!Note• This PDF catalog is downloaded from the website of Murata Manufacturing co., ltd. Therefore, it’s specifications are subject to change or our products in it may be discontinued without advance notice. Please check with our O05E.pdf sales representatives or product engineers before ordering. • This PDF catalog has only typical specifications because there is no space for detailed specifications. Therefore, please approve our product specifications or transact the approval sheet for product specifications before ordering. 09.11.13 Chip Inductors (Chip Coils) Cat.No.O05E-21

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 o Part Numbering Chip Inductors (Chip Coils)(SMD) (Part Number) LQ H 32 M N 331 K 2 3 L q w e r t y u i o !0 q t Product ID Category Product ID Code Category LQ N Chip Inductors (Chip Coils) S Standard Type w Structure y Code Structure Inductance G Multilayer Type (Air-core Inductor (Coil)) Eµxpressed by three-digit alphanumerics. The unit is micro-henry H ( H). The first and second figures are significant digits, and the Wire Wound Type (Ferrite Core) M third figure expresses the number of zeros which follow the two Multilayer Type (Ferrite Core) figures. If there is a decimal point, it is expressed by the capital P R Film Type letter " ". In this case, all fiµgures are significant digits. If W inductance is less than 0.1 H, the inductance code is expressed Wire Wound Type (Air-core Inductor (Coil)) N by a combination of two figures and the capital letter " ", and the e g unit of inductance Nis nano-henry (nH). Dimensions (L W) The capital letter " " indicates the unit of "nH", and also g expresses a decimal point. In this case, all figures are significant Code Dimensions (L W) EIA 02 g digits. 0.4 0.2mm 01005 03 g u 0.6 0.3mm 0201 Inductance Tolerance 04 g 0.8 0.4mm 03015 Code Inductance Tolerance 15 g B ± 1.0 0.5mm 0402 0.1nH 18 g C ± 1.6 0.8mm 0603 0.2nH 21 g D ± 2.0 1.25mm 0805 0.5nH 2B g G ± 2.0 1.5mm 0805 2% 2M g H ± 2.0 1.6mm 0806 3% 2H g J ± 2.5 2.0mm 1008 5% 3N g K ± 3.0 3.0mm 1212 10% 31 g M ± 3.2 1.6mm 1206 20% 32 g N ± 3.2 2.5mm 1210 30% 43 g S ± 4.5 3.2mm 1812 0.3nH 44 g W ± 4.0 4.0mm 1515 0.05nH 55 g g 5.7 5.0mm (5.87 5.2mm) 2220 6P g i LQHppP/LQMppP 6.0 6.0mm 2424 Features (Except ) 66 g 6.3 6.3mm 2525 Code Features Series 88 g 0 LQG/LQP/LQW/LQM*1/LQH*2 8.0 8.0mm 3131 Standard Type r 1 High-Q/ LQW15A/18A/2BH Applications and Characteristics Low DC Resistance LQM21N Code Series Applications and Characteristics Standard Type H LQG 2 LQH32C/32M Multilayer Air-core Inductor (Coil) Standard Type N 3 LQH32C for Resonant Circuit Low DC Resistance 5 LQH2MC/32C D LQM for Choke Low Profile Type 7 (Low-current DC Power Supplies) Large Current Type F LQM21F for Choke (DC Power Supplies) 8 Low DC Resistance M LQP Film Type /Large Current Type T Film Type (Low DC Resistance Type) *1 Except LQM21N Series A LQW High Q Type (UHF-SHF) *2 Except LQH32 Series H High Q Type (VHF-UHF) Continued on the following page. N for Resonant Circuit M for Resonant Circuit (Coating Type) D LQH for Choke C for Choke (Coating Type) S for Choke (Magnetically Shielded Type) H for High-frequency Resonant Circuit P LQM/LQH for Power Line 2

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Continued from the preceding page. (Part Number) LQ H 32 M N 331 K 2 3 L q w e r t y u i o !0 i LQHppP/LQMppP LQH6PP/LQH88P Thickness( Only · Except ) Code Dimensions (T) C 0.5mm E 0.7mm 0 0.85mm G 0.9mm J 1.1mm M 1.4mm N 1.55mm P 1.65mm R 1.85mm o LQHppP/LQMppP Electrode (Except ) •Lead (Pb) Free Code Electrode Series 0 LQG18H/LQP03T/LQWppA/LQM LQG15H/LQP02T/LQP03T/LQP15T/ 2 Sn LQPppM/LQH2MC 3 LQWppH/LQH LQH2MC LF Solder (Except ) 4 LQP03T Au o LQHppP/LQMppP LQH6PP/LQH88P Specification( Only · Except ) Code Specification 0 Standard Type io LQH6PP/LQH88P Thickness ( Only) Code Dimension (T) 38 3.8mm 43 4.3mm !0 Packaging Code Packaging Series K LQH /LQWppH /LQM31F/LQM21 Embossed Taping (ø330mm Reel) *1 *6 *2 L LQH/LQWppH/LQM31F/LQM21 /LQM31P/LQM2HP/LQM2MP Embossed Taping (ø180mm Reel) *2 B LQH2MC/LQW/LQG/LQM/LQP Bulk J LQW18A/LQG/LQM18/LQM21 /LQP Paper Taping (ø330mm Reel) *3 *5 D LQWppA/LQG/LQM18/LQM21 /LQP Paper Taping (ø180mm Reel) *4 *1 Except LQH2MC/LQH32P/LQH3NP/LQH43C µ µ µ *2 LQM21D(22 - 47 H)/LQM21F(4.7 - 47 H)/LQM21N(2.7 - 4.7 H) only. µ µ µ *3 LQM21D(1.0 - 10 H)/LQM21F(1.0 - 2.2 H)/LQM21N(0.1 - 2.2 H) only. µ µ µ *4 LQM21D(1.0 - 10 H)/LQM21F(1.0 - 2.2 H)/LQM21N(0.1 - 2.2 H)/LQM21P only. *5 Except LQP02T/15T *6 Except LQW21H 3

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Product Guide Murata's LQp series of chip inductors (chip coils) consists of compact, high-performance inductors. Their innovative coil and case structures mean low DC resistance and outstanding high-frequency characteristics. The series is designed for a variety of applications, facilitating component selection for individual circuit requirements. Size Code Inductance Range Rated Current (mA) Part Number Structure µ µ µ Inch (mm) 1n 10n 100n 1 10 100 1m 10m 10 100 1000 10000 LQM21P 0805 (2012) 470nH 2.2µH 600 1300 LQM2MP 0806 (2016) 470nH 4.7µH 1100 1600 LQM2HP_J0 1008 (2520) 1.0µH 3.3µH 1000 1500 LQM2HP_G0 Magnetically 1008 (2520) 470nH 4.7µH 1100 1800 Shielded LQM2HP_E0 Multilayer 1008 (2520) 560nH 1500 LQM31P_00 1206 (3216) 470nH 4.7µH 700 1400 LQM31P_C0 1206 (3216) 470nH 2.2µH 900 1300 LQH2MC_02 0806 (2016) 1.0µH 82µH 90 485 LQH2MC_52 0806 (2016) 1.0µH 22µH 130 595 LQH3NP_M0 1212 (3030) 1.0µH 100µH 200 1400 LQH3NP_J0 1212 (3030) 1.0µH 47µH 200 1620 LQH3NP_G0 1212 (3030) 1.0µH 250µH 80 1525 ctor LQH32P Wire Wound 1210 (3225) 470nH 22µH 450 2550 u d LQH44P_P0 1515 (4040) 1.0µH 22µH 790 2450 n er I LQH44P_J0 1515 (4040) 1.0µH 47µH 300 1530 w o LQH55P 2220 (5852) 1.2µH 22µH 670 2600 P LQH6PP 2424 (6060) 1.0µH 100µH 800 4300 LQH88P 3131 (8080) 1.0µH 100µH 1000 8000 LQM18F 0603 (1608) 1.0µH 10µH 50 150 LQM21D 0805 (2012) 1.0µH 47µH 7 60 Magnetically LQM21F Shielded 0805 (2012) 1.0µH 47µH 7 220 Multilayer LQM31F 1206 (3216) 10µH 70 s e LQH31C 1206 (3216) 120nH 100µH 80 970 k o h LQH32C_23/_33 1210 (3225) 150nH 560µH 60 1450 C LQH32C_53 1210 (3225) 1.0µH 100µH 100 1000 Wire Wound LQH43C 1812 (4532) 1.0µH 470µH 90 1080 LQH55D 2220 (5750) 120nH 10mH 50 6000 LQH66S Magnetically 2525 (6363) 270nH 10mH 50 6000 Shielded LQM18N 0603 (1608) 47nH 2.2µH 15 50 Magnetically GeneralFrequencyRange LLLQQQMHH332121MMN WSMhuirieletli dlWaeyodeurnd 011822001560 (((233022112265))) 10105n0HnH1.0µH 4.7µH 100µH560µH 340405 225540045 LQH43M(N) (ferrite core) 1812 (4532) 1.0µH 2.2mH 30 500 LQG15H 0402 (1005) 1.0nH 270nH 110 300 LQG18H Multilayer 0603 (1608) 1.2nH 100nH 300 500 LQP02T 01005 (0402)0.4nH 18nH 140 320 LQP03T_02 0201 (0603) 0.6nH 120nH 40 850 nce LQP03T_00 0201 (0603) 0.6nH 56nH Inductance Lineup 100 840 quency Range uctance Tolera LLLLQQQQPPPP11105583MTMT_04 Film 0000446200002231 ((((1110006600005583)))) 0.1161..n00.H3nnnHHH 183n3H5n6H1n0H0nH * Tdhoe nreo ta :::m rEEOea-- tst21hco42ehm r oteor HiEtei gsmhtesep rw.hich 55600800 334400020000 e d High Fr Tight In LLQQWW1054AA 003400125 ( (10080054)) 11.1.3nnHH 33nH120nH 111400 9192000 LQW18A Wire Wound 0603 (1608) 2.2nH 470nH 75 1400 LQW2BH (air core) 0805 (2015) 2.7nH 470nH 160 1900 LQW31H 1206 (3216) 8.8nH 100nH 230 750 LQW21H 0805 (2012) 470nH 2.2µH 75 160 Wire Wound LQH31H (ferrite core) 1206 (3216) 54nH 880nH 180 920 CAUTION: Use rosin-based flux, but not strong acidic flux (with chlorine content exceeding 0.2wt%) when soldering chip inductor (chip coil). Do not use water-soluble flux. 4

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Selection Guide Construction? Wire Wound Multilayer Film LQH2MCµ_02 LQM21P µ 0806/1.0–82 H/90–485mA 0805/0.47–2.2 H/600–1300mA LQH2MCµ_52(Low profile type) LQM2MPµ 0806/1.0–22 H/130–595mA 0806/0.47–4.7 H/1100–1600mA LQH3NP_Mµ 0 LQM2HP_µJ0 1212/1.0–100 H/200–1400mA 1008/1.0–3.3 H/1000–1500mA LQH3NP_µJ0 LQM2HP_Gµ0 1212/1.0–47 H/200–1620mA 1008/0.47–4.7 H/1100–1800mA n sio L12Q12H/13.0N–2P5_0GµH0/80–1525mA L10Q08M/02.5H6µPH_/1E5000mA onver L12Q10H/03.427P–22µH/450–2550mA L12Q06M/03.417–P4_.70µ0H/7(S0t0a–n1d4a0rd0 mtyApe) e C L15Q15H/14.04–P22_µPH0/790–2450mA L12Q06M/03.417–P2_.2CµH0/9(L0o0w– 1p3ro0fi0lem tyApe) g olta L15Q15H/14.04–P47_µJH0/300–1530mA V Power Line Application? L2L224QQ2204HH//1156..205P––P21P20µ0HµH/6/700.8––246.030AmA LQH88P µ 3131/1.0–100 H/1.0–8.0A LQH31C µ LQM18Fµ 1206/0.12–100 H/80–970mA 0603/1.0–10 H/50–150mA LQH32C(Stµandard type) LQM21Dµ 1210/0.15–560 H/60–1450mA 0805/1.0–47 H/7–60mA ? ke L12Q10H/13.02–C10_05µH3/1(L0o0w– 1p0ro0fi0lem tyApe) L08Q05M/12.01–4F7µH/7–220mA pe Cho L18Q12H/14.03–C470µH/90–1080mA L12Q06M/130µ1HF/70mA y T t LQH55D µ ui 2220/0.12–10000 H/0.05–6.0A c r Ci LQH66S µ 2525/0.27–10000 H/0.05–6.0A Less than100MHzGeneral L1L122QQ0160HH//0133..10125–MM5–1600µ0µHH L0L068QQ0035MM//40127.1–81–24NN2.07µ0HnH y? L18Q12H/14.03–M22(0N0µ)H c n e LQW04A LQG15H LQP02T ne qu 03015/1.1–33nH 0402/1.0–270nH 01005/0.4–18nH Signal Li erating Fre an 100MHz equency L0L0L46QQQ0023WWW//12112..3258B––14AAH2700nnHH L06Q03G/11.28–H100nH L0L0L24QQQ0012PPP//01011..60355––TTM11280nnHH Op eater th High Fr 0L182Q0056W//283..781––41H7000nnHH 0L046Q0023P//111..038––M3130n0HnH Gr LQW21H µ 0805/0.47–2.2 H LQH31H 1206/54–880nH Guidance of Digits in This Chart o µ forLQH2MC_02 0806/1.0–82 H/90–485mA Size Inductance Rated Current (inch) 5

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Product Guide by Thickness Which Thickness? Power Inductor Multilayer Type Wire Wound Type Multilayer Type for Choke Wire Wound Type for Choke 0.2mm 0.3mm 0.35mm 0.4mm 0.5mm LQM21P_C0 / LQM31P_C0 0.65mm LQH2MC_52 0.7mm LQM2HP_E0 0.8mm LQM18F µ 0.85mm LQM31P_00 LQM21D (1.0 to 10 H) / LQM21F_00 0.9mm LQM21P_G0 / LQM2HP_G0 / LQM2MP LQH2MC_02 / LQH3NP_G0 1.0mm LQM31F 1.1mm LQM2HP_J0 LQH3NP_J0 / LQH44P_J0 µ 1.25mm LQM21D (22 to 47 H) / LQM21F_70 / LQM21F_80 1.4mm LQH3NP_M0 1.55mm LQH32P LQH32C_53 1.65mm LQH44P_P0 1.7mm 1.8mm LQH31C 1.85mm LQH55P 2.0mm LQH32C_23/33 2.6mm LQH43C 3.8mm LQH88P 4.3mm LQH6PP 4.7mm LQH55D / LQH66S Which Thickness? Inductor for General Use Inductor for High Frequency Multilayer Type Wire Wound Type Multilayer Type Film Type Wire Wound Type 0.2mm LQP02T 0.3mm LQP03T 0.35mm LQP15M 0.4mm LQP15T LQW04A 0.5mm LQG15HN / LQG15HS LQP18M LQW15A 0.65mm 0.7mm 0.8mm LQM18N LQG18H LQW18A µ 0.85mm LQM21N (0.1 to 2.2 H) 0.9mm LQW21H 1.0mm 1.1mm µ 1.25mm LQM21N (2.7 to 4.7 H) 1.4mm 1.55mm 1.65mm 1.7mm LQW2BH 1.8mm LQH31M LQH31H / LQW31H 1.85mm 2.0mm LQH32M 2.6mm LQH43M(N) 3.8mm 4.3mm 4.7mm 6

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Power Inductor Product Guide 1 L Power Inductor Multilayer Type W T: Thickness (in mm) 10000 2.5 LQM2HP_E0 2.0 T: 0.7 )A 2.5 m LQM2HP_G0 2.0 T: 0.9 ( tne LQM31P_C03.2 1.6 T: 0.5 LQM2MP2.01.6 T: 0.9 rru1000 2.5 C LQM2HP_J0 2.0 T: 1.1 d etaR LQM21P_G02.01.25 T: 0.9 2.0 LQM31P_003.2 1.6 T: 0.85 LQM21P_C0 1.25 T: 0.5 100 0.1 1 µ 10 Inductance ( H) L Power Inductor Wire Wound Type W T: Thickness (in mm) 10000 8.0 LQH88P 8.0 T: 3.8 6.0 3.2 LQH6PP 6.0 T: 4.3 1000 LQH32P 2.5 T: 1.55 4.0 )Am 5.L87QH44P_P0 4.0 T: 1.65 ( tne LQH55P 5.2 T: 1.85 4.0 rru LQH44P_J0 4.0 T: 1.1 C 3.0 de LQH3NP_M0 3.0 T: 1.4 ta 3.0 R LQH3NP_J0 3.0 T: 1.1 2.0 100 LQH2MC_52 1.6 T: 0.65 2.0 LQH2MC_02 1.6 T: 0.9 3.0 LQH3NP_G0 3.0 T: 0.9 10 0.1 1 10 100 1000 µ Inductance ( H) 7

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 Wire Wound Type 1 Power Inductor LQH32P_N0 Series (1210 Size) ■ ■ Features Dimension 1. Large allowable DC current of 2550mA (0.47 micro H) 2. The series has an inductance range from 0.47 to 22 2.7±0.2 2.5±0.2 micro H. 34.. MLeaagdn-efrteicea rlleyf lsohwie sldoeldde sritnrugc itsu raevailable. A 1.550.15± A 2.5±0.2 ■ 3.2±0.3 A: 2.8 max. Applications 1. DSC, DVC, and 3.5/2.5 inch HDD 2. DC-DC converter for communication module of WiMAX 0.9±0.3 0.9±0.3 1.3±0.2 (in mm) ■ p Rated Value ( : packaging code) *1 *2 Inductance Allowable DC Current Allowable DC Current Self Resonance Part Number Inductance DC Resistance Class of Magnetic Shield Test Frequency (Based on Temperature Rise) (Based on Inductance Change) Frequency (min.) LQH32PNR47NN0p 0.47µH±30% 1MHz 2550mA 3400mA 0.03ohm±20% 100MHz Magnetic shield of magnetic powder in resin LQH32PN1R0NN0p 1.0µH±30% 1MHz 2050mA 2300mA 0.045ohm±20% 100MHz Magnetic shield of magnetic powder in resin LQH32PN1R5NN0p 1.5µH±30% 1MHz 1750mA 1750mA 0.057ohm±20% 70MHz Magnetic shield of magnetic powder in resin LQH32PN2R2NN0p 2.2µH±30% 1MHz 1600mA 1550mA 0.076ohm±20% 70MHz Magnetic shield of magnetic powder in resin LQH32PN3R3NN0p 3.3µH±30% 1MHz 1200mA 1250mA 0.12ohm±20% 50MHz Magnetic shield of magnetic powder in resin LQH32PN4R7NN0p 4.7µH±30% 1MHz 1000mA 1000mA 0.18ohm±20% 40MHz Magnetic shield of magnetic powder in resin LQH32PN6R8NN0p 6.8µH±30% 1MHz 850mA 850mA 0.24ohm±20% 40MHz Magnetic shield of magnetic powder in resin LQH32PN100MN0p 10µH±20% 1MHz 700mA 750mA 0.38ohm±20% 30MHz Magnetic shield of magnetic powder in resin LQH32PN220MN0p 22µH±20% 1MHz 450mA 500mA 0.81ohm±20% 20MHz Magnetic shield of magnetic powder in resin Operating Temperature Range: -40°C to +85°C Only for reflow soldering. *1: When applied Allowable DC Current is applied to the Products, self-generation of heat will rise to 40°C or less. *2: When applied Allowable DC Current is applied to the Products, Inductance will be within ±30% of nominal Inductance value. ■ ■ Inductance - Frequency Characteristics (Typ.) Inductance - Current Characteristics (Typ.) 100 1000 22µH 10µH 100 Inductance (H)µ 101 4.7µ2H.21µ.H0µH Inductance (H)µ 10 22µH10µH4.7µH 2.2µH 1 1.0µH 0.1 0.1 0.1 1 10 100 1000 10 100 1000 10000 Frequency (MHz) DC Current (mA) 23

!Note• Th!is PNDoFt eca•t aPlolega sise d roewadn lroaatdinegd a fnrodm ! thCeA wUeTbIOsiNte (ofof rM sutoraratag eM, aonpuefraactitnugri,n rga tcinog.,, ltsdo.l dTehreinregf,o mreo, u int’tsin sgp aencdifi chaatniodnlisn ga)r ein s tuhbisje ccat ttaol ocgh aton gpere ovre onut rs mprookdiuncgt sa nind /iot rm bauyr nbien gd,i sectco.ntinued without advance notice. Please check with our O05E.pdf • sTahliess P rDepFr ecsa•et aTnlthoaigsti vhceaasst a oolorn gply rh otaydspu icoctna elly ns tgpyiepnciecifeaicrl sas tpbioeencfosifr ibceae otciroadnuessr iebn egthc.earues ies tnhoe rsep iasc neo f osrp adceeta fiolerd d septaeicleifdic saptieocnisfi.c aTthioenres.f oTrhee, rpelefoarsee, palpeparsoev ea popurro vpero oduurc pt rsopdeuccifti csapteiocnifsic aotri otrnasn soar ctrta tnhsea acpt pthreo vaapl psrhoeveatl fsohre perto fdour cptr ospdeuccitf iscpaeticoinficsa btieofnosre b oerfodreer inogrd.erin0g9. .11.13 DDeessiiggnn KKiittss Continued from the preceding page. Quantity Inductance DC Resistance Allowable DC Current (mA) No. Part Number Ω (pcs.) Nominal Tolerance ( ) Based on Temperature RiseBased on Inductance Change LQH3NPN100NG0 10 µ ± ± 7 10 H 30% 0.57 20% 630 500 LQH3NPN150NG0 10 µ ± ± 8 15 H 30% 0.91 20% 475 370 LQH3NPN220MG0 10 µ ± ± 9 22 H 20% 1.1 20% 430 340 LQH3NPN330MG0 10 µ ± ± 10 33 H 20% 2.1 20% 345 250 LQH3NPN470MG0 10 µ ± ± 11 47 H 20% 3.0 20% 270 170 LQH3NPN680MG0 10 µ ± ± 12 68 H 20% 4.2 20% 235 150 LQH3NPN101MG0 10 µ ± ± 13 100 H 20% 8.0 20% 165 140 LQH3NPN151MG0 10 µ ± ± 14 150 H 20% 11 20% 145 110 LQH3NPN221MG0 10 µ ± ± 15 220 H 20% 14 20% 130 100 LQH3NPN251MG0 10 µ ± ± 16 250 H 20% 15 20% 130 80 LQH3NPN1R0NJ0 10 µ ± ± 17 1.0 H 30% 0.048 20% 1620 1650 LQH3NPN1R5NJ0 10 µ ± ± 18 1.5 H 30% 0.066 20% 1500 1200 LQH3NPN2R2NJ0 10 µ ± ± 19 2.2 H 30% 0.0828 20% 1460 1150 LQH3NPN3R3NJ0 10 µ ± ± 20 3.3 H 30% 0.126 20% 1270 950 LQH3NPN4R7NJ0 10 µ ± ± 21 4.7 H 30% 0.156 20% 1120 780 LQH3NPN6R8NJ0 10 µ ± ± 22 6.8 H 30% 0.252 20% 850 700 LQH3NPN100NJ0 10 µ ± ± 23 10 H 30% 0.36 20% 710 560 LQH3NPN150NJ0 10 µ ± ± 24 15 H 30% 0.528 20% 590 440 LQH3NPN220MJ0 10 µ ± ± 25 22 H 20% 0.72 20% 510 350 LQH3NPN330MJ0 10 µ ± ± 26 33 H 20% 1.08 20% 410 280 LQH3NPN470MJ0 10 µ ± ± 27 47 H 20% 1.56 20% 350 200 LQH3NPN1R0MM0 10 µ ± ± 28 1.0 H 20% 0.044 20% 2050 1400 LQH3NPN2R2MM0 10 µ ± ± 29 2.2 H 20% 0.073 20% 1600 1250 LQH3NPN3R3MM0 10 µ ± ± 30 3.3 H 20% 0.092 20% 1450 1000 LQH3NPN4R7MM0 10 µ ± ± 31 4.7 H 20% 0.13 20% 1250 880 LQH3NPN6R8MM0 10 µ ± ± 32 6.8 H 20% 0.20 20% 1000 820 LQH3NPN100MM0 10 µ ± ± 33 10 H 20% 0.26 20% 870 550 LQH3NPN1R0NM0 10 µ ± ± 34 1.0 H 30% 0.044 20% 2050 1400 LQH3NPN2R2NM0 10 µ ± ± 35 2.2 H 30% 0.073 20% 1600 1250 LQH3NPN3R3NM0 10 µ ± ± 36 3.3 H 30% 0.092 20% 1450 1000 LQH3NPN4R7NM0 10 µ ± ± 37 4.7 H 30% 0.13 20% 1250 880 LQH3NPN6R8NM0 10 µ ± ± 38 6.8 H 30% 0.20 20% 1000 820 LQH3NPN100NM0 10 µ ± ± 39 10 H 30% 0.26 20% 870 550 LQH3NPN220MM0 10 µ ± ± 40 22 H 20% 0.51 20% 650 410 LQH3NPN330MM0 10 µ ± ± 41 33 H 20% 0.85 20% 500 370 LQH3NPN470MM0 10 µ ± ± 42 47 H 20% 1.25 20% 410 310 LQH3NPN101MM0 10 µ ± ± 43 100 H 20% 3.50 20% 240 200 LQH32PNR47NN0 10 µ ± ± 44 0.47 H 30% 0.03 20% 2550 3400 LQH32PN1R0NN0 10 µ ± ± 45 1.0 H 30% 0.045 20% 2050 2300 LQH32PN1R5NN0 10 µ ± ± 46 1.5 H 30% 0.057 20% 1750 1750 LQH32PN2R2NN0 10 µ ± ± 47 2.2 H 30% 0.076 20% 1600 1550 LQH32PN3R3NN0 10 µ ± ± 48 3.3 H 30% 0.12 20% 1200 1250 LQH32PN4R7NN0 10 µ ± ± 49 4.7 H 30% 0.18 20% 1000 1000 LQH32PN6R8NN0 10 µ ± ± 50 6.8 H 30% 0.24 20% 850 850 LQH32PN100MN0 10 µ ± ± 51 10 H 20% 0.38 20% 700 750 LQH32PN220MN0 10 µ ± ± 52 22 H 20% 0.81 20% 450 500 Continued on the following page. 11248

Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: M urata: LQH31CN100K01L LQH31CN101K01L LQH31CN2R2M01L LQH31CN4R7M01L LQH3ERN1R2G01L LQH3ERN1R5G01L LQH3ERN1R8G01L LQH3ERN2R2G01L LQH3ERN3R3G01L LQH3ERN4R7G01L LQH3KSN102N23L LQH3KSN152N23L LQH3KSN220M53L LQH3KSN222N23L LQH3KSN330M53L LQH3KSN3R3N53L LQH3KSN471M53L LQH3KSN4R7N53L LQH3KSN561M53L LQH3KSN561N23L LQH3KSN681N23L LQH3KSN6R8N53L LQH3KSN821M53L LQH43CN101K01L LQH43CN150K01L LQH43CN151K01L LQH43CN1R0M01L LQH43CN1R5M01L LQH43CN220K01L LQH43CN221K01L LQH43CN2R2M01L LQH43CN330K01L LQH43CN331K01L LQH43CN470K01L LQH43CN471K01L LQH43CN4R7M01L LQH43CN680K01L LQH43CN6R8M01L LQH55DN100M01L LQH55DN100M03L LQH55DN101M01L LQH55DN101M03L LQH55DN102M01L LQH55DN102M03L LQH55DN103M01L LQH55DN103M03L LQH55DN150M01L LQH55DN150M03L LQH55DN151M01L LQH55DN151M03L LQH55DN1R0M01L LQH55DN1R0M03L LQH55DN1R5M01L LQH55DN1R5M03L LQH55DN220M01L LQH55DN220M03L LQH55DN221M01L LQH55DN221M03L LQH55DN222M01L LQH55DN222M03L LQH55DN2R2M01L LQH55DN2R2M03L LQH55DN330M01L LQH55DN330M03L LQH55DN331M01L LQH55DN331M03L LQH55DN3R3M03L LQH55DN470M01L LQH55DN470M03L LQH55DN471M01L LQH55DN471M03L LQH55DN472M01L LQH55DN472M03L LQH55DN4R7M01L LQH55DN4R7M03L LQH55DN680M01L LQH55DN680M03L LQH55DN681M01L LQH55DN681M03L LQH55DN6R8M01L LQH55DN6R8M03L LQH55DNR12M01L LQH55DNR12M03L LQH55DNR27M01L LQH55DNR27M03L LQH55DNR47M01L LQH55DNR47M03L LQH55DN100M03K LQH2MCN100M52L LQH2MCN1R0M52L LQH2MCN1R5M52L LQH2MCN2R2M52L LQH2MCN3R3M52L LQH2MCN4R7M52L LQH2MCN6R8M52L LQH32CH100K33L LQH32CH100K53L LQH32CH150K53L LQH32CH1R0M33L LQH32CH1R0M53L