H3 βΗοκρβτΗΟ 3arepMeTH3HpoBaHHbix nepenáwiHHX η πρηηη-Maiomnx npučopoB, xapaKTepH3y »maHCH τβΜ, ητο ηποκρβτΗο 3arepMeTH3HpoBanHbienpH opbi ^ (1) H (2) N pyr pacnonoweHM HanpoTHB npyra.B pannanbHO npyacHHHmeňTpy6xe (3). Second OnTonapa β οοοτβθτοτβηη c 3aHBKoň 1 xapaKTepH3ywiuancH τβΜ, HTO Tpy6xa (3) H3 coctoht CTeKna, xepaMHKH, nnacTMaccbi ηπη npeHMymecTBeHHO H3 μθ-rajtna 3. OnTonapa cooTBeTCTBHH b c 3anBK0ň 1 xapaKTepH3yioinaHCH τθμ MTO BHyTpeH "· hhh CTopoHa Tpy6xn (3) oSnanaeT OTpaxaiomeň ΜβτβππΗΗβοκοΗ noBepxHOCTbio. Fourth OnTonapa β c cooTBeTCTBHH 33hbkoh 1 h 2 xapaKTepH3yiomaHCH τθμ, HTO πρηnpeuMymecTBeHHOM npHMeHeHHH MeTajuntnecKoň TpySKH (3) OH and ΗΜββτ φορΜν οκ-pymoň npyacHHbí H3TH6a (cnHpanbHoň npyxuHbí) 6β3 npoMeacyToňHoro npocTpdHCT-Ba MeHtfjy βητκημη. Ρβ310Μβ

BbicoKOBOJibTHan onTonapa, conepacaman ηκοκρβτΗΟ 3arepMeTH3HpoBaHHbie nepenaio-U|He -H ΠΡΗΗΗΜ3Κ)ΙΙξΗβ npHSopbl, Hejlb Η3θ6ρβΤβΗΗΗ COCTOHT B CO3flaHHH paUHOHajIbHOHΤβΧΗΟΠΟΓΗΗ Η3ΓΟΤΟΒΠβΗΗΗ Η B COOTBeTCTBHH C 3βη3ΗΗβΜ 6bUia peilieHa T3KHM O6pa~3OM, hto flHCKpeTHo 3arepMeTH3HpoBaHHbie nepenaroinne. h npHHHMawmHe npH6opbipac-ποποκβΗΜ HanpoTHB npyr npyra b panHanbHO npyacHHHineň Tpy6xe H3 CTeKna, ralacT-Maccbi, xepaMHKH ηπη npeHMymecTBeHHO H3 MeTanna, πρηηβΜ OHa ΗΜββτ φopMy οκ- 'pyrnoň npywnubi H3rnfía (cnHpanbHoň npyacHHbí) 6β3 npcMeacyTonnoro npocTpaHCTBaMeacny βητκβμη, κοηηη κοτοροή HaKnaflbiBawTCH npyr Ha npyra, BHyTpeHHHH noeepx-HocTb Tpy6KH HBJXHeTCH oTpaacawiueň MeŤannHaecKoň noBepxHOCTbio. YcTpoňcTBo pa-nuanbHO npywHHHmeň TpySKH. Mexny ηκοκρετΗΜΜΗ npHSopaMH oSecnenHBaeT cymecT-ΒβΗΗΟβ ΠΟΒΜΒΙβΗΗβ ΚΟ3φφΗΒΗβΗΤ3 CBH3H H CHHacaeT θ6ΐ1(Ηβ 3aTpaTbI Ha ΜΟΗΤ33Κ, ΚΟΤΟ~pwň orpaHHHHBaeTCH BCTaBrieiraeMηκβκρβτΗΜχ πρΗβοροΒ b TpySxy h nocnenywmeňrepMeTH3anHeň. ΠρΗ3Η3ΗΟ Η3θΡ>ρβΤβΗΗβΜ ΠΟ pe3yjlbTaTaM 3KCIiepTH3bI, OCymeCTBneHHOň BenOMCTBOMno nenaM Η3θ6ρβτβΗΗΗ η πβτβΗΤΟΒ Γ^Ρ, 1 ηβρτβχBbicoKOBOJibTHan onTonapa, conepacaman ηκοκρβτΗΟ 3arepMeTH3HpoBaHHbie nepenaio-U | He ΠΡΗΗΗΜ3Κ -H) ΙΙξΗβ npHSopbl, Hejlb Η3θ6ρβΤβΗΗΗ COCTOHT B CO3flaHHH paUHOHajIbHOHΤβΧΗΟΠΟΓΗΗ Η3ΓΟΤΟΒΠβΗΗΗ Η C B COOTBeTCTBHH 3βη3ΗΗβΜ 6bUia peilieHa T3KHM O6pa ~ 3OM, HTO flHCKpeTHo 3arepMeTH3HpoBaHHbie nepenaroinne. h npHHHMawmHe npH6opbipac ποποκβΗΜ HanpoTHB-N pyr N pyr b panHanbHO npyacHHHineň Tpy6xe H3 CTeKna, ralacT-Maccbi, xepaMHKH ηπη npeHMymecTBeHHO H3 MeTanna, OH and πρηηβΜ ΗΜββτ φopMy οκ- 'pyrnoň npywnubi H3rnfía (cnHpanbHoň npyacHHbí) 6β3 npcMeacyTonnoro npocTpaHCTBaMeacny βητκβμη, κοηηη κοτοροή HaKnaflbiBawTCH N pyr Ha N pyr , BHyTpeHHHH noeepx-HocTb Tpy6KH HBJXHeTCH oTpaacawiueň MeŤnHaecKoň noBepxHOCTbio. YcTpmcTBo pa-nuanbHO npywHHHome TpySKH. Mexny ηκοκρετΗΜΜΗ npHSopaMH oSecnenHBaeT cymecT-ΒβΗΗΟβ ΠΟΒΜΒΙβΗΗβ ΚΟ3φφΗΒΗβΗΤ3 CBH3H H CHHacaeT θ6ΐ1 (Ηβ 3aTpaTbI Ha ΜΟΗΤ33Κ, ΚΟΤΟ ~ PWN orpaHHHHBaeTCH BCTaBrieiraeMηκβκρβτΗΜχ πρΗβοροΒ b TpySxy h nocnenywmeňrepMeTH3anHeň. ΠρΗ3Η3ΗΟ Η3θΡ> ρβΤβΗΗβΜ ΠΟ pe3yjlbTaTaM 3KCIiepTH3bI, OCymeCTBneHHOň BenOMCTBOMno NENA Η3θ6ρβτβΗΗΗ η πβτβΗΤΟΒ Γ ^ Ρ 1 ηβρτβχ

Claims (2)

- 4 - 266241 PŘEDMĚT VYNÁLEZU- 4 - 266241 OBJECT OF THE INVENTION 1. Optoelektronická optodvojice, sestávající z od-děleně hermeticky uzavřeného optického vysílače a při-jímače, vyznačující se tím, že odděleně hermetickyuzavřený vysílač (1) a přijímač (2) jsou umístěny na-proti sobě v radiálně pružící trubce (3), jejíž vnitř-ní povrch je odrážejícím kovovým povrchem, přičemžtrubka (3) má tvar kruhové ohýbací spirálové pružinybez mezer mezi závity.An optoelectronic optic, consisting of a separately hermetically sealed optical transmitter and receiver, characterized in that a separately sealed transmitter (1) and receiver (2) are disposed opposite one another in a radially resilient tube (3) of which the inner surface is a reflecting metal surface, wherein the tube (3) has the shape of a circular bending helical spring without the gaps between the threads. 2, Optoelektronická optodvojice podle bodu 1, vyznaču-jící se tím, že trubka (3) je ze skla, keramiky neboplastické hmoty.2. Optical optoelectronic optic according to claim 1, characterized in that the tube (3) is made of glass, ceramic or plastic material.
CS857303A 1984-12-20 1985-10-14 High-voltage coupling member CS266241B1 (en)

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JPH052831Y2 (en) * 1987-02-27 1993-01-25
FR2621708B1 (en) * 1987-10-13 1991-08-16 Thomson Csf PHOTOCOUPLER AND MANUFACTURING METHOD THEREOF
DE102005046921A1 (en) * 2005-09-30 2007-04-12 Siemens Ag Circuit arrangement for monitoring a load current using emissions from a semiconductor component
DE212015000174U1 (en) 2014-07-03 2017-02-17 Firecomms Limited An optocoupler and its components
EP3223317B1 (en) * 2016-03-21 2019-01-23 Pepperl + Fuchs GmbH Optocoupler

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