KEPRI-93A-J07
*d^3, 4# ITV ^1^ 7)j# (S| fS.2^) A Development of ITV System for Power Transmission Line Monitoring
1995. 10
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SPECIFIED*. \. A.LL. C*PS KRE VAPD'S IffNDC. fo 2. Ml RES. MZ.E '/* W t 5 %■ 4 I EP.R. FOCUS ' 6 6 A O 6 | I 'll Q uL^ 3.2.4 # SI5:5. ? 4. WlS. 1).. 4 5 # 94# 7M4 1 2.594 49# 4444 9445 4*4# 412.5 444# 9, 4,4, 9& 4 #44# 444 4. # 49-44 #4# 4/1S. 5444# 36 kg# 494 5 9444 #444 4494 44s. 914 9^9 2-44 'o' 14 7>5955 #4,5#5 45# 5444# 44 444 44 S-S.# #44 4944 #44 144 49 ^ #44 4442. 494 4a 4 2.3:4# 9# m 49## 445 454-4 7] 494 #4 (H) • 35. 6 cm j',.,, ,. .... t i # W : 27.5 cm . , , . 94(D) : 16.5 cm 54 3.2.5 4/15 5444 -33 - - 2)4 45 4 : 3jte 350° 15 : §)tfl +/- 90° - 44B 34 44414 45 # : 6° 4° - W ^M) 36 kg - #4 45 -54°C ~ +74°C - 2.7] b-0! ' 35. 6 cm 4 : 27.5 cm 4°) • 16.5 cm - ^7)] ’ 18 kg - 9-3 95 #4? 44 (44 43 33) - 441 54 51444141 34 #4 4141 - 7H 34 44 - 44 'O' 1, 7^ 3-4 - 41 a# 120V 50/60 Hz - 44 44 0. 58 A - 4-44 S-5L 4445 11 2.4 — 34 — TTTTT X -t'-; ### <*•»* ' . ‘ iM c in 2 ( 3 3 tfllo-taH St /S B a 9 7 7 3 B — 35 — 5. #44- 44 ^14 ( Receiver ) 1). 7fl o. !# 44^4 ##44 #14 444 !## #4# 41 <4 ### 4x'ti4'3L 4# 4144 ! 1—, 1/13=L —444, 44 4 !# 41 <44-4 4# 14141: 9-!#! #444. 4 #4! 1# # 441 444HS #9^4# 144 -41444 4-4 4## 1441 # 1: 4111 414-4 14#41 s#44# 444 #4 &# 111, l/#5. 3=444, # la #4 4144 41 #4& 4# #45. 1 4 191 91 1441 41 #4 4l£144 41444 #4 . - 2). 7)# * ; 1 ‘ ~ 4144 411 (Daisy Chain) #4—5. 44 44 444# 41 : • ; - 44444- 4444#, 11 4414 414 1144 444# 441 #44! 94 8km# ©11 7k# - 44# 11 #4 4!( 1# 11 2, %4 112 ) - #4 &4^4 4# 3445 4# 4^ - 444 44 1144 RS422 #1 - 4444 4#41 W 15. 1# - 4## 144! 41 4!( 11 2-1, 4# *3/12.5. 4 1, 11 m !# 4# #14 444 4# 444^4! ! ) — 36 — 3). - 933# AC110V 60Hz - 44W - ^Ajo]^ ^6] RS422 (STP 2 ) - 99 4800 baud - W1E. 99 {13: AC110V - # 99 {IS: 4 ~ 8 VDC - 99 47fl ( Momentary 2, Latch 2 ) - a: 7] H : 17. 8cm W : 31. 8cm L : 34. 3cm - 99- 95= -34°C ~ +50°C H9 3.2. 7 sj-^5. -37 - 1.{«<*.« r/Mis^rr svotf cptioniaoa ri$ Lir [ it is i 5 f I k.oo»our torn Loooui It ” { p ®u* “X -i “V -i~jf vt -jp-i- - t-j? 17 #615469 u o. l-j:Trn-rtZ7 I* O i| 25 M 14 -x-JtJp3If 4k NOTES UNLESS OTHERWISE SPECIFIED 1. ALL RESISTANCES OHMS 1/4W • t %. ALL CAPACITANCE IN FARADS. 3. ALL TRANSISTORS, TYPE 2N30O4. 4. JUMPERS: N-O.p.Q^t-S.T-U - REMOVE FOR \ L-M - REMOVE FOR V1S00R-AIC ■ A-B • REMOVE FOR VlSOORPV OP1 C-ll - REMOVE FOR CHANCE, AU1 IOWA PRESET E-F - ADD • MEMORY EXP J-K-24VP/T ONLY 38 h4 I. REMOVE U2 FOR V1S00R-MA OPTIC PUCiCT 0*»Tt«H 3.2.8 b1a]6]u) g]S.3c. 1/2 FOCUS FOCUS LENS _,«> rfoutnor JT? vl cipcuiT »_-J 1 VIDCO i I IN I ZL^ 3.2.9 bUM*| si5.5. 2/2 *0 3 1 # -g-g 444 - #414-(VA2D-MUX) : #<£ 414# -~#4l4-(VA2DS)EMUX ) : 11: -„ ~vi____ , 1. 7fl . .... ! ili 414# #-44 ##413:4- 4414- 1 444131# ###4 #4-4 #44 413:5. 4### # f^S. #41# 4 4)4-4 4)414 14# /S-ti)7> ### 444- #41# (^##) 42 it1 #444 #4 #414-(##4-) 44 5\S 41^# #44-# ^-H)7> #- ## 444- #414-44-. ( 2Z.H 3.3.1 #5 ) #414-4 #414-4 4## 4-#4 #4-. 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' -: ' -’- PC # *\-*W ## y ; : ^3l #4} ^41 4m ## ,20 Hz~20 kHz rJ|o|Ej-l / 20 kbps 41«W2 ... • 20 kbps 600 ohm .-_ - ^4)4^ 4HW1 RS232 T^]6lBf2 , RS422 g,w ^is: -3 dBm —+3 dBm 41s 41<>W ±5V ~ + 12V 4MM2 -feel 0; > +0.3V , -fee} l; < -0.3V . RCA B) 41 — 44 — & -|> Hu 4iL 4 a£ #JH til $' ^ & *2 o|x 4L fs. h* r|r r°li v, ft- & JSfL Jc, r4, -fo til rJ -g 1=0 dM M flSH ' 1 Jofc LO z%* »5!ilS5SH!@l Htt -1* db ojX jrt-s I#* * ■ fi I * * rlr tt T «# g g o£ "T JH> til fljo o a a|o (l&! ft Ha rh N' £ 41 $ ^ PI I lilif|o £ 2. ^ A n$ o HU .2. '-' Jji itih 5$t-o i -2, tS ^ 41 SO 1# oft. oft< iififi °i^ oft- S* ffiji ja -l> O? njfl -j> 3 -H* 41 jtL * ^ rlr r4. ^ rh rh <$ ft 1, d2 rip & I £ H* 41 t # ^ f A 2 itiM &su H> mini £ $**£» rh fef IS I in -U r4. rlr I rlr ofti |oi, 4- ;n ^ is. o f £ r£ o v, ^ ” T $1 oir s ^ 41 ctt til wliti plo r®!s “£ Hu HX oft. Hu 41 ( 7M^ *\&\ #^9 H-J -M^l — 10.7MHz 6=}-v}-7] - 41S •SSS]S •SJE ^| ICH, #/94lZ. ICH, RS232 ICH, RS42-2 ICH, # 4CH# ^Ajdfl ^Ai-gj-7] 4)tb s|&4& liH ^^4) 4. sHS-4l3:4r 1^- ^<41 41 *m 7Ms)-& ^ i£ofl !ih§- # # >8- #4171# #^-<4 »1 413:# f: 417M 3)-sfl 417)413:3: ti}4M #4144) ^^€4. #^9413:# W 41th 4l3:& 41 ^ 4^1 *^3M #41441 °J^5)3i liHM) 4# 4W (#% #4, & 4*1 <9# *)M eRt 7H> T^lom %M44I^ 31W #-#-4 RS232 #4144) <2M€4. 7M5|- *H41 W 7M4- *W #414-$) #^413:# RS422 -%Efl3. #4144) ^^^4. w >9 m 2CH 413:# # -§->9 tilMtq- #4144 ## ^5l& ) #W€ 413:4) Bflol^tiBH (Baseband) 3) 4#4l 3:7}- ^S. ## €4. ( ^ 3. 4.2 #2. ) #44 413:# ^S3)5.4}- #4l7)# #44 fis 4 TOM# 7}^ OPGW #41 &# #-§)) ## 4H435 4l#^)<44l4. — 46 — 3. fa 444- #4 m ta-as 7H4- 44 4. 5MHz44"7l - fa as _ S-X. 44# 434 - 10. 7MHz #444^4441 I/F 6.5MHz44-7l ■§■^5. RS232 44 - 7?44^4442 f^S^ RS422 44 I/F--f&- 7. 5MHz44-4 - 3.4.3 #t fa 444- ^af #a£ ta fa 444 #af44 fa 1 444-# #4t# f a 444- fa#4 #@t4 #aas7? #7?4a $h #44 w# th CHf ttasf 4.5MHz 4^44-71# #4-44 ttas# #4t4- #44# aa# 4-4 444# 44& <3444- (a|3 3.4. 3 #£) ta-as : 4-a-a#7i# 44 #4 %44£ -3444-. fa as : 44#4 <3444 S44& #444 #444 f 4as : 4m 4444 44444 4t f 4as4 44444- 4444 ft, ##, #£444-7?multus # t14 pcs. 4444-. 7?44- 44 ftas : 4414- 44# #m#44 <3444% — 47 — & 3.4.1 gtiHH d | & o , sH- 10 Hz ~ 4. 5 MHz "B"^ 20 Hz-20 kHz ^W^l 20 kbps ^]o]b^-2 20 kbps 75 ohmdrW ■§■-9 1 600 ohm yBisfjo]^ l^]6lBfl RS232 ^14^2 RS422 y^^lSLellS fl-8* IV Pk ~ Pk -3 dBm —+3 dBm 3]<=>W + 5V ~ ± 12V ^]6)Bf2 ^ 0: > +0.3V , ^B} 1: < -0.3V #7H 5^ti| • - BNC B) RCA T^]6lBfl BNC $]°M2 BNC trm ^4 0.1% (5R>) 0.1 "(##) SNR 62 dB DC 12V ^4" -&£- -40°C - 50°C 10W — 48 — k k A k k Ik k I ■£ S oft. k. 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VCC *6V 1 OOuH O. 1 UK 4. 7k 2Y 2A 4. 7k 1Y 1A 76451 74LS04 VCC +5V 74LS04 L2 10OuH VCC' *SV 0. 1u °* 1uCL 74LS04 US ^ 3467 3.5.5 # RS422 ^^7)7) 5)5.5. 13.5.1 ### •§- # ' 4) -§- % SH- 850 nm w -21 dBm (+3) 2|A w -32 dBm ■si-g- £4! 11 dB ST DIM ^ 4^4 10 Hz ~ 6 MHz *a,#^ 75 ohm &$. 41^ IV Pk - Pk QA 7^ BNC(-EOT) v}£ < 2 % *1£ 4)^ < 2 ° SNR > 52 dB DC 12V ^4 ^rS. -40°C ~ 50°C iiti] 8 W — 55 — a. 3. 5. 2 ^ RS232 #$-7) 7)St\ %- # 4) -§- 850 nm j- %*& -21 dBm,(+3) 2)± ^ -32 dBm ‘ .'; ' ^1-8- ^ 11 dB ; • ST ■; 5^ 4£ 20 Kbps ^ tew ■ 10 Hz ~<6 MHz 412- Bill ...... +5V ~ +12V ••; ■ ■ ^ 7l ^ti)B) D-9 PIN T" - h e A ] oflBli: O DC 12V ' ‘ ' • : M -&E -40°C ~ 50°C ±v] : 8 W — 56 — -t a. 3.5.3 ^ RS422 5^7]7M 9 #45 ■% 4- vfl -8- 850 nm ## ' -21 dBm ( + 3) %[± ^r5 -32 dBm ^-8- ## 11 dB # 7]^ ST #54 5# 4£ 20 kbps 5# 444 10 Hz ~ 6 MHz 5& -b4 0 : > +0.3V, -bB) 1 : < -0.3V 54 D-9 PIN HIM ofle]i: < 10"9 55 59" DC 12V . , ^ -Er£ -40°C ~ 50°C ^h] yq 8 W -57- 4] 6 % # ^{14 (LG2000) 1. LG2000# 19' 4)a(RackM l## # 5)4 ## 1 ti.5fl2. (subrack) %4)m 44 SU *]•*)) AC 44##47)- ##44 # 4". ##414^4 l# #44 1444 11-411# itv ##2). 44# 4 #1, 444 (Receiver)4 #1"1±(RS422)4 41444 #1*1 Jl (RS232)7)- 444-44 RFl±# 9)4#4 4# 1310 nm #l2L& *4W. ##414:5:4)1# 11-44 1#44# 1310 nm Hz# 1 41"4 RF 13.3. #4441 44". WDM( Wavelength Division Multiplex er) 4- 444 2000T/R4 #4*4 an 3.6.14- #4- (1 #n (4-H, #H, 4144-2) RF S113 (#11, 4144-2) (4-H, #H, 4144-2) RF (#11, 4144-2) ( ## 414^ ) an 3.6.1 #!#44 4# — 58 — 2. 4 ##7] (LG2000T) # 42# 2#^ 9144* *fi#4 4*4 494 4- 1300nm 444*25# Fabry Perot Laser# 4*4St cl*. 4 #24 #4# #4# 4425 #5*44 tq-gfl Tflol^tq-. # 7}H# 4?M RF 9942# #4# ## 4##(FDM:Frequency Division Multiple xing) 4425 444 RF #2.5. 44444 4* ##42 9144* ##44 #25 *#44 RF #*9 44# 42*41 SI# 9 2414 # 4#44 4# #1 #-# 44# #44 #425 o - 59 - 2i8BS" OIL SWITCHES 6-8 OIL SWITCHES 1-4 K«n""* ■ (SUB SOCKETJ 170 3. 6.2 % ^^17] ^^5. l). 44 - ## 43* +7. 5V(±0. IV) -5. 0V(,±-0. IV) - ±s.xm +7. 5V Rail 270 mA • -5.OV Rail 280 mA - RF 444 5MHz to 500MHz (-3dB) - RF 2:4 44 18. 6 dB - RF 2:4 44-s 0.6 dB - RF 34 344^ 50 ohm - RF 34 f 4 - 4- #4" 1270 to 1330 - 4- #4 0 dBm - 3.7] 8HP x 3U x 160 mm 2).' 44# 5.4 •. r. .^-4 3. 6.2 44s# 44 4-^ 43^4# #4-4-4) 41 4# 4S# 44-41# tl-7114 743i3S7h 30.4 4- ©14-4 44*4-44- #44-4 s. 3.6.14- #4 -S114- 44-4- 44) 4# 34412: 4£4 #4# #31 &44- 31 34= 4-# 44-4 ’o’71- s. 3. 6.1 2000T ©14-4-41 m s. • -91 4* 4-4 8. 444 4#4 4s. 7. 4# 4S 6. 9 ^9*1: ®l-8- 5. PLL #3- 44* 4. #S 44" - 3. 444 4# 44- %- ■ v 444 44#,44" . 1. 444.4-4# 4S 0. 44- 3# — 61 — 3). 4 5x4)*) 3:# ON OFF 4 5x4) *) tii3L. 1 2 3 4 5 6 7 8 314 3.6. 3 2000T 4 5x4) *1 (1). RF 44)7) 3.# 4 5x4)7) 1 --> 0.6 dB 34 4 5x4) *1 2 -> 1.2-dB 4^7) 34 4 5x4)713 --> 2.4 dB t|7| 34 4 5x4)t) 4 "> 4.8 dB 34 4 ±3)7] 5 --> 9.2 dB #3)7] 34 4 5x4) 7)7)- ON 4l7]dfl 41 W 44)717}- 44453 4)0)4 Me #71-44) 44 OFF 41*H 4)# a 44# 4# 45x€4. (2). RF 34 ( 4 34)7) 6,7 ) & 3. 6. 2 2000T #4 5:45. 4 5x4)7) 6 4 5x4)7) 7 RF #4# #4- off off -6dB at 500MHz on off -ldB at 500MHz off on OdB at 500MHz on on +ldB at 500MHz (3). 4)0)71 #4( 4 5x4) *1 8 ) 4 34)7) 80 ) ON 447)41 °x-$r 4) 4)0)7)71- #44 5)31 OFF -t)7)4) a# 4) 4)0)7)71- 4#44^4. 3. 4 413 (2000R) 4 1270nm«fl4 1565nm43 14) 44#4 41# 4 9XS= 4 414313 41#S7]- #4 Sl4 PIN-FET4 44#a 4. 440]#S;§ (AGC:Automatic Gain Control) ofl 3#45.# 3&) a*-3 o]4 7flBH 1434 3)1 ^ 4##3) 33# 4 as# #4 3&4 4 3113 3)33 5)114 #1## 313 14 ?1)33 511 ^0] 5]S# RF #3)3# 51##. 3S3 S1134 59dB °}T$ *]$= 114)3 13413 3333 4* 5# 44# 4 a £4 34##. 313 RF #1 5fl'S€ ^ ^33# #4## 44S& 5.1# 4 as3 134 4 7 dB 014. 4 #H4 4)43 ## 41 3 3# 44# 4 a43 o]j= 44# 41# 4 as 4 #4. a 413 444 #s#3 #o]a& 43434 33) 33 1 4 a## l# 35.3. 441 4 as# 4-31 a#. 3&4 #1#4 3 51)14 1 533# 4444 4443 13 # f a#. 444S3. 444 4#4 1433# 4444 41# 4 a — 63 — z.gsr H DIL SWITCHES 5-« OIL SWITCHES 1-4 K*x,r°R . (SUB SOCKZT) 170 3. 6. 4 % l). 44 - 44 44 +7. 5V( + 0. IV) -5. 0V (+0. IV) +28V ( + 2V) - dhS.44 +7. 5V Rail 400 mA -5. 0V Rail -380 mA ! ' • +28V Rail 1 mA r RF 5MHz ~ 500MHz(-3dB) 7 RF 2:4 44 59 dB y RF 2:4 -SH4-E 0. 5 dB," r RF #4 444^ 50 ohm ...... - RF 2.v|Bl -20dB down - RF #4 4 . 4 - 4- 4-4- 1270 ~ 1565nm - 44 4-4= 44 -lOdBm ~ -22dBm > - 4*4= .44 44 0 ~ -40dBm - 4-4= 45- 44 ; 16 -24dBm - 4-4= 44 44-E- ; 1 ±2dB(- -10 ~ -30 dBm ) - 3.7) . ' - 8HPX3UX 160mm — 65 — 2): 3.6,4 g-o] 4^44# 44" 444 44-4# tM)*!] 74^.9^.7]- 310.4 44 o]44 0)4 #44 #^44 s. 3.6.3 444 #4 014446)] 44 421# 44 ^ o_S: i& 4^4 44# #2. & A]4.37 44 o]^ 0)44 $0.4 'o' 4 &A]^4 m 3. 6. 3 2000R 0)444 SAjtiis: 4 2. 0] 4 4 4) 8 . 444 4#/g 7. 4# 4£- 6. ^ ^44 6)4 5. PLL #4 0)4 4. #£ 0)4 3. .. 4o]A) 4# o ]4 , 2. 4 014 44 o ]4 1. 4014 4-44 4s. 0. 4# %4 3). ^ ^44 ^4 ON OFF ^ A 4) 7.1 «iJl 1 2 3 4 5 6 7 8 a4 3.6.5 2000R ^ ^44 — 66 — TT% i;- F 'r- f-"\ :-v c(\ ##E (1). 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W M *« ^ ^41*1 6,7,8 ) £3.6.6 2000R W aflS ^ ^41*1 6 ^ A4im 7 ^ ^41*1 8 off off off -24dBm on off off -23dBm off on off -22dBm on on off -21dBm off off on -20dBm on off on -19dBm off on on -18dBm on on on -17dBm — 67 — 4. 32^- , ' ' 35% <313 till(Base band)3) #332# RFtfl^^S. f^r ^l 43 515:5: 4"44 ^3534 44 4113) #332# 334-7) 44)4# ^&4| 3)# ^#3 #### t))4#3) 41#4 1^ 34#. ; 159-3) $11323 433)4 3W % #3,4)4# #39-4 #14 ^#. #33^# 34 i# #3,44432# #4) $)4 4-4 2#5 rf tfl^o_5. 32# #7)1 €4. 329-31 A) 35# #1# #5 ##344 $)1#4 3325 3#^1 £j# 35##% 35# 5314 334 344-5# 413# 5&#. 4-## 35#<% 2?M FM #335#57)- 3 3# 4 $12 #1 W ^#4 (#4)1 €31)4 33# #1 3## 413€ #425 = 54) A)3: 4471- 7]-###. ROAHM 1671)31 433 3-####% 413# 4 $14 411# 314: #425 = 5:41a-)6)1 31# 3 2# 45. 314 7^##5# 93#4 $14-. 5th #35# 5## 4425: =5:4144 41^ 3 244# 4344-RF #### 4#5#4 7f# 5# 44 $14 341 42^ 4## 434 34)5 234 7)-###. 413334- #3 RF# 4## #425 =5.41 a)3) 31 #3 3:# # 4#4*3 3325 41471- 7]-###. i — 68 — SWITCH BANK i MODULE #! 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T.G.Gialorenzi, etal., "Optical fibre sensor technology ”, IEEE J. of Quantum Electronics, vol. 17, no. 1, Jan, 1981. 11. Ivan P.Kaminow, "Polarization in optical fibres", IEEE J. of Quantum Electronics, vol. 17, no. 1, Jan, 1981. 12. E.Nakamura, et al., "Development of fault section detecting system for gas insulated transmission lines", presented.at the IEEE/PES 1985 Summer Meeting, Vancouver, B.C., Canada, July 14- 19, IEEE Product no. 855M-305-8. 13. K.Kyuma, et al., "Fiber optic measuring system for electric current using a magnetopic sensor", IEE J. of Quantum Electric, vol. QE-18, no. 10, 1982. 14. D. C. Erickson, "The use of fibre optics for communication measurement and control within high voltage substation", IEEE Trans, on PAS vol. PAS-99, no. 9,„ 1980. 15. M. Kanoi, G. Takahashi, T. Sato, M. Higaki, E. Mori, K. Okumura, "Optical Voltage and Current Measuring system for Electric, Power Systems', IEEE.Trans, on Power Delivery, Vol. PWRD-1, No. 1, pp. 91-97, Jan. 1986. 16. 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