(2/1) T UU UI E EI EE EI DT PQ PM SP TDK P4 PE22 EE32x25x2 TV E 9 12 PQ8 1 UU9x129x31 UU9x129x31

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Transcription:

(1/1)

(2/1) T UU UI E EI EE EI DT PQ PM SP TDK P4 PE22 EE32x25x2 TV E 9 12 PQ8 1 UU9x129x31 UU9x129x31

(3/1) T UU UI E EI EE EI DT PQ PM SP PE22 P4 µi [23 ] 18 23 Tc >2 >2 H=1194/m 1(mT)=1(G) 1(/m)=.12566(Oe) s [23 ] [1 ] mt 51 41 5 38 r [23 ] mt 14 125 Hc [23 ] /m 16 15 25kHz 2mT 1kHz 2mT Pcv [1 ] kw/m 3 8 52 42 ρ Ω m 3 6.5 dapp kg/m 3 4.8 4.8 α 1/K 12 1 6 12 1 6 κ W/mK 5 5 p J/kg K 6 6 δb3 N/m 2 9 1 9 1 E N/m 2 1.2 1 1.2 1 λs.6 1 6.6 1 6 2 25kHz-2mT PE22 1kHz-2mT PE22 8 15 Pcv(kW/m 3) 1 P4 Pcv(kW/m 3) 6 P4 5 4 2 4 6 8 Temperature( ) 1 12 2 4 6 8 Temperature( ) 1 12

(4/1) T UU UI E EI EE EI DT PQ PM SP PE22 3mT 2 2mT 1 3mT 2 2mT 1 3mT 2 2mT 1 Material : PE22 Temp.23 Material : PE22 Temp.4 Material : PE22 Temp.6 3mT 2 2mT 1 3mT 2 2mT 1 3mT 2 2mT 1 Material : PE22 Temp.8 Material : PE22 Temp.1 Materical : PE22 Temp.12 P4 3mT 2 2mT 1 3mT 2 2mT 1 3mT 2 2mT 1 Material : P4 Temp.23 Material : P4 Temp.4 Material : P4 Temp.6 3mT 2 2mT 1 3mT 2 2mT 1 3mT 2 2mT 1 Material : P4 Temp.8 Material : P4 Temp.1 Material : P4 Temp.12

(5/1) T UU UI E EI EE EI DT PQ PM SP 6 5 3 Material: PE22 Temp.: 23 s(mt) 5 4 3 2 P4 PE22 µa 4 3 12 1 8 6 4 µ, µ 2 1 µ µ 1 23 5 1 Temperature( ) 15 2 1 2 Flux density(mt) Material: PE22 f=16khz 3 Frequency(kHz) µi 6 5 4 3 2 1 P4 PE22 f=1khz Hm=.4/m 1 2 Temperature( ) 3 µa 5 4 3 2 12 1 8 6 4 23 1 2 Flux density(mt) Material: P4 f=16khz 3 µ, µ 3 2 1 Material: P4 Temp.: 23 µ Frequency(kHz) µ λ1/2 λ= f µr ε r 3. 1 8 m/s µr εr f Resonant dimension(mm) P4 PE22 Frequency(kHz) µe

(6/1) T T PE22 T 51 13 31 (1) (2) (3) (4) (5) ø ø (1) (2) (3) (4) (5) PE22 T51 13 31 P4 T51 13 31 PE22 T62 13 39 P4 T62 13 39 PE22 T2 2 48 P4 T2 2 48 PE22 T8 2 5 P4 T8 2 5 PE22 T96 2 P4 T96 2 PE22 T14 2 8 P4 T14 2 8 PE22 T12 2 89 P4 T12 2 89 PE22 T151 2 91 P4 T151 2 91 PE22 T22 2 P4 T22 2 PE22 T31 3 21 P4 T31 3 21 L (nh/n 2 ) 233 298 229 293 292 33 338 432 22 291 189 241 256 32 361 461 63 95 421 53 : T=23 f=1khz Hm=.4/m (mm) ø ø 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) 51.±1. 31.±.6 13.±.5.984.6235 12 124 154 8 62.5±1.2 39.±.8 13.5±.5.98689.633 156 154 2393 121 2.±1.5 48.±.9 2.±.5.481.3229 23 183 4342 21 8.±1.6 5.±1. 2.±.5.66842.22694 295 19 599 294 96.±1.9.±1.4 2. ±.5.99464.3854 258 256 6613 325 14.±2.1 8.±1.6 2.±.5 1.1942.519 239 286 6818 333 12.±2.5 89.±2. 2.±.5.88358.23498 36 332 12493 619 151.±3. 91.5±1.4 2.±.5.6214.162 583 365 21295 188 22.±4..±1.5 2.±.5.29644.2464 123 35 4298 21 31.±6.2 21.±4.2 3.±.5.536.3631 1481 9 1198 588

(/1) UU UU R 2 PE22 UU 9 129 31.5 (1) (2) (3) (4) (5) R 1 2 F 2 E H (1) (2) (3) (4) 2 (5) PE22 UU9 129 31 P4 UU9 129 31 PE22 UU1 151 3 P4 UU1 151 3 PE22 UU1 16 2 P4 UU1 16 2 PE22 UU11 115 25 P4 UU11 115 25 PE22 UU12 16 2 P4 UU12 16 2 PE22 UU12 31 2 2 P4 UU12 31 2 2 PE22 UU8 15 3N P4 UU8 15 3N PE22 UU1 151 3N P4 UU1 151 3N PE22 UU11 114 25N P4 UU11 114 25N L 1 (nh/n 2 ) 49 63 554 699 346 436 448 564 314 396 35 45 54 69 4425 55 1 : T=23 f=1khz Hm=.4/m 2 UU12 31 2 (mm) 2 E F 2 H R1 R2 E 2F(mm 2 ) 9.±2.5 129.±2.5 31.5±1. 34.min. 85.±1.5 22.±1. 5 22 298 1.±3. 151.±2.5 3.±1. 39.min. 9.±1.5 3.±1.5 5 3 36 1.±3. 16.±2.5 2.±1. 39.min. 1.±1.5 3.±1.5 5 35 4 11.±3. 115.±2.5 25.4±1. 5.min. 64.±1.5 25.±1. 5 25 326 12.±3. 16.±2.5 2.±1. 59.min. 1.±1.5 3.±1.5 5 35 6 12.±3. 31.±2.5 2.±1. 59.min. 25.±1.5 3.±1.5 5 35 15 8.±2.5 15.±2.5 3.±1. 39.min. 11.±1.5 2.±1. 1 44 1.±3. 15.±2.5 3.±1. 39.min. 9.±1.5 3.±1.5 1 1 36 11.2±3. 114.±2.5 25.4±1. 49.5min. 63.8±1.5 25.1±1. 3254 PE22 UU9 129 31 P4 UU9 129 31 PE22 UU1 151 3 P4 UU1 151 3 PE22 UU1 16 2 P4 UU1 16 2 PE22 UU11 115 25 P4 UU11 115 25 PE22 UU12 16 2 P4 UU12 16 2 PE22 UU12 31 2 P4 UU12 31 2 PE22 UU8 15 3N P4 UU8 15 3N PE22 UU1 151 3N P4 UU1 151 3N PE22 UU11 114 25N P4 UU11 114 25N 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).4465.643 693 39 21422 18.3881.4241 915 355 32486 163.6235.1396 6 34 22455 113.45.33 648 39 235 1.6941.115 6 414 24855 124 1.1941.1984 6 14 42855 211.642.11 6 363 21 195.39361.433 9 354 31882 1642.48382.589 638 38 19665 113

(8/1) UU UU H J H2 E D and is optional parts. -type is the band without a board. G H1 and is optional parts. H-type is the band with a board. H FHH 9 129H FHH 9 129 FHH 1 151H FHH 1 151 FHH 1 16H FHH 1 16 FHH 11 115H FHH 11 115 FHH 12 16H FHH 12 16 (mm) D E G H1 H2 J 3 3 435 435 44 44 38 38 482 482 2 2 2 3 18 18 23.4 23.4 18 18 18 19 26 16 26 31.5 31.5 23. 28. 23. FHH 12 31 82 18 1.5 1.5 1.5 1.5 1.5 14 14 14 14 14 16 1 186 14 186

(9/1) UI UI U I R R R1 R E H 2 F G2 2 PE22 UI8 95 3N P4 UI8 95 3N PE22 UI1 15 3N P4 UI1 15 3N L (nh/n 2 ) 51 628 22 965 : T=23 f=1khz Hm=.4/m (mm) +I E F H I R 8.±1.5 95.±1. 3.±.5 39.min. 55.±.5 2.±.5 2.±.5 1.max. 1.±1.5 15.±1. 3.±.5 39.min. 45.±.5 3.±.5 3.±.5 1.max. PE22 UI8 95 3N P4 UI8 95 3N PE22 UI1 15 3N P4 UI1 15 3N 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).42139.23 6 253 151 8.29361.3262 9 264 2382 1253

(1/1) E E K M PE22 E 9 - Z (1) (2) (3) (4) F ød J øe (1) (2) (3) (4) Z= E E E9 12 ø ø Y ø ø Y X Z X Z obbin is optional parts. obbin is optional parts. PE22 E 69 16 P4 E 69 16 PE22 E9 9 3 P4 E9 9 3 L (nh/n 2 ) 391 4845 5925 415 (mm) 2 ød øe F 2 M J R K K 2F(mm 2 ).±1. 69.±1. 16.4±.5 16.4±.5 43.3min. 45.5±1. 5.2 4.5 1max. 14.1 639 9.±1.8 9.±1.3 3.±1. 3.±1. 68.5min. 1.±1. 5.5 6. 1max. 2. 142 PE22 E12 11 3 6395 12.±2. 11.±1.3 3.±1. 3.±1. 93.3min. 1.±1. 5.5 6.3 1.5max. 32.5 23 P4 E12 11 3 825 : T=23 f=1khz Hm=.4/m 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) PE22 E 69 16 P4 E 69 16.5138891.18322 28 144 442 25 PE22 E9 9 3 P4 E9 9 3.353338.5648 626 221 1382 635 PE22 E12 11 3.3345 P4 E12 11 3.428 2 255 19649 986 E (mm) : 35 max./2s w(mm 2 ) w(mm) ø ø X Y Z t (g) E 42. 19.5 41.45. 56.3 5.8 1.13 41.4 98 19. 6-Nylon E9 6.6 35.4 65.3 8.. 89.8 1.9 14 162 82. PT

(11/1) EI EI M PE22 EI 9 - Z (1) (2) (3) (4) ød K øe (1) (2) (3) (4) Z= F J J I PE22 EI 46 16 P4 EI 46 16 PE22 EI9 55 3 P4 EI9 55 3 PE22 EI12 65 3 P4 EI12 65 3 L (nh/n 2 ) 555 681 835 1365 889 1185 : T=23 f=1khz Hm=.4/m (mm) +I ød øe F I M J K.±1. 46.25±1. 16.4±.5 16.4±.5 43.3min. 22.5±.5 11.5±.5 5.2 4.5 14.1 9.±1.8 55.±1. 3.±1. 3.±1. 68.5min. 35.5±.5 1.±.35 5.5 6. 2. 12.±2. 65.5±1.3 3.±1. 3.±1. 93.3min. 35.5±.5 15.±.65 5.5 6. 32.5 PE22 EI 46 16 P4 EI 46 16 PE22 EI9 55 3 P4 EI9 55 3 PE22 EI12 65 3 P4 EI12 65 3 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).349.113 29 13 361 188.2422.388 624 151 94432 469.2319.292 94 184 14631 4

(12/1) EE EE F 2 2 H D K H E PE22 EE 32 25 2 - Z (1) (2) (3) (4) (5) (6) (1) (2) (3) (4) 2 (5) (6) Z= EE 1 1 2 2 Z obbin is optional parts. PE22 EE 91 19 P4 EE 91 19 PE22 EE8 6 2 P4 EE8 6 2 PE22 EE9 56 16 P4 EE9 56 16 PE22 EE32 25 2 2 P4 EE32 25 2 2 PE22 EE 18 31N P4 EE 18 31N L 1 (nh/n 2 ) 393 491 459 52 596 38 636 9 1 : T=23 f=1khz Hm=.4/m 2 EE32 25 2 (mm) 2 D E F 2 H R K K 2F(mm 2 ).±1.5 91.±1. 19.5±.5 19.5±.5 48.5min. 1.±1. 1.±.5 15.3 186 8.±1.5 6.±1. 2.±.5 2.±.5 58.5min. 55.±.8 1.±.5.5max. 2. 11 9.±2. 56.4±1. 16.5±.5 25.±1. 63.min. 3.4±1. 12.5±.5.5max. 2. 68 32.±5. 25.±1. 2.±1. 1.±2.4 21.min. 15.±3. 5.±1. 6. 95.±1.5 18.±1. 31.6±.5 22.2±.5 46.3min. 85.6±1. 11.1±.5 2.max. 12.8 196 PE22 EE 91 19 P4 EE 91 19 PE22 EE8 6 2 P4 EE8 6 2 PE22 EE9 56 16 P4 EE9 56 16 PE22 EE32 25 2 P4 EE32 25 2 PE22 EE 18 31N P4 EE 18 31N 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).529.13669 386 24 869 394.4488.1158 46 182 392.33583.89 419 141 595 36.28854.1443 2 5 115416 615.32992.4695 3 232 1629 815 EE (mm) 1 2 1 2 Z w(mm 2 ) w(mm) (g) E-8-S 56.56 6.92 25.52 25.52 48.16 52.3 4 168 32 PT E-8-W 56.56 81.42 25.52 46.2 48.16 52.3 4 29 41 PT

(13/1) EI EI F H D K H E I PE22 EI - Z (1) (2) (3) (4) (1) (2) (3) (4) Z= PE22 EI 55 19 P4 EI 55 19 PE22 EI 64 31N P4 EI 64 31N L (nh/n 2 ) 588 2 9585 11885 : T=23 f=1khz Hm=.4/m (mm) +I D E F H I R K K F(mm 2 ).±1.5 55.5±1. 19.5±.5 19.5±.5 48.5min. 35.±.5 1.±.5 1.5±.5.5max. 15.3 536.±1.5 64.4±1. 31.6±.5 22.2±.5 46.3min. 42.8±.5 11.1±.5 1.4±.5 2.max. 12.8 548 PE22 EI 55 19 P4 EI 55 19 PE22 EI 64 31N P4 EI 64 31N 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).33894.8693 39 132 5152 266.2929.31 695 146 112 519

(14/1) DT DT R 1 R 2 PE22 DT 138 2 58 (1) (2) (3) (4) (5) D E R 1 =1/2 R 2 =1/2E (1) (2) (3) (4) (5) D PE22 DT138 2 58 P4 DT138 2 58 PE22 DT2 2 12 P4 DT2 2 12 L (nh/n 2 ) 668 854 563 2 : T=23 f=1khz Hm=.4/m (mm) D E 138.±2.8 14.±2.1 2.±.4 58.±1.5 24.±.5 2.±5. 13.±3. 2.±.4 12.±2.5 31.5±1. PE22 DT138 2 58 P4 DT138 2 58 PE22 DT2 2 12 P4 DT2 2 12 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).3386.4235 98 2 215 12.4121.48 982 394 38 18

(15/1) PQ PQ PE22 PQ 8 - Z (1) (2) (3) (4) 2 E 2H 2D ø 1 (1) (2) (3) 1 (4) Z= PQ ø ø Y X Z obbin is optional parts. PE22 PQ8 39 42 P4 PQ8 39 42 PE22 PQ1 8 P4 PQ1 8 L (nh/n 2 ) 94 99 145 1821 : T=23 f=1khz Hm=.4/m (mm) 1 2 ø 2D E 2H 8.5±1.5 42.±.8 69.min. 25.5±.5 39.4±.6 6.min. 25.8±1. 1.±2..±1.5 93.min. 41.±1. 8.±1.5 2.5min. 56.±1.5 PE22 PQ8 39 42 P4 PQ8 39 42 PE22 PQ1 8 P4 PQ1 8 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g).243.5153 48 119 569 34.1426.9989 1428 24 296 156 PQ (mm) : 35 max./2s w(mm 2 ) w(mm) ø ø X Y Z PQ8 68. 26. 5.5 8. 32. 3 154 PT PQ1 92.5 42. 69.5 1. 1.8 114 218 PT

(16/1) PM PM D ø J øe H ø G F PE22 PM111 1 P4 PM111 1 L (nh/n 2 ) 16595 255 : T=23 f=1khz Hm=.4/m (mm) ø 2 ø D øe F 2 G H J 111.8±2.2 1.±1. 42.3±. 53.±1. 89.9±1.8.±1. 5.8±.5 4.2±.2 5.6±.2 PE22 PM111 1 P4 PM111 1 (g) 1(mm 1 ) 2 1 2 (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ).1253.39 12 214 364228 22

(1/1) SP SP PE22 SP59 19 5 P4 SP59 19 5 PE22 SP65 1 5 P4 SP65 1 5 PE22 SP9 1 P4 SP9 1 PE22 SP135 65 2 P4 SP135 65 2 PE22 SP185 11 2 P4 SP185 11 2 PE22 SP255 152 2 P4 SP255 152 2 (mm) 59.±1. 19.5±.5 5.±.5 65.±1.5 1.±.5 5.±.5 9.±1.5.±.5 1.±.5 135.±2.5 65.±1.5 2.±.5 185.±4.5 11.±2. 2.±.5 255.±5. 152.±3. 2.±.5 PE22 SP 135 65 2 (1) (2) (3) (4) (5) (1) (2) (3) (4) (5)

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