CDPH64 SUMIDA | Alldatasheet
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d l \ ¼ 1DO\ 4.6 6.6 }0.3 5.9 }0.3 6.6 }0.3 dÉ 100 7.4 4.6 1.4 1.9 compliance Cd:Max.0.01wt% others:Max.0.1wt% RoHS
d l \ ¼ mÈàn ¦P D.C.R. (¶) [Ⱥ] (\) ¦R R[h CDPH64NP-1ØØNC CDPH64NP-12ØNC 100 120 { 25 10ÊH | 20 % { 25 12ÊH | 20 % 0.12(89m) 0.13(98m) 1.32 1.16 4740-0003 4740-0005 CDPH64NP-15ØNC CDPH64NP-18ØNC 150 180 { 25 15ÊH | 20 % { 25 18ÊH | 20 % 0.14(0.11) 0.15(0.12) 1.09 1.00 4740-0006 4740-0007 CDPH64NP-22ØNC CDPH64NP-27ØNC 220 270 { 25 22ÊH | 20 % { 25 27ÊH | 20 % 0.18(0.14) 0.24(0.18) 0.92 0.82 4740-0008 4740-0009 CDPH64NP-33ØNC CDPH64NP-39ØNC 330 390 { 25 33ÊH | 20 % { 25 39ÊH | 20 % 0.27(0.21) 0.31(0.24) 0.73 0.67 4740-0010 4740-0011 CDPH64NP-47ØNC CDPH64NP-56ØNC 470 560 { 25 47ÊH | 20 % { 25 56ÊH | 20 % 0.38(0.29) 0.44(0.34) 0.61 0.58 4740-0012 4740-0013 CDPH64NP-68ØNC CDPH64NP-82ØNC 680 820 { 25 68ÊH | 20 % { 25 82ÊH | 20 % 0.49(0.37) 0.59(0.45) 0.50 0.46 4740-0014 4740-0016 CDPH64NP-1Ø1NC CDPH64NP-121NC 101 121 { 25 100ÊH | 20 % { 25 120ÊH | 20 % 0.66(0.51) 0.73(0.56) 0.38 0.37 4740-0017 4740-0018 CDPH64NP-151NC CDPH64NP-181NC 151 181 { 25 150ÊH | 20 % { 25 180ÊH | 20 % 1.27(0.98) 1.42(1.09) 0.34 0.30 4740-0019 4740-0020 CDPH64NP-221NC CDPH64NP-271NC 221 271 { 25 220ÊH | 20 % { 25 270ÊH | 20 % 1.52(1.17) 2.30(1.77) 0.27 0.25 4740-0021 4740-0022 CDPH64NP-331NC CDPH64NP-391NC 331 391 { 25 330ÊH | 20 % { 25 390ÊH | 20 % 2.62(2.02) 2.88(2.21) 0.22 0.20 4740-0023 4740-0024
d l \ ¼ mÈàn ¦P D.C.R. (¶) [Ⱥ] (\) ¦R R[h CDPH64NP-1ØØNB CDPH64NP-12ØNB 100 120 { 25 10ÊH | 20 % { 25 12ÊH | 20 % 0.12(89m) 0.13(98m) 1.32 1.16 4740-0025 4740-0027 CDPH64NP-15ØNB CDPH64NP-18ØNB 150 180 { 25 15ÊH | 20 % { 25 18ÊH | 20 % 0.14(0.11) 0.15(0.12) 1.09 1.00 4740-0028 4740-0029 CDPH64NP-22ØNB CDPH64NP-27ØNB 220 270 { 25 22ÊH | 20 % { 25 27ÊH | 20 % 0.18(0.14) 0.24(0.18) 0.92 0.82 4740-0030 4740-0031 CDPH64NP-33ØNB CDPH64NP-39ØNB 330 390 { 25 33ÊH | 20 % { 25 39ÊH | 20 % 0.27(0.21) 0.31(0.24) 0.73 0.67 4740-0032 4740-0033 CDPH64NP-47ØNB CDPH64NP-56ØNB 470 560 { 25 47ÊH | 20 % { 25 56ÊH | 20 % 0.38(0.29) 0.44(0.34) 0.61 0.58 4740-0034 4740-0035 CDPH64NP-68ØNB CDPH64NP-82ØNB 680 820 { 25 68ÊH | 20 % { 25 82ÊH | 20 % 0.49(0.37) 0.59(0.45) 0.50 0.46 4740-0036 4740-0038 CDPH64NP-1Ø1NB CDPH64NP-121NB 101 121 { 25 100ÊH | 20 % { 25 120ÊH | 20 % 0.66(0.51) 0.73(0.56) 0.38 0.37 4740-0039 4740-0040 CDPH64NP-151NB CDPH64NP-181NB 151 181 { 25 150ÊH | 20 % { 25 180ÊH | 20 % 1.27(0.98) 1.42(1.09) 0.34 0.30 4740-0041 4740-0042 CDPH64NP-221NB CDPH64NP-271NB 221 271 { 25 220ÊH | 20 % { 25 270ÊH | 20 % 1.52(1.17) 2.30(1.77) 0.27 0.25 4740-0043 4740-0044 CDPH64NP-331NB CDPH64NP-391NB 331 391 { 25 330ÊH | 20 % { 25 390ÊH | 20 % 2.62(2.02) 2.88(2.21) 0.22 0.20 4740-0045 4740-0046
sxod 1DAPPEARANCE DIMENSIONS WITHOUT TOLERANCE ARE APPROX. 1-2.STAMP (E.G.) 1-3.DIMENSION RECOMMENDED (mm) PLEASE COAT WITH SILK SCREEN BETWEEN THE TWO TERMINALS. 2DCOIL SPECIFICATION 2-1.CONNECTION (BOTTOM VIEW) DIRECTLY STAMP UNFIXED THE POSITION DATE CODE 100 PART OF SILK SCREEN 7.4 4.6 1.4 1.9 ELECTRODE 4.6 6.6 }0.3 5.9 }0.3 6.6 }0.3 1.5}0.2 compliance Cd:Max.0.01wt% others:Max.0.1wt% RoHS
sxod 2-2.ELECTRICAL CHARACTERISTICS T (IN THE CASE OF REEL) NO. PART NO. STAMP INDUCTANCE mWITHINn ¦P D.C.R (¶)[MAX.] (at 20) (TYPICAL VALUE) RATED CURRENT (\`) ¦2 SUMIDA CODE CDPH64NP-1ØØNC CDPH64NP-12ØNC 100 120 { 25 10ÊH | 20 % { 25 12ÊH | 20 % 0.12(89m) 0.13(98m) 1.32 1.16 4740-0003 4740-0005 CDPH64NP-15ØNC CDPH64NP-18ØNC 150 180 { 25 15ÊH | 20 % { 25 18ÊH | 20 % 0.14(0.11) 0.15(0.12) 1.09 1.00 4740-0006 4740-0007 CDPH64NP-22ØNC CDPH64NP-27ØNC 220 270 { 25 22ÊH | 20 % { 25 27ÊH | 20 % 0.18(0.14) 0.24(0.18) 0.92 0.82 4740-0008 4740-0009 CDPH64NP-33ØNC CDPH64NP-39ØNC 330 390 { 25 33ÊH | 20 % { 25 39ÊH | 20 % 0.27(0.21) 0.31(0.24) 0.73 0.67 4740-0010 4740-0011 CDPH64NP-47ØNC CDPH64NP-56ØNC 470 560 { 25 47ÊH | 20 % { 25 56ÊH | 20 % 0.38(0.29) 0.44(0.34) 0.61 0.58 4740-0012 4740-0013 CDPH64NP-68ØNC CDPH64NP-82ØNC 680 820 { 25 68ÊH | 20 % { 25 82ÊH | 20 % 0.49(0.37) 0.59(0.45) 0.50 0.46 4740-0014 4740-0016 CDPH64NP-1Ø1NC CDPH64NP-121NC 101 121 { 25 100ÊH | 20 % { 25 120ÊH | 20 % 0.66(0.51) 0.73(0.56) 0.38 0.37 4740-0017 4740-0018 CDPH64NP-151NC CDPH64NP-181NC 151 181 { 25 150ÊH | 20 % { 25 180ÊH | 20 % 1.27(0.98) 1.42(1.09) 0.34 0.30 4740-0019 4740-0020 CDPH64NP-221NC CDPH64NP-271NC 221 271 { 25 220ÊH | 20 % { 25 270ÊH | 20 % 1.52(1.17) 2.30(1.77) 0.27 0.25 4740-0021 4740-0022 CDPH64NP-331NC CDPH64NP-391NC 331 391 { 25 330ÊH | 20 % { 25 390ÊH | 20 % 2.62(2.02) 2.88(2.21) 0.22 0.20 4740-0023 4740-0024 ¦1: MEASURED FREQUENCY k at 1 kHz ¦2: THIS INDICATES THE VALUE OF CURRENT WHEN THE INDUCTANCE IS 25% LOWER THAN ITS NOMINAL VALUE
sxod 2-3.ELECTRICAL CHARACTERISTICS U (IN THE CASE OF BOX) NO. PART NO. STAMP INDUCTANCE mWITHINn ¦P D.C.R (¶)[MAX.] (at 20) (TYPICAL VALUE) RATED CURRENT (\) ¦2 SUMIDA CODE CDPH64NP-1ØØNB CDPH64NP-12ØNB 100 120 { 25 10ÊH | 20 % { 25 12ÊH | 20 % 0.12(89m) 0.13(98m) 1.32 1.16 4740-0025 4740-0027 CDPH64NP-15ØNB CDPH64NP-18ØNB 150 180 { 25 15ÊH | 20 % { 25 18ÊH | 20 % 0.14(0.11) 0.15(0.12) 1.09 1.00 4740-0028 4740-0029 CDPH64NP-22ØNB CDPH64NP-27ØNB 220 270 { 25 22ÊH | 20 % { 25 27ÊH | 20 % 0.18(0.14) 0.24(0.18) 0.92 0.82 4740-0030 4740-0031 CDPH64NP-33ØNB CDPH64NP-39ØNB 330 390 { 25 33ÊH | 20 % { 25 39ÊH | 20 % 0.27(0.21) 0.31(0.24) 0.73 0.67 4740-0032 4740-0033 CDPH64NP-47ØNB CDPH64NP-56ØNB 470 560 { 25 47ÊH | 20 % { 25 56ÊH | 20 % 0.38(0.29) 0.44(0.34) 0.61 0.58 4740-0034 4740-0035 CDPH64NP-68ØNB CDPH64NP-82ØNB 680 820 { 25 68ÊH | 20 % { 25 82ÊH | 20 % 0.49(0.37) 0.59(0.45) 0.50 0.46 4740-0036 4740-0038 CDPH64NP-1Ø1NB CDPH64NP-121NB 101 121 { 25 100ÊH | 20 % { 25 120ÊH | 20 % 0.66(0.51) 0.73(0.56) 0.38 0.37 4740-0039 4740-0040 CDPH64NP-151NB CDPH64NP-181NB 151 181 { 25 150ÊH | 20 % { 25 180ÊH | 20 % 1.27(0.98) 1.42(1.09) 0.34 0.30 4740-0041 4740-0042 CDPH64NP-221NB CDPH64NP-271NB 221 271 { 25 220ÊH | 20 % { 25 270ÊH | 20 % 1.52(1.17) 2.30(1.77) 0.27 0.25 4740-0043 4740-0044 CDPH64NP-331NB CDPH64NP-391NB 331 391 { 25 330ÊH | 20 % { 25 390ÊH | 20 % 2.62(2.02) 2.88(2.21) 0.22 0.20 4740-0045 4740-0046 ¦1: MEASURED FREQUENCY k at 1 kHz ¦2: THIS INDICATES THE VALUE OF CURRENT WHEN THE INDUCTANCE IS 25% LOWER THAN ITS NOMINAL VALUE OPERATING TEMPERATURE RANGE: |40 \ {100 (INCLUDING SELF TEMPERATURE RISE)