panasonic Series: Chip Type: RF NC FA PE EA RE NA FB PC ND FC SA PA
Contents
1. Test Freq Typical l MHz _ B00MHz Min MHz max 2 max mA ELJRE1NODF2 500 FLJRE1N2DF2 9 06 500 ELJRE1NS5DF2 0 3 nH 500 ELJRE1N8DF2 500 ELJRE2N2DF2 6000 009 500 ELJRE2N7DF2 500 ELJRESN3DF2 500 ELJRE3NQJF2 450 ELJREAN7JF2 450 ELJRESNGJF2 3 4600S 018 f 430 ELJRE6N8JF2 68 3 3550 020 f 430 ELJRESN2JF2 3 3500 028 f 400 ELJRE10NJF2 37 2800 032 400 ELJRE12NJF2 37 2800 035 f 400 ELJRE15NJF2 350 ELJRE18NJF2 350 ELJRE22NJF2 40 2000 050 f 300 ELJRE27NJF2 5 300 ELJRE33NJF2 1800 060 300 ELJRE39NJF2 300 ELJRE47NJF2 38 1800 095 f 250 ELJRES6NJF3 35 180 12 250 ELJRE82NJF3 250 ELJRER10JF3 200 ELJRER12JF3 130 ELJRER15JF3 100 ELJRER18JF3 80 ELJRER22JF3 220 o 900 75 70 1 Self Resonant Frequency 2 DC Resistance E Q Frequency Characteristics Type 1608 0603 RE Fequency Hz Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors WE Examples Type 2012 0805 ND Inductance Q LQ Q Part N Test Fre wodd SRF DCR DC Current A ms q 800 MHz min MHz max Q max mA ELINDTONKF a 540 ELJNDI2NKF er 535 ELJNDISNKF Saa pow 73 520 ELJNDI8NKF son 2 a 480 ELJND2. assemblies 2 Mounting Placement force should not exceed 20N because electric and magnetic characteristics change by applying strong force 3 Soldering a Flow soldering Recommended conditions 260 C max 5sec max total time at 2 waves method 6 Reflow soldering Infra red reflow soldering Recommended conditions 200 C or high at electrode 60sec max and peak 250 C max 5sec max If the solder at the two electrodes are not melt simultaneously the chip inductor may not be mounted on the right place It is recommended to fix by adhesive when the deviation is great 2 VPS reflow soldering Recommended conditions 215 5 C 20 to 60sec 4 Cleaning Do not use acid or alkari agents Some cleaning solvents out of CFC may damage the products Confirm the reliability in advance 2 If ultrasonic cleaning is employed please inform us immediately for technical consultation 5 Instructions for applying current The rated current is defined as the smaller value of either the current value when the inductance drops 10 down from the initial point or the current value when the average temperature of coil inside rises 20 K up from initial point Do not operate this coils beyond the specified rated current 6 Storage Be careful a high temperature a large amount of moisture gases and magnetic field 2 At long storage of more than 1 year use the products after inspecting the outer structure Design Specifications are
3. subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail
4. 165 ELJFA5R6K JF 160 ELJFA6R8K JF 68 150 ELJFA8R2K JF 20 140 ELJFA100K JF 140 ELJFAT2OKIIF oo 126 ELJFATSOKIUF a 120 ELUFA180K JF 110 ELJFAZ20KIIF 106 ELUFA270K JF bee 90 ELJFASSOKIJF 86 ELJFASOOKIIF 30 ELJFA470K JF 75 ELJFASGOK JF E a ELJFA680K JF_ 68 oo n i5 90 65 ELJFA820K JF 60 ELJFATOTKIJF 60 ELIFAT2IKIIF 56 ELJFA15 1K JF 20 0 796 8 165 50 ELJFATBTKIJF 50 ELUFA221K JF 220 45 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors WE Examples Type 3225 1210 SA Inductance SRF DCR 2 DC Current min MHZ max Q max mA Part No HH Freg MHz Tolerance ELJSA100KF 18 ELJSA120KF 17 ELJSA150KF 15 ELJSA180KF 13 ELUSA220KF 22 D 12 ELJSA270KF_ 27 10 ELUSA330KF 33 10 ELJSA390KF 39 9 ELJSA470KF_ 47 8 10 40 ELJSA560KF_ 56 7 ELJSA680KF_ 68 6 ELJSA820KF_ 82 oo u 6o 6 ELJSA101KF 5 ELJSA121KF 15 E 80 5 ELJSA151KF 55 90 5 ELJSA181KF 5 ELJSA221KF_ 220 5 ELISAZ7IKF 270 5 x1 Self Resonant Frequency 2 DC Resistance WE Examples Type 4532 1812 FB Inductance one DC Current eee min MHz max mA ELJFB101K JF 105 ELJFB121K JF 100 ELJFB151K JF 95 ELJFB181K JF 85 ELJ
5. 2 ELJRF22NJF2 ELJRF27NJF2 ELJRF33NJF2 ELJRFS9NJF2 ELJRF4A 7NJF2 ELJRFS6NJF2 ELJRF6E8NJF2 ELJRF82NJF2 ELJRFR10JF2 Inductnce Typical SRF 1 DC current ne 800 MHz min MHz max mA 2 400 21 6000 006 400 ies 2 400 1 8 2 400 22 21 6000 009 400 2 7 2 400 3 3 2 400 3 9 2 360 4 7 2 360 T 3 5a 100 00 ajal w r in Jo Ja a PO DINIE JININ Joo o Ja Nh 1 Self Resonant Frequency 2 DC Resistance Mi Performance Characteristics Design Specifications are subject to change without notice 1000 L vs Frequency Characteristics 4 OJ aS 100 320 320 320 19 200 060 240 240 200 14 4000 320 1800 12 1800 14 1800 17 150 1800 21 140 O i ao l 45 200 170 120 110 o t4 120 55 2 T2 1 4 la 2 1 2 130 4 0 4 5 ie Type 1005 0402 RF Q vs Frequency Characteristics 100 39 nH 10M 100M 1G Frequency Hz 0 10G 10M 100M 1G 10G Frequency Hz Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip inductors WE Examples Type 1608 0603 RE Inductance LQ Q SRF DCR 2 IDC Current Part No
6. 22NKF 100 75 O 465 ELJND27NKF 73 165 ELINDGSNJIKF o 395 ELJND39NJ KF lt o 390 ELINDATNJIKF a 385 ELINDSONJIKF es 360 ELINDOSNJIKF 68 sr 340 ELJND82NJ KF 56 330 ELINOR OUIKF 285 ELINOR 2UIKF e se os 2s ELJNDR15JIKF e 600 a 280 ELJNDR18J KF 180 3 o 34 16 1 ELINDR22UIKF aie 2 2 s isa io ELJNDR27J KF 270 3 165 ELINDRSQJIKF o 200 216 w ELINDRSSJIKF Ta 50 2 3780 ELJNDR47J KF 470 10 256 145 ELJNDRS6J KE o 69140 ELINDRGBIKF 680 4003 02 180 ELINDRBQUIKF ee o es ia ELJNDIROJ KF e s o ss io 1 Self Resonant Frequency 2 DC Resistance E Q Frequency Characteristics Type 2012 0805 ND 160 Noe 120 40 Frequency Hz Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip inductors WE Examples Type 2520 1008 NC Part No Inductance Q L Q Test SRF DCR DC Current e min Freq MHz _min MH2 max max ma ELJNC10NKF 280 ELJNC12NKF 270 ELJNC15NKF aie 255 ELUNC18NKF 250 ELJNC22NKF 1950 __ 240 ELUNC27NKF 4150s 230 ELUNC33NK JF 220 ELJNC39NK JF a 215 ELJNC47NK JF 205 ELUNC56NK JF E ao 200 ELUNC68NK JF_ 68 5 oe 190 ELJNC82NK JF 520 0733 18 ELJ
7. 80 ELUFCR33M KF 170 ELJFCR39M KF 20 p 160 ELJFCR47M KF 10 155 ELJFCR56M KF 150 ELJFCR68M KF 140 ELJFCR82M KF 130 ELJFC1ROK JF 195 ELJFC1R2K JF 180 ELJFC1R5K JF o n 9 08 170 ELJFC1R8K JF 160 ELJFC2R2K JF 25 1 f 15 ELJFC2R7K JF To 145 ELJFC3R3K JF 135 ELJFC3R9K JF ee o eO t4 130 ELJECAR7K JF 126 ELJFCEREKIIF oe 120 ELJFCGR8K JE 68 115 ELJFCER2KIF 105 ELJFC100K JF 80 ELJFC120KJJF 75 ELJEC150K JF 70 ELJFC180K JF 65 ELJFC220K JF 60 ELJFC270KJJF oi 178 ELUFC330K JF 110 ELJEC390K JF 30 ELJFC470K JF 20 80 ELJEC56OK JF 75 ELUFOGBOKUF 68 70 ELIFCZOKIUF 65 ELJFCTOTKIJF 50 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors WE Examples Type 3225 1210 FA Inductance Q L Q Test GRAP DCR DC Current Freq MHz min MHz max Q max mA Part No 3 ELJFAR22M KF2 360 ELJFAR27M KF2 345 ELJFAR33M KF2 330 ELJFAR39M KF2 20 m T 305 ELJFAR47M KF2 10 290 ELJFAR56M KF2 275 ELJFAR68M KF2 260 ELJFAR82M KF2 245 ELJFA1ROK JF2 Pits 069 23 ELJFA1R2K JF2 215 ELJFA1R5K JF 9 os 20 ELJFA1R8K JF 200 ELJFA2R2K JF 8 o f 19 ELJFA2R7K JF zo 180 ELJFA3R3K JF 180 ELJFASR9K JF 6o 13 175 ELJFA4R7K JF
8. AME 1005 0402 RF 1608 0603 RE 2012 0805 ND 2520 1008 NC 3225 1210 NA 2520 1008 FC m ma 3225 1210 Non Magnetic Core Regular s Mag shield i 1 wae a High Power 2520 1008 PC 3225 1210 PA 3225 1210 EA Gav Low DC resistance Size unit mm Design Specifications are subject to change without notice ara os 6 8 nH 100 nH 10nH 33 nH 0 047 UH 0 22 uH 0 22 uH 0 22 uH K M K M L VALUE 000 nH 1 0 pH 1 0 pH 1 0 uH 1 0 UH 6 8 pH Tolerance Be Jit K M 33 uH 0 3 nH 5 10 20 270 uH 100 uH Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Chip Inductors Features Low inductance tight tolerance Stable L value against an environ mental condition Suitable for high frequency circuits Suitable for various applications 1000 uH Large DC current Suitable for power line as choke coil Low DC resistance Panasonic Chip Inductors 1 Non Magnetic Core Types RF RE ND NC NA WE Examples Type 1005 0402 RF Part No ELJRF1NODF2 ELJRF1IN2DF2 ELJRF1NSDF2 ELJRF1N8DF2 ELJRF2N2DF2 ELJRF2N 7DF2 ELJRF3N3DF2 ELJRFS3N9DF2 ELJRFAN 7DF2 ELJRFSN6DF2 ELJRFEN8JF2 ELJRF8N2JF2 ELJRF10NJF2 ELJRF12NJF2 ELJRF15NJF2 ELJRF18NJF
9. Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic WE Dimensions in mm not to scale EF i ee Type RF 1 0x0 5x0 5 Type ND 2 0x1 25x1 25 Marking Types FA SA NA PA EA 3 2x2 5x2 2 E Recommended Land Pattern in mm not to scale ie Chip Inductors Type RE PE 1 6x0 Marking lo Types FC 25x20 Marking Type 8x0 8 1 2 NC PC x 1 6 FB 4 5x3 2x3 2 Tye a b z Z Z RF 0 5 0 6 1 5 1 7 0 5 0 6 I JE 0 8 1 0 2 0 2 6 0 7 0 9 LZ Ve ND 1 0 1 2 3 0 3 8 0 9 1 3 b LIC 1 4 1 5 3 5 4 0 1 2 1 6 L JA 1 6 2 0 4 0 4 6 1 9 2 4 FB 2 4 2 6 5 5 6 0 2 0 3 0 E RE PE C NC FC PC A NA FA SA PA EA Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors m Paper Tape Dimensions in mm not to scale Type RF Po Do tr F P1 9a 20 t2 1 0 max Tape running direction E Embossed Carrier Tape Dimensions in mm not to scale Types RE PE ND NC FC PC W 8 mm Tape runni
10. FB221K JF 220 85 ELJFB271K JF 270 80 ELJFB331K JF 330 ae a 75 ELUFB391K JF 390 oe 70 ELUFB471K JF 470 55 ELJFB561K JF 560 50 ELJFB681K JF 680 50 ELJFB821K JF 820 45 ELJFB102K JF 40 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors 3 High Power Types PE PC PA M xamples Type 1608 0603 P L Q Test SRF DCR DC Current Part No Le icon Freq MHz min MHz max Q max mA ELJPE2N2KF A EL JPEDNTKE x ELJPESN3KF A ELJPESNOKF A ELJPEANZKF 2 ELJPESNGKF sos A ELUPEGNSKF os E ELJPESN2KF 7 ELJPEIONKF E ELJPET2NKF i ELJPETSNKF 09 ELJPETENKF 08 ELIPEZONKF 07 1 Self Resonant Frequency 2 DC Resistance WE Examples Type 2520 1008 P L Q Test SRF DCR DC Current pare Freq MHz min MHz max Q max mA mice ELIPCTRONE s oa z ELJPCTRSMF D A T E ELJBCOROME 120 6508s 80 EL IPCOFGME ee T a ELJPCARTME E aeo o e i o ELJPC6R8KF 68 Ooo o 13 1 ELJPC100KF ea ELIPCT2OKF a ee i ELJPC150KF eI 20 Ooo oa 32 15 ELPC220KE 2 is a0 80 ELUPC330KF_ 33 o 6 65 120 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to chang
11. NCR10K JF 4o oa 17 ELJNCR12K JF 400 170 ELJNCR15K JF 10 160 ELJNCR18K JF 5 155 ELINCR22K JF 145 ELJNCR27K JF 270 140 ELJNCR33K JF 330 i ai 200 135 ELJNCR39K JF 390 130 ELJNCR47K JF 470 125 ELJNCR56K JF 560 120 ELUNCR68K JF 680 110 ELUNCR82K JF 820 100 1 Self Resonant Frequency 2 DC Resistance WE Examples Type 3225 1210 NA vi frea trefrowerce min Fea inte meen ests ELJNA47NMF 450 ELJNAS6NME 60 022 420 ELJNA68NMF 100 400 ELJNA82NMF 380 ELJNAR10MF 360 ELJNAR12MF 240 ELUNAR15MF 350 230 ELJNAR18MF 10 220 ELUNAR22KF 280 090 210 ELJNAR27KF 200 ELJNAR33KF 25 2 190 ELJNAR3OKF 180 10 ELJNAR47KF 175 ELUNARS6KF 170 ELJNAR68KF 155 ELJNARB2KF 145 ELJNATROJF 125 ELJNA1R2JF 120 ELJNATR5JF 115 ELJNA1R8JF 110 ELJNA2R2JF eo e io ELJNA2P7JF oy n 105 ELUNASR3JF 100 ELINASROJF 95 ELINAAR 7A 70 ELJNASROJF 65 ELINABROIF 68 60 ELINAGROIF 60 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors 2 Normal Types FC FA SA FB E Examples Type 2520 1008 FC 5 Q O c Y O QD 0 Part No L Q Test oRP DCR DC Current Freq MHz min MHz max Q max mA ELJFCR22M KF 190 ELJFCR27M KF 1
12. Panasonic Chip Inductors Chip Inductors Japan Series Chip type RE RE ND 5 o o NC NA FC a i FA FB SA I IIIIPIVIJNITIPILJPNVAPIIT UTIL YELL TTTT PTE ETT TT PE PC PA EA RF CE ND gC CA FB Size 1005 Size 1608 Size 2012 Size 2520 Size 3225 Size 4532 Non winding RF _JE and wire wound type chip inductors for automatic mounting and high density mounting Industrial Property Patents 6 incl pending W Features High Q Good for mounting Wide allowable range 1 0 nH to 1000 UH E Recommended Applications CIV VIR HIC HDD FDD Cordless telephones Portable telephones Pagers Video cameras E Explanation of Part Numbers 1 2 3 4 5 6 7 8 9 10 11 E Fj fal j el af el eE Product Code Type Inductance Tolerance Packaging Option EREZTE 2N2 gt 2 2 nH 22N 22nH R22 0 22 uH 2R2 gt 2 2 uH 220 gt 22H 221 220 uH 102 1000 uH F E D G A B 1005 1608 2012 2520 3225 4532 0402 0603 0805 1008 1210 1812 w e ewe _ Troe fe e iors _ Size unit mm Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic WE Inductance Size Guide Type N
13. e without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors WE Examples Type 3225 1210 PA Inductance Q L Q Test Car DCR DC Current Freq MHz min MHz max Q max mA Part No 3 5 ELJPA1ROMF 600 ELJPA1R5MF 550 ELJPA2R2MF p80 0233 50 ELJPA3R3MF ee j to 400 ELUPA4R7MF 350 ELJPAGRSMF 68 300 ELJPA100KF 240 ELJPA120KF o n 23 oe f 230 ELJPA150KF 0 74 220 ELJPA180KF py 09 2 ELJPA220KF 185 ELJPA270KF i a 165 ELJPA330KF 155 ELJPA390KF 145 ELJPA470KF 135 ELJPA560KF 10 110 ELIPAGSOKF 6e 105 ELJPA820KF 100 ELJPATOIKF 30 ELJPA121KF 60 70 75 ELJPAISIKE 70 ELJPAT81KF 20 0 796 65 ELUPA221KF 220 60 ELJPA27IKF 55 ELJPA331KF 330 50 1 Self Resonant Frequency 2 DC Resistance 4 Low DC resistance Type EA WE Examples Type 3225 1210 EA mh Freq MHz min MHz max Q max mA ELJEA1ROMF too 009 f 50 ELJEA1R5MF 80 019 f 390 ELJEA2R2MF 20 7 7 96 350 ELJEA3R3MF 270 ELJEA4R7MF 240 ELJEA6SR8MF 68 200 ELJEA100KF 160 ELJEA150KF 145 ELJEA220KF 115 ELJEA330KF i ewe 95 ELJEA470KF 13 80 ELJEA680KF 68 10 60 ELJEA101KF o l o 50 ELJEAISIKF ae a5 ELJEA221KF 35 ELJEA331KF 330 30 1 Self Resonant Frequency 2 DC Resistance Design Specifications are subject to change without notice
14. ng direction t2 Chip component p 9 Types NA FA SA PA EA W 8 mm Tape running direction Type FB W 12 mm t2 Chip component Tape running direction Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip inductors oD size Types l saajaa a7 W Packaging Methods WE Reel Dimensions in mm not to scale Standard Packing Quantity and Mass Quantity Mass Weight Approx F RE PE ND 90g NC FC PC 100 g NA FA SA PA EA 170 g Quantity Mass Types RE PE ND NC FC PC NA FA SA PA EA Design Specifications are subject to change without notice Ask factory for technical specifications before purchase and or use Whenever a doubt about safety arises from this product please inform us immediately for technical consultation without fail Panasonic Chip Inductors A Cautions for use For securing upgraded reliability and safety consider following caution items 1 Land pattern design Refer to the recommended land dimensions of each type at flow and reflow solderings Avoid placing the chip inductor on any metal pattern except the land because the drop of Q and mutual conductance may occur Provisions for venting of flux gases should be made for high density
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panasonic Series: Chip Type: RF NC FA PE EA RE NA FB PC ND FC SA PA