N ELEKTRONENRÖHREN
TUBES ELECTRONIQUESELEKTRONENRÖHRENn
TABLEAU DES TOSHIBA TUBES ELECTRONIQUES CARACTERISTIQUESTABELLE DER TOSHIBA ELEKTRONENRÖHREN seSockel Zhauf.TeizartUf(V)If(A)Ugl(V)Ua(V)Ug2(V)laTg2(mA) (mA)Ri(Kß)S(mA/V)Ra( )lo(mA) 0.25 max,Pa(W)NoteType américainAmerikanischer Typf (c/s) 5000min.5642f (kc) 300 max.1X2BDY70ZSMIdîr.1.250.2Up(V) 10000 max,Ip (mA) 5 maxDY80ZNo 24dir.1.250.2Up(V) 22000 max,Ip(mA) 45 maii,Io mA) 0.5 max,DY87zNo 65ind.1.40.55Up(V) 27000 max,Ip(mA) 40 max,Io(mA) 0.88 max.E91AAA AMi 19ind.6.30.3Up(V) 330 max,E95FFMi 29ind.6.30.175120Rk 200Q120E180FFNo 58ind.6.30.3190Rk 630Q160EAA91A AMi 19ind.6.30.3Up( V) 330 max,Ip(mA) 5' max,Io(mA) 9 maxpar elementpro element6AL5EB91A AMi 19ind.6.30.3Up(V) 330 max.Ip(mA) 54 max,Io(mA) 9 maxpar elementpro element6AL5EBC90A A CMi 6ind.6.30.3250- 3—1.0—58120070DiodeIo 250juAmaxpar elementpro element6AT6EBC91A A CMi 6ind.6.30.3250- 2—1.2—62.51600100DiodeIo 250 Amaxpar elementpro element6AV6diode6DC8pentode6C4EBF89A A Fv-muNo 5ind.6.3CMi 50ind.6.30.15EC94CMi 35ind.6.30.225EC900CMi 98ind.6.3ECC81c cNo 15ind.ECC82c cNo 15înd.7.513A)Up( V) 200 max,Ip(nî9sn1000.3EC90Ip(mA) 54 max,250-- 2- 8.534050003.390165002.7par elementpro elementIo(m A) 9 max2.55 max,91S2A——Ubgl 9.0V—5654(6AK5)—6688Io(m7X.) 0.8 ma �—thw 11.0sec.6HA5——par elementpro element12AT7par elementpro element12AU7Apar elementpro element12AX7A80Rk 150Q—17.5—0.18135- 1-11.5-6.312.60.30.15250Rk 200Q- .0-590057——-1250033—- 8.501.20.50.30.15250100- 2.0- 1.0—6.30.435250- 2.0—106.30.36590- 1.3—15ECC83c cNo 15ind.6.312.6ECC85c cNo 53ind.ECC88c cNo 53ind.5726(6AL5)—6AF4A6AQ86D J 8thw 11.0 sec.par elementnrn plpmentECC91c cMi 15ind.6.30.45100Rk 50Q—8.5—7.1530038ECC180c cNo 53ind.6.30.4150Rk 220O-9—5.9640038ECC189c cNo 53ind.6.30.365- 1.2-15-12500———ECF80C FNo 55ind.6.30.43170100- 2- w e6G J w — 146JX8thw CL82C FC FC FNo 55No 95No 207ind.ind.ind.6.36.36.30.340.419017010010017011- 1.2- 3.0- 3- 1.215012010142.89.513.53.510141510C FNo 55ind.6.30.43200100- 2- 11003.56.0C HNo 17ind.6.30.31002500- 210013.56.5C HNo 200înd.6.30.3501350014C LNo 18ind.6.30.3200100- 80200C LNo 63ind.6.30.78100170200IW100- 6-11.5-16- 00—Ug --1040—120005500(gl g2)7017—9000110002055(»2- 39003900560070706J6A1.053.33.526ES86BL86U8A) pentode6BM8) triode
CathodeKathodeTypeClassesCulotTypKlasseSockel 3hauf.FleizartECL84C LNo 74C LNo 100170-0.8-155.041 50250250-1.7—7Rk 170ûFNo 7ind.6.30.3250Mi 28ind.6.30.3250Rk 68Q100F v-muS(mA/V)-1.7-3.4No 840.7Ri(KQ)200220C L6.3laIg2(mA) �11.04.210004400—--7000ind.6.30.3250Rk 68Q15010.64.310005200———EF95FMi 29ind.6.30.175180Rk 180Q1207.72.45005100——-No 7ind.6.30.3200—290124.550012500—No 7ind.6.30.3200-2.5200104.1100Ug3 -l 0Ug3 -1.5 -1.5EH90FHMi 31ind.6.30.3Eg3 06AU6A6AK5thw 14 sec.6EH7—-thw 14 sec.6E J711000(gl-a)1100——-thw 11.0 52005.76BQ5(Appi ox.)2310000—24005.66CW5gl 0.5 mARgl 20KQ6.30.3250100EL84LNo 20ind.6.30.76250-7.325048.0t5.5tEL86LNo 20ind.6.30.76170-12.517070 t5 tEL90Mi L500LMn 1ind.6.31.38-1020044037-----EZ80z zNo 27ind.6.30.6EZ81z zNo 27ind.6.31.0EZ90z zMi 33ind.6.30.6GZ34z zOc 54ind.5.01.9HBC91A A CMi 6ind.12.60.15250-2HCC85C CNo 53ind.17.50.15200-2.1—C HNo 17ind.12.60.15250100—20100HCH81F v-muMi 28ind.12.60.15250 Rk 68QMi 28ind.12.60.15250Fthw 11.0 sec.—ind.HF946BA615000Mi 31HF936GW8350HAC6GV8Ig2 Ig4 1.3Ug2Ug4 30EK90756DX86BX6Mi 28EF184triodepentode4.2FF v-mutriodepentodeType américainAmerikanischer Typtriode pentode100gl-g221EF94EF183NoteUtr - 350 Vac,6BE6thw 11.0 sec.6AQ5A6GB5o 90 mAdc6V4Up(V) 1000 max, Ip(mA) 450 maxIo(mA) 150 max, Utr(V) 350 max.6CA4Up(V) 1250 max, Ip(mA) 210 maxUlr(V) 325, Io(mA) 70 max.6X4Up(V) 1700 max, Ip(mA) 825 maxIo(m A)5AR41.2(c) 250 max.Diodelo 250 pA 0370022——10011.04.210004400—-Rk 68Q15010.64.310005200-—Ug3 -1.5 -1.51001002.92.66.87.010004004754554 t107500par elementpro element12AV617EW8heptodetriode12A J 712BA612AU6—HK90HMi 31ind.12.60.15250100HL92LMi 30ind.500.15120HY90ZMi 34ind-35.00.15Up(V) 330 maxPC900CMi 98ind.3.90.3135-1-11.5——1450072——thw 11.0 sec.4HA5PCC85C CNo 53ind.9.00.3100-1.0-5.0-—500050--thw 14 sec.9AQ8PCC88c cNo 53ind.7.00.390-1.3-15--1250033.0——thw 14 sec.7D J 8PCC189c cNo 53ind.7.20.390-1.2-15——12500-—-thw 14 sec7ES89A8—pentodetriodethw 14 secPCF80C FNo 55ind.9.00.31701008.0—2—211049tOse Igi 0.5mA, Rgl 20 kQ250050C52.3Ip(mA) 660 max, Io(mA) 100 max.17010142.834006200500012BE635W420-
TypeTypPCF82C FPCF802PCL84PCL85Sockel Chauf.HeizartC FPCF801PCL82CulotKlasseC FPCF86CathodeKathodeClassesC FC LC LC Lind.No 55No 95ind.No 207No 55No 63No 74No 2200.3220220PCL86C LNo 84ind.14.50.3250250PL36LOc 98ind.250.3100PL84LNo 20ind.150.3170PL500LMn 1ind.270.375PY88YNo 29ind.300.3-15-0.8-1.7Rk A) 36 t-7.7100100 t-12.517070 triodepentodethw 14 sec20640025003.570pentodetriodethw 14 sec65—pentodetriodethw 14 sec—120005500350150257.6—7HG8triodepentodethw 14 sec—56001000040009U8Apentodetriodethw 14 sec(gl-g2)70172055(g2-gl)3503.1Type américainAmerikanischer TypNote—72506500(gl-g2)750—pentodetriodethw 14 sec70004.2triodepentodethw —14 sec8G J 79 J W816A815DQ818GV85.5t4516001000010021(gl-g2)7 t5.314000———thw-14 sec25E55.0t23100008(gi-gs)24005.6thw 14 sec15CW537—————thw 14 sec27GB 5thw 14 sec30AE3Up'(V) 6000 max , Ip (mA) 550 maxToshiba fabrique les tubes électroniques qui répondent auxbesoins des toutes les branches de l’industrie électronique.L’emploie des dernières découvertes techniques nous permet decréer constamment une nouvelle gamme de produits pour mieuxservir nos clients.Quelques 500 sortes de tubes actuellement mis en vente pouronttonjours satisfaire votre commende.Io(mA) 220 max.14GW8Toshiba stellt Elektronenröhren her, dass die Anforderungenaller Gebiete der elektronischen Industrie erfüllen.Die Benutzung der modernen technischen Erfindungen erlaubtuns, stetig neue Erzeugnisse für unsere Kunden zu schaffen.Ungefähr 500 Röhrentypen, die gegenwärtig vorhanden sind,können immer Ihre Wünsche genügen.Sens des abreviatiations par lettresBuchstaben-kennzeichenind.à chauffage indirectDiode de haute fréquenceAIndirekt geheiztdir.à chauffage directHeptode (Hexode)YBooster diodeZTube redresseurpCoefficient d’ amplificationHeptode (Hexode)Triode de réceptionCDirekt geheiztSchalterdiodeEmpfangert riodePenthode ou tétrode HF à penta fixeFchauf. chauffagefHHochfrequenzdiodeHochfrequenzpentode oder TetrodeZero signalFv-muNull signalGleichrichterröhrePenthode ou tétrode HF à pente variable.VerstärkungsfaktorRegelbare Hochfrequenzpentode oder TetrodeTUBE IMAGE DE TELEVISION RECTANGULAIRERECHTECKIGE nalediagonalelargeurbreite''DiameterDiameterAngle de geHeizungUf(V)If(A)310DB4310274222110 286.30.3310XB4310250196110 204.20.45230DB422718314390 2012.60.075280DB427822317790 2012.60.075310LB4310250196110 2012.60.075400KB 2234831324670 50.846.30.9NoteTube Image de Transister Télévision.Bildröhre fur Transister FernseTube Image de Télévision en couleurs.Färb Fernseh Bildröhre.
Connexions du culotSockelanschliisseffE95FEF95Mi 29ffEBC90 HBC91EBC91Mi 6ECC91Mi 15E91AAEB91Mi 19EF93 EF94HF93 HF94Mi 28EZ90Mi 33HY90Mi 34EC94Mi 35EC90M i 50EF80 EF184EF183No 7ECC81 ECC83ECC82No 15ECH81HCH81No 17HL92EL90Mi 30HK90 EK90EH90Mi 31EC900PC900Mi 98EL500PL500Mn 1EBF89No 5ECL80No 18EL84 EL86No 20DY80No 24EZ80 EZ81No 27No 58ECL82PCL82No 63fECC88 PCC85 ECF80 PCF82ECC180 PCC88 ECF82 PCF802ECC189 PCC189 PCF80 ECF802No 53No 55fECL84PCL84No 74fk,g3,sPCL86ECL86No 81Dy 87No 65ECL85PCL85No 96ECF86PCF86No 95ECF801PCF801No 207ECH84No 200MiMiniatureNoMnMagnovalSMPL36Oc 985ftDY70SM 1GZ34Oc 54
TOKYO SHIBAURA ELECTRIC CO., LTD.International Division :1-1, Uchisaiwai-cho, Chiyoda-ku, Tokyo, JapanCable: TOSHIBA TOKYOPrinted in JapanDaito Art Printing Co. 5-3
DY80 Z No Up(V)24 dir. 1.25 0.2 22000max, Ip(mA) 45maii, Io mA) 0.5max, f (kc) 300 max. 1X2B DY87 z No 65 ind. 1.4 0.55 Up(V) 27000max, Ip(mA) 40max, Io(mA) 0.88max. 1S2A E91AA A A Mi19 ind. 6.3 0.3 Up(V) 330max, Ip(mA) 54max, Io(mA) 9max par element pro element 5726 (6AL5) E95F F Mi 29 ind. 6.3 0.175 120 Rk 200Q 120 7.5 2.5 340 5000 .
Chance gegeben hast die Power Stripes von FGxpress kennen zu lernen. Da ich jetzt bald als Freiberuflicher Kursleiter in Aqua Bereich arbeiten m‡chte hast du mir sogar die m‡glichkeit gegeben ohne irgend welche Bewegungseinschr†nkung meine bungen Schmerzfrei zu unterrichten und vorzuf hren. Ich sage nur (Wahnsinn dieses Produkt) Danke.
Black holes: A physical route to the Kerr metric R. Meinel University of Jena, Institute of Theoretical Physics, Max-Wien-Platz 1, 07743 Jena, Germany meinel@tpi.uni-jena.de Abstract As a consequence of Birkho ’s theorem, the exterior gravitational eld of a spher-ically symmetric star or black hole is always given by the Schwarzschild metric. In contrast, the exterior gravitational eld of a .
Don Bosco’s “Memoirs of the Oratory”and Bonetti’s “Storia dell’Ora-torio” 127 I. Don Bosco’s “Memoirs of the Oratory of Saint Francis de Sales” 128 Origin and Publication of the “Memoirs” and Related Questions 128 Don Bosco’s Agenda in the “Memoirs” and their Historical Character 140
E.SSENTIAL TESTING EQU! YJMEYTS REQUIRED FOR QUALITY ASSURANCE DC Power Supply I' Power Source (0 V to -100 V DC) Precision nigital Multimeter CRO (500 MHz Digital phosphor oscilloscope ar Digital st orag'e osci ilascope) Digital hrfillion Meg- Ohm meter Breakdown Tester Rheostat PCM Channel Analyser or Primary Digital MuItiplexer Analyser Digital Transmission Analyser or SDHlPDH /ATM Analyser
11 which was published monthly in Chemical Engineering until April 2012 and is 12 now made available online (Marshall & Swift/Boeckh, LLC, 2013) is intended 13 for the wider process and allied industries (chemicals, minerals, glass, power, 14 refrigeration etc.); and the Process Engineering Plant Cost Index published 15 by the UK monthly Process Engineering provides data not just for the UK .
strategies and civil engineering infrastructure standards and specifications, to ensure the condition, performance and integrity of engineering assets is maintained and to monitor and enable services to be provided that meet defined performance standards. Role Description - Director Civil Engineering Infrastructure 20201204 . 2 Lead and oversee asset management activities in relation to the .
The Civil Code z dnia 23 kwietnia 1964 r. (Dz.U. tłum. gb Nr 16, poz. 93) Księga One. GENERAL PROVISIONS. Tytuł I. Preliminary Provisions. Art. 1. Scope. This Code governs the civil law relations between natural and legal persons. Art. 2 (deleted) Art. 3. No retroactive effect. The law has no retroactive effect unless its wording or purpose provides otherwise. Art. 4 (deleted) Art. 5. Abuse .
This 2020 Climate Change Accountability Report summarizes B.C.’s actions and progress towards a stronger, cleaner future. It is the first to be tabled publicly in the legislature as part of our commitment to improve climate change accountability. We are committed to achieving our targets while making life better, cleaner, and more affordable for
