inductors commercial, molded, shielded ims-5 vishay dale www.vishay.com for technical questi ons contact magnetics@vishay.com document number: 34048 24 revision: 17-feb-06 features ? wide inductance range in small package ? flame retardant coating ? electromagnetic shield-finest shield available ? epoxy molded construction provides superior moisture protection ? precision performance, excellent reliability, sturdy construction electrical specifications inductance tolerance: 10 % standard, 5 % available insulation resistance: 1000 megohm minimum per mil-std-202, method 302, test condition b dielectric withstanding voltage: 1000 vac per mil-std-202, method 301 (sea level) percent coupling: 3 % maximum per mil-prf-15305 operating temperature: - 55 c to + 105 c mechanical specifications terminals: 5 pounds pull per mil-std-202, method 211, test condition a weight: ims-5 = 0.85 grams maximum material specifications encapsulant: epoxy standard terminals: #22 awg tinned copper * measured with full length lead. ** rated dc current: based on maximum temperature rise not to exceed 15 c at + 90 c ambient. *** incremental current: the minimum typical current at whic h the inductance will be decreased by 5 % from its initial zero dc value. inductance range and military standard inductance range material from to core shield 0.10 h 0.82 h phenolic powd. iron 1.0 h 12.0 h powd. iron powd. iron 15.0 h 100000 h ferrite ferrite environmental performance test conditions specifications barometric pressure test condition c mil-std-202, method 105 thermal shock test condition a-1 mil-std-202, method 107 flammability - mil-st d-202, method 111 overload - mil-prf-15305 low temperature storage - mil-prf-15305 resistance to soldering heat test condition a mil-std-202, method 210 resistance to solvents - mil-std-202, method 215 dimensions in inches [millimeters] 1.44 0.1 88 [36.57 4.7 8 ] 0.025 0.002 [0.635 0.051] 0.410 0.020 [10.41 0.50 8 ] 0.162 0.010 [4.11 0.254] standard electrical specifications ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq min. (mhz) dcr at 25 c max. (ohms) rated dc** current (ma) incremental** current (ma) 0.10 10 % 50 25.0 250.0 0.025 1790 - 0.12 10 % 51 25.0 250.0 0.034 1530 - 0.15 10 % 51 25.0 250.0 0.037 1470 - 0.18 10 % 50 25.0 250.0 0.047 1300 - 0.22 10 % 49 25.0 250.0 0.067 1100 - 0.27 10 % 47 25.0 250.0 0.11 855 - 0.33 10 % 46 25.0 250.0 0.13 780 - 0.39 10 % 44 25.0 250.0 0.18 670 - 0.47 10 % 44 25.0 235.0 0.25 565 - 0.56 10 % 43 25.0 210.0 0.33 490 - 0.68 10 % 42 25.0 190.0 0.45 420 - 0.82 10 % 40 25.0 180.0 0.59 370 - 1.0 10 % 44 25.0 140.0 0.07 1070 - 1.2 10 % 44 7.9 130.0 0.10 895 - 1.5 10 % 44 7.9 115.0 0.12 815 - 1.8 10 % 44 7.9 105.0 0.14 775 - 2.2 10 % 44 7.9 100.0 0.19 650 - 2.7 10 % 44 7.9 92.0 0.28 535 - 3.3 10 % 44 7.9 85.0 0.35 480 - rohs compliant
ims-5 inductors, commercial , molded, shielded vishay dale document number: 34048 for technical questions contact ma gnetics@vishay.com www.vishay.com revision: 17-feb-06 25 * measured with full length lead. ** rated dc current: based on maximum temperature rise not to exceed 15 c at + 90 c ambient. *** incremental current: the minimum typical current at which the inductance will be decreased by 5 % from its initial zero dc value. standard electrical specifications ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq min. (mhz) dcr at 25 c max. (ohms) rated dc** current (ma) incremental** current (ma) 3.9 10 % 44 7.9 75.0 0.40 450 - 4.7 10 % 44 7.9 70.0 0.55 380 - 5.6 10 % 44 7.9 65.0 0.72 335 - 6.8 10 % 50 7.9 55.0 1.02 280 - 8.2 10 % 50 7.9 50.0 1.32 250 - 10.0 10 % 50 7.9 46.0 1.62 220 - 12.0 10 % 55 2.5 44.0 2.00 200 - 15.0 10 % 45 2.5 49.0 0.80 315 250.0 18.0 10 % 45 2.5 45.0 0.89 300 235.0 22.0 10 % 45 2.5 41.0 0.96 290 220.0 27.0 10 % 45 2.5 38.0 1.19 260 200.0 33.0 10 % 45 2.5 34.0 1.37 240 190.0 39.0 10 % 50 2.5 29.0 1.93 205 180.0 47.0 10 % 50 2.5 27.0 2.11 195 175.0 56.0 10 % 50 2.5 25.0 2.23 190 160.0 68.0 10 % 50 2.5 21.0 2.70 170 150.0 82.0 10 % 50 2.5 10.5 2.44 180 140.0 100.0 10 % 50 2.5 10.0 3.12 160 120.0 120.0 10 % 55 0.79 9.7 3.6 150 95.0 150.0 10 % 55 0.79 8.5 4.1 140 90.0 180.0 10 % 55 0.79 8.0 4.4 135 85.0 220.0 10 % 55 0.79 7.5 5.0 125 80.0 270.0 10 % 55 0.79 7.0 5.8 115 70.0 330.0 10 % 55 0.79 6.5 6.4 110 65.0 390.0 10 % 60 0.79 6.2 7.4 105 60.0 470.0 10 % 60 0.79 5.7 9.5 92 58.0 560.0 10 % 60 0.79 4.7 10.5 90 55.0 680.0 10 % 60 0.79 4.5 11.8 80 50.0 820.0 10 % 60 0.79 4.2 13.0 80 45.0 1000.0 10 % 60 0.79 3.8 17.5 70 40.0 1200.0 10 % 45 0.25 1.5 22.1 60 35.0 1500.0 10 % 45 0.25 1.2 26.5 55 33.0 1800.0 10 % 45 0.25 1.0 29.9 50 30.0 2200.0 10 % 45 0.25 0.97 33.8 50 27.0 2700.0 10 % 45 0.25 0.92 47.3 40 25.0 3300.0 10 % 45 0.25 0.84 53.0 40 22.0 3900.0 10 % 45 0.25 0.80 73.8 35 20.0 4700.0 10 % 45 0.25 0.74 81.6 31 19.0 5600.0 10 % 44 0.25 0.73 98.9 28 17.0 6800.0 10 % 40 0.25 0.66 111.0 27 16.0 8200.0 10 % 40 0.25 0.54 119.0 26 15.0 10000.0 10 % 40 0.25 0.47 137.0 24 14.0 12000.0 10 % 30 0.079 0.33 143.0 23 13.0 15000.0 10 % 30 0.079 0.29 157.0 22 12.0 18000.0 10 % 30 0.079 0.28 175.0 21 10.0 22000.0 10 % 27 0.079 0.25 274.0 17 9.0 27000.0 10 % 27 0.079 0.21 308.0 16 8.0 33000.0 10 % 27 0.079 0.19 343.0 15 7.5 39000.0 10 % 27 0.079 0.17 376.0 15 6.0 47000.0 10 % 23 0.079 0.16 473.0 13 5.5 56000.0 10 % 23 0.079 0.14 512.0 13 5.0 68000.0 10 % 23 0.079 0.13 580.0 12 4.0 82000.0 10 % 21 0.079 0.12 618.0 11 3.5 100000.0 10 % 18 0.079 0.11 678.0 11 3.0 description ims-5 10 h 10 % er e2 model inductance value inductance tolerance package code jedec lead (pb)-free standard global part number information model packing code inductance value tol. i m s 0 e r 1 0 0 k 5
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leaded magnetics packaging methods packaging methods vishay dale www.vishay.com for technical questi ons, contact: magnetics@vishay.com document number: 34148 78 revision: 13-oct-06 tape and reel in inches [millimeters] reel pack model previous code* global code lead bearing global code lead (pb)-free reel size carrier tape width (w) component pitch (p) units/ reel previous code* global code lead bearing global code lead (pb)-free units/ reel im-1 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 im-2 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 im-4 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 im-6 r36 ru er 12 2.06 [52.39] 0.4 [10.16] 2000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.4 [10.16] 400 im-8 rb5 ra ez 12 2.06 [52.39] 0.4 [10.16] 1000 b08 bh eb 100 rj2 sj et 7.5 2.06 [52.39] 0.4 [10.16] 400 im-9 rb5 ra ez 12 2.06 [52.39] 0.4 [10.16] 800 b08 bh eb 80 rj2 sj et 7.5 2.06 [52.39] 0.4 [10.16] 400 rj5 ss ew 12 2.06 [52.39] 0.4 [10.16] 1000 im-10 rb5 ra ez 12 2.06 [52.39] 0.4 [10.16] 800 b08 bh eb 70 rj2 sj et 7.5 2.06 [52.39] 0.4 [10.16] 400 im-6-38 rb5 ra ez 12 2.06 [52.39] 0.4 [10.16] 1000 b08 bh eb 200 rj2 sj et 7.5 2.06 [52.39] 0.4 [10.16] 400 im-6rfcs-40 r36 ru er 12 2.06 [52.39] 0.4 [10.16] 1000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.4 [10.16] 400 im-10-22 rb5 rr ez 12 2.06 [52.39] 0.4 [10.16] 500 b08 bh eb 100 im-10-28 r07 na ey 12 2.88 [73.15] 0.4 [10.16] 250 b08 bh eb 70 im-10-31 - - - - - - - b08 bh eb 50 im-10-37 rb5 ra ez 12 2.06 [52.39] 0.4 [10.16] 500 b08 bh eb 40 im-10-46 - - - - - - - b08 bh eb 25 im-10rfcl-12 rb5 ra ez 12 2.19 [55.63] 0.4 [10.16] 250 b08 bh eb 50 ims-2wwd-40 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 ims-2swwd-3 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 100 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 ims-2 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 ims-5 r36 ru er 12 2.50 [63.50] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.50 [63.50] 0.2 [5.08] 400 rj4 st ev 7.5 2.50 [63.50] 0.2 [5.08] 1000 ims-5wd-40 r36 ru er 12 2.50 [63.50] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.50 [63.50] 0.2 [5.08] 400 rj4 st ev 7.5 2.50 [63.50] 0.2 [5.08] 1000 9/16 to 5/ 8 [14.29 to 15. 88 ] hole 11 3/32 [2 8 1.7 8 ]
packaging methods leaded magnetics packaging methods vishay dale document number: 34148 for technical questions, contact: magnetics@vishay.com www.vishay.com revision: 13-oct-06 79 tape and reel in inches [millimeters] model previous code* global code lead bearing global code lead (pb)-free reel size carrier tape width (w) component pitch (p) units/ reel previous code* global code lead bearing global code lead (pb)-free units/ reel ims-5swd-65 r36 ru er 12 2.50 [63.50] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.50 [63.50] 0.2 [5.08] 400 rj4 st ev 7.5 2.50 [63.50] 0.2 [5.08] 1000 ir-2 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 12 2.06 [52.39] 0.2 [5.08] 1000 ir-4 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 irf-1 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 4000 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 irf-3 r36 ru er 12 2.06 [52.39] 0.2 [5.08] 2500 b08 bh eb 200 rj1 sh es 7.5 2.06 [52.39] 0.2 [5.08] 400 rj4 st ev 7.5 2.06 [52.39] 0.2 [5.08] 1000 irf-24 - - er 12 2.06 [52.39] 0.2 [5.08] 5000 - - - - irf-36 - - er 12 2.06 [52.39] 0.2 [5.08] 5000 - - - - irf-46 - - er 12 2.06 [52.39] 0.2 [5.08] 3000 - - - - ihd-1 r16 rr er 12 2.06 [52.39] 0.4 [10.16] 800 b08 bh eb 50 ihd-3 ra3 ac er 12 2.87 [72.90] 0.6 [15.24] 200 b08 bh eb 190 ihd-2 - - - - - - - - - eb 150 ihd-4 - - - - - - - - - eb 60 iha-101 - - - - - - b01 ba eb 210 iha-102 - - - - - - b01 ba eb 210 iha-103 - - - - - - b01 ba eb 200 iha-104 - - - - - - b01 ba eb 160 iha-105 - - - - - - b01 ba eb 160 iha-201 - - - - - - b01 ba eb 200 iha-202 - - - - - - b01 ba eb 180 iha-203 - - - - - - b01 ba eb 160 iha-204 - - - - - - b01 ba eb 120 iha-205 - - - - - - b01 ba eb 75 iha-301 - - - - - - b01 ba eb 210 iha-302 - - - - - - b01 ba eb 240 iha-303 - - - - - - b01 ba eb 160 iha-304 - - - - - - b01 ba eb 160 iha-305 - - - - - - b01 ba eb 160 iha-501 - - - - - - b01 ba eb 210 iha-502 - - - - - - b01 ba eb 200 iha-503 - - - - - - b01 ba eb 75 iha-504 - - - - - - b01 ba eb 75 iha-505 - - - - - - b01 ba eb 75 ih-3 5, 27, 50 & 100 h -- -- -- b15 bq eb 150 ih-3 10 h - - - - - - b15 bq eb 200 ih-3 50 h - - - - - - b15 bq eb 50 ih-3 250 h - - - - - - b15 bq eb 75 ih-4 0 h - - - - - - b15 bq eb 160 ih-5 5 & 10 h - - - - - - b15 bq eb 200 ih-5 27 h - - - - - - b15 bq eb 150 ih-5 50, 68, 100 & 150 h -- -- -- b15 bq eb 50 ih-10 5 & 10 h - - - - - - b15 bq eb 150
packaging methods vishay dale leaded magnetics packaging methods www.vishay.com for technical questi ons, contact: magnetics@vishay.com document number: 34148 80 revision: 13-oct-06 tape and reel in inches [millimeters] model previous code* global code lead bearing global code lead (pb)-free reel size carrier tape width (w) component pitch (p) units/ reel previous code* global code lead bearing global code lead (pb)-free units/ reel ih-10 27 h - - - - - - b15 bq eb 50 ih-10 50, 68 & 100 h -- -- -- b15 bq eb 75 ih-15 5 h - - - - - - b15 bq eb 50 ih-15 10 & 27 h -- -- -- b15 bq eb 75 ih-15 50 h - - - - - - b15 bq eb 60 ihm-2 - - - - - - p12 pm eb 20 ihb-1 - - - - - - b40 bv eb 48 ihb-2 - - - - - - b40 bv eb 30 ihb-3 - - - - - - b40 bv eb 20 ihb-4 - - - - - - b40 bv eb 16 ihb-5 - - - - - - b40 bv eb 16 ihb-6 - - - - - - b40 bv eb 16 ihv-15-500 - - - - - - b48 bz eb 10 ihv-20-200 - - - - - - b48 bz eb 10 ihv-28-60 - - - - - - b48 bz eb 14 ihv-30-150 - - - - - - b48 bz eb 5 ihv-40-39 - - - - - - b48 bz eb 10 ihv-45-92 - - - - - - b48 bz eb 5 ihv-50-50 - - - - - - b48 bz eb 5 ihv-60-24 - - - - - - b48 bz eb 5 pc - - - - - - f09 fj eb 40 viv - - - - - - f09 fj eb 40 vih - - - - - - f09 fj eb 40 wvl - - - - - - f09 fj eb 40 tj3-1u - - - - - - t07 tg eb 100 tj3-2u - - - - - - t07 tg eb 100 tj4-1u - - - - - - t07 tg eb 100 tj4-2u - - - - - - t07 tg eb 30 tj5-1u - - - - - - t07 tg eb 100 tj5-2u - - - - - - t07 tg eb 30 tj6-1u - - - - - - t07 tg eb 20 tj6-2u - - - - - - t07 tg eb 36 tj7-1u - - - - - - t07 tg eb 20 tj7-2u - - - - - - t07 tg eb 12 tj8-1u - - - - - - t07 tg eb 15 tj8-2u - - - - - - t07 tg eb 8 tj9-1u - - - - - - t07 tg eb 9 tj9-2u - - - - - - t07 tg eb 3 te-3 - - - - - - p09 pj eb 5 te-4 - - - - - - p09 pj eb 2 te-5 - - - - - - p09 pj eb 2 td-3 - - - - - - p09 pj eb 5 td-4 - - - - - - p09 pj eb 2 td-5 - - - - - - p09 pj eb 2 tc - - - - - - b09 bj eb 36 ta - - - - - - b42 bx eb 45 pt-10 - - - - - - c03 cc eb 32 pt-20 - - - - - - b09 bj eb 32 pt-50 - - - - - - b09 bj eb 45 pt-100 - - - - - - b09 bj eb 50 pt-200 - - - - - - b09 bj eb 50 pl-11-xx - - - - - - c03 cc eb 10 pl-22-xx - - - - - - c03 cc eb 10
packaging methods leaded magnetics packaging methods vishay dale document number: 34148 for technical questions, contact: magnetics@vishay.com www.vishay.com revision: 13-oct-06 81 * the multiplier is the factor by which two significant fi gures are multiplied to yiel d the nominal inductance value. ** indicates body color. *** coated inductors are marked with four color bands, the first being a double wide significant figure or decimal point in lie u of the double wide silver inducto r identifier. military part ordering examples transformers and inductors mil-t-27e (basic [tf]) (establi shed reliability - none) m27 215 05 dale te- 1.0 2 % 123type3q0trmh 1. military specification 2. specification sheet number 3. specification sheet dash number indicating value and electrical ratings mil-c-15305e (basic [lt]) (established reliability mil-c-39010) lt 4 k dale im-2 (0.10 h to 1.00 h) 10 % 123type note: parts will be color banded. value per military standard dash numer. 1. style 2. grade and class 3. family k = coil, radio frequency, fixed military color codes - rf coils band b & c band d band e color significant figures or decimal point multiplier* or significant figure inductance tolerance black 0 1 - brown 1 10 1 % red 2 100 2 % orange 3 1000 3 % yellow 4 10 000 4 % green 5 - - blue 6 - - violet 7 - - gray 8 - - white 9 - - none** - - 20 % silver - - 10 % gold decimal point - 5 % band ?a? is twice the width of the other bands and is si lver in color to identify part as an inductor. *** for inductance values less than 10 either band ?b? or band ?c? will be gold and wi ll represent the decimal point. the other two bands (?b? and ?d? or ?c? and ?d?) will represent significant figures. for inductance values of 10 or more band ?b? and band ?c? represent significant figures and band ?d? is the multiplier. for small units , dots may be used in place of bands. ind u ctor identifier (sil v er) significant fig u res or decimal point m u ltiplier or significant fig u re tolerance radio fre qu ency coils t w ice the w idth of other bands a b c d e = =
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