(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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- きゅうた ひらみね
- 5 years ago
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1 (1/1)
2 (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 (3/1) T UU UI E EI EE EI DT PQ PM SP PE22 P4 µi [23 ] Tc >2 >2 H=1194/m 1(mT)=1(G) 1(/m)=.12566(Oe) s [23 ] [1 ] mt r [23 ] mt Hc [23 ] /m kHz 2mT 1kHz 2mT Pcv [1 ] kw/m ρ Ω m dapp kg/m α 1/K κ W/mK 5 5 p J/kg K 6 6 δb3 N/m E N/m λs kHz-2mT PE22 1kHz-2mT PE Pcv(kW/m 3) 1 P4 Pcv(kW/m 3) 6 P Temperature( ) Temperature( ) 1 12
4 (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 (5/1) T UU UI E EI EE EI DT PQ PM SP Material: PE22 Temp.: 23 s(mt) P4 PE22 µa µ, µ 2 1 µ µ Temperature( ) Flux density(mt) Material: PE22 f=16khz 3 Frequency(kHz) µi P4 PE22 f=1khz Hm=.4/m 1 2 Temperature( ) 3 µa Flux density(mt) Material: P4 f=16khz 3 µ, µ Material: P4 Temp.: 23 µ Frequency(kHz) µ λ1/2 λ= f µr ε r m/s µr εr f Resonant dimension(mm) P4 PE22 Frequency(kHz) µe
6 (6/1) T T PE22 T (1) (2) (3) (4) (5) ø ø (1) (2) (3) (4) (5) PE22 T P4 T PE22 T P4 T PE22 T P4 T PE22 T8 2 5 P4 T8 2 5 PE22 T96 2 P4 T96 2 PE22 T P4 T PE22 T P4 T PE22 T P4 T PE22 T22 2 P4 T22 2 PE22 T P4 T L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) ø ø 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) 51.±1. 31.±.6 13.± ± ± ± ± ±.9 2.± ±1.6 5.±1. 2.± ±1.9.± ± ±2.1 8.±1.6 2.± ± ±2. 2.± ± ±1.4 2.± ±4..±1.5 2.± ± ±4.2 3.±
7 (/1) UU UU R 2 PE22 UU (1) (2) (3) (4) (5) R 1 2 F 2 E H (1) (2) (3) (4) 2 (5) PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU8 15 3N P4 UU8 15 3N PE22 UU N P4 UU N PE22 UU N P4 UU N L 1 (nh/n 2 ) : T=23 f=1khz Hm=.4/m 2 UU (mm) 2 E F 2 H R1 R2 E 2F(mm 2 ) 9.± ± ±1. 34.min. 85.± ± ± ±2.5 3.±1. 39.min. 9.±1.5 3.± ±3. 16.±2.5 2.±1. 39.min. 1.±1.5 3.± ± ± ±1. 5.min. 64.± ± ±3. 16.±2.5 2.±1. 59.min. 1.±1.5 3.± ±3. 31.±2.5 2.±1. 59.min. 25.±1.5 3.± ± ±2.5 3.±1. 39.min. 11.±1.5 2.± ±3. 15.±2.5 3.±1. 39.min. 9.±1.5 3.± ± ± ± min. 63.8± ± PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU P4 UU PE22 UU8 15 3N P4 UU8 15 3N PE22 UU N P4 UU N PE22 UU N P4 UU N 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g)
8 (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 FHH 1 151H FHH FHH 1 16H FHH 1 16 FHH H FHH FHH 12 16H FHH (mm) D E G H1 H2 J FHH
9 (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 ) : T=23 f=1khz Hm=.4/m (mm) +I E F H I R 8.± ±1. 3.±.5 39.min. 55.±.5 2.±.5 2.±.5 1.max. 1.± ±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 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g)
10 (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 P4 E PE22 E9 9 3 P4 E9 9 3 L (nh/n 2 ) (mm) 2 ød øe F 2 M J R K K 2F(mm 2 ).±1. 69.± ± ± min. 45.5± max ±1.8 9.±1.3 3.±1. 3.± min. 1.± max PE22 E ±2. 11.±1.3 3.±1. 3.± min. 1.± max P4 E : T=23 f=1khz Hm=.4/m 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) PE22 E P4 E PE22 E9 9 3 P4 E PE22 E P4 E E (mm) : 35 max./2s w(mm 2 ) w(mm) ø ø X Y Z t (g) E Nylon E PT
11 (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 P4 EI PE22 EI P4 EI PE22 EI P4 EI L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) +I ød øe F I M J K.± ± ± ± min. 22.5± ± ± ±1. 3.±1. 3.± min. 35.5±.5 1.± ± ±1.3 3.±1. 3.± min. 35.5±.5 15.± PE22 EI P4 EI PE22 EI P4 EI PE22 EI P4 EI (mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g)
12 (12/1) EE EE F 2 2 H D K H E PE22 EE Z (1) (2) (3) (4) (5) (6) (1) (2) (3) (4) 2 (5) (6) Z= EE Z obbin is optional parts. PE22 EE P4 EE PE22 EE8 6 2 P4 EE8 6 2 PE22 EE P4 EE PE22 EE P4 EE PE22 EE 18 31N P4 EE 18 31N L 1 (nh/n 2 ) : T=23 f=1khz Hm=.4/m 2 EE (mm) 2 D E F 2 H R K K 2F(mm 2 ).± ± ± ± min. 1.±1. 1.± ±1.5 6.±1. 2.±.5 2.± min. 55.±.8 1.±.5.5max ± ± ±.5 25.±1. 63.min. 3.4± ±.5.5max ±5. 25.±1. 2.±1. 1.± min. 15.±3. 5.± ± ± ± ± min. 85.6± ±.5 2.max PE22 EE P4 EE PE22 EE8 6 2 P4 EE8 6 2 PE22 EE P4 EE PE22 EE P4 EE PE22 EE 18 31N P4 EE 18 31N 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) EE (mm) Z w(mm 2 ) w(mm) (g) E-8-S PT E-8-W PT
13 (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 P4 EI PE22 EI 64 31N P4 EI 64 31N L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) +I D E F H I R K K F(mm 2 ).± ± ± ± min. 35.±.5 1.±.5 1.5±.5.5max ± ± ± ± min. 42.8± ±.5 1.4±.5 2.max PE22 EI P4 EI PE22 EI 64 31N P4 EI 64 31N 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g)
14 (14/1) DT DT R 1 R 2 PE22 DT (1) (2) (3) (4) (5) D E R 1 =1/2 R 2 =1/2E (1) (2) (3) (4) (5) D PE22 DT P4 DT PE22 DT P4 DT L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) D E 138.± ±2.1 2.±.4 58.± ±.5 2.±5. 13.±3. 2.±.4 12.± ±1. PE22 DT P4 DT PE22 DT P4 DT (mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g)
15 (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 PQ P4 PQ PE22 PQ1 8 P4 PQ1 8 L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) 1 2 ø 2D E 2H 8.5± ±.8 69.min. 25.5± ±.6 6.min. 25.8±1. 1.±2..± min. 41.±1. 8.± min. 56.±1.5 PE22 PQ P4 PQ PE22 PQ1 8 P4 PQ1 8 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 ) (g) PQ (mm) : 35 max./2s w(mm 2 ) w(mm) ø ø X Y Z PQ PT PQ PT
16 (16/1) PM PM D ø J øe H ø G F PE22 PM111 1 P4 PM111 1 L (nh/n 2 ) : T=23 f=1khz Hm=.4/m (mm) ø 2 ø D øe F 2 G H J 111.8±2.2 1.± ±. 53.± ±1.8.±1. 5.8±.5 4.2±.2 5.6±.2 PE22 PM111 1 P4 PM111 1 (g) 1(mm 1 ) (mm 3 ) e(mm 2 ) e(mm) Ve(mm 3 )
17 (1/1) SP SP PE22 SP P4 SP PE22 SP P4 SP PE22 SP9 1 P4 SP9 1 PE22 SP P4 SP PE22 SP P4 SP PE22 SP P4 SP (mm) 59.± ±.5 5.±.5 65.±1.5 1.±.5 5.±.5 9.±1.5.±.5 1.± ± ±1.5 2.± ± ±2. 2.± ± ±3. 2.±.5 PE22 SP (1) (2) (3) (4) (5) (1) (2) (3) (4) (5)
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January 28 Mn-Zn (2/24) AV OA 288 / ferrite_mn-zn_material_characteristics_ja.fm (3/24) Contents... 4 PC47... PC9... 6 PC9... 7 HS72... 8 HS... 9 HS2...... HA... 2 HB2... 3 HC2... 4 HC3... HP... 6 DNW4...
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June 2016 Mn-Zn E EC EIC EE EI (2/27) AV OA (3/27) RoHS E PE22 EC 70 69 16 PE22 EC 70 69 16 PC40 EIC 90 90 30 PE90 EE 80 1 19 EI 120 46 20 55 31N 65 91 76 56 8 64 C C 30 to +5 30 to +85 RoHShttps://product.tdk.com/info/ja/environment/rohs/index.html
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June 2016 Mn-Zn UU (2/12) AV OA (3/12) RoHS UU PE22 UU 79 129 31 PE22 UU 79 115 31 PC40 0 129 30 PE90 0 150 20 1 151 25 120 160 20 80 30N 30N 25N C C 30 to +5 30 to +85 RoHS https://product.tdk.com/info/ja/environment/rohs/index.html
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Issue date: June RoHS EU Directive /9/EC PBB PBDE (/6) MFeO M C C Mn-Zn Ni-Zn Mn-Zn MHz Ni-Zn MHz Mn-Zn to Ni-Zn to 8 J/kg K to W/m K. 6 /K to 7 N/m mm 9.8 7 N/m. N/m - / 6 / j_.fm (/6). i =lim μa H. a.
64 3 g=9.85 m/s 2 g=9.791 m/s 2 36, km ( ) 1 () 2 () m/s : : a) b) kg/m kg/m k
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November 2018 FA Type: 5.0 mm FA28 [4.0x5.5mm] FA24 [4.5x5.5mm] FA26 [5.5x6.0mm] FA20 [5.5x7.0mm] FA22 [7.5x8.5mm] FA23 [8.5x11.0mm] 2.5 mm FA18 [4.0x5.5mm] FA14 [4.5x5.5mm] FA16 [5.5x6.0mm] FA11 [5.5x7.0mm]
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8 300 mm 2.50 m/s L/s ( ) 1.13 kg/m MPa 240 C 5.00mm 120 kpa ( ) kg/s c p = 1.02kJ/kgK, R = 287J/kgK kPa, 17.0 C 118 C 870m 3 R = 287J
26 1 22 10 1 2 3 4 5 6 30.0 cm 1.59 kg 110kPa, 42.1 C, 18.0m/s 107kPa c p =1.02kJ/kgK 278J/kgK 30.0 C, 250kPa (c p = 1.02kJ/kgK, R = 287J/kgK) 18.0 C m/s 16.9 C 320kPa 270 m/s C c p = 1.02kJ/kgK, R = 292J/kgK
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E M C C o m p o n e n t s November 207 ZCAT ZCAT ZCAT-A ZCAT-B ZCAT-D ZCAT-DT Caution (2/6) ZCAT368-2630DT(-BK) ZCAT4625-3430DT(-BK) ZCAT689-5230DT(-BK) web 20724 / clamp-filter_commercial_zcat_ja.fm (3/6)
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