SMT Power Inductors High Current Composite Inductor - PA2247XXXNLT and PM2247.XXXNLT Height: 10.0mm Max Footprint: 16.8mm x 15.8mm Max Current Rating: up to 30Arms Inductance Range: 4.7uH to 33.0uH High current, low DCR, and high efficiency High reliability Minimized acoustic noise and minimized leakage flux noise Available in Commercial (PA2247) and Automotive (PM2247) grades Electrical Specifications 25C, Operating Temperature Range -55C to +155C 2 Saturation Current 3 Part Number DC Resistance Inductance Rated K Factor (25C) 100KHz, 0.1V Current for TYP. MAX. TYP. Core Loss 6 Commerical Automotive uH20% A m m A PA2247.472NLT PM2247.472NLT 4.7 30 3.4 3.8 39 10.9 PA2247.562NLT PM2247.562NLT 5.6 28 3.82 4.2 34 9.6 PA2247.682NLT PM2247.682NLT 6.8 26 4.18 4.6 31 9.6 PA2247.822NLT PM2247.822NLT 8.2 25 6.0 7.2 28 8.6 PA2247.103NLT PM2247.103NLT 10.0 24 7.1 8.6 26 7.2 PA2247.153NLT PM2247.153NLT 15.0 18 9.2 11.5 20 6.1 PA2247.223NLT PM2247.223NLT 22.0 16 13.2 15.8 18 5.0 PA2247.333NLT PM2247.333NLT 33.0 13 18.7 20.0 16.7 3.9 Notes: 1. Actual temperature of the component during system operation (ambient plus 4. The part temperature (ambient+temp rise) should not exceed the upper operating temperature rise) must be within the standard operating range. temperature range under worst case operating conditions. Circuit design, PCB trace 2. The saturation current is the current at which the initial inductance is guaranteed to size and thickness, airflow and other cooling provisions all affect the part tempera - drop by no more than 40%. The typical inductance at a specified current can be found ture. Part temperature should be verified in the end application. on the typical performance curves. 5. The PMxxxx.XXXNLT part numbers are AEC-Q200 and IATF16949 certified. The 3. The rated current is the DC current required to raise the component temperature by inductance and mechanical dimensions are 100% tested in production but do not approximately 40C. Take note that the components performanc varies depending necessarily meet a product capability index (Cpk) >1.33 and therefore may not strictly on the system condition. It is suggested that the component be tested at the system conform to PPAP. level, to verify the temperature rise of the component during system operation. 6. Special Characteristics Power.PulseElectronics.com P864. D (09/20) 10 3 , 7&+( 06 UZ R3 H U RWF X G, Q 3 3) 1 6H L 7 H U0 V HDW) UHVX 6W X V D U LW + L F U W ZO R &5 LIFL H 9 O R LWF VH Y O O OI V H + DO RJ HQ + K LJ OLD H U LOLWE 3 E ) U 56 F L W + DORJHQ IUH H J L Q H W J , Q X I H W LU S L F D L W R 5 P P G & 3 %GR W3 U H Q SMT Power Inductors H 1 3 & H U V VH W P OL ,3 High Current Composite Inductor - PA2247XXXNLT and PM2247.XXXNLT + & & F Y W ( L P H L Mechanical / * PA2247.XXXNLT and PM2247.XXXNLT ( & H P/ * P + ( 1/ % ) 1 7 H % 3 & O H PH 5 V W H V N WF P FINAL LAYOUT SUGGESTED PAD LAYOUT % & ( ) L 6 X , QG P P P P P P Series A B C D E F L G H 3 ) 70 f f f PA2247/PM2247 10.40.3 15.0(REF) 6.0 (REF) 15.0(REF 16.50.3 15.50.3 9.70.3 13.20.5 3.20.2 % 3 ) 70 f f f H All Dimensions in mm. 3 D U W 1 U L 7 0 3) 01 % & ( ) * LH6HU V TAPE & REEL INFO % L P L R Q & % & SH 7 HUWDL0D O Blank portions Chip cavity Blank portions , DW H W V H 7 ( , DW H O FH R 7 ) & 3 VH 7 1 / 3 * H & N L % NO 1 / < < O I : : R LW % YH R VL H U L6FDWHFLIS LQR K P1 , PU S 7 , GX , Q 200mm or more 400mm or more W 3 XP E1 + P P J Q 0 G S S 0 LU H V Direction of tape 1 3 ) 70 / 1 3 ) 70 / SURFACE MOUNTING TYPE, REEL/TAPE LIST 1 3 ) 70 / REEL SIZE (mm) TAPE SIZE (mm) QTY 1 3 ) 70 / Series A G P W K PCS/REEL % 1 3 ) 70 1 0 / PA2247/PM2247 330 32.4 24 32 10.5 150 % 1 3 ) 70 / % 1 3 ) 70 / % 1 3 ) 70 1 VW H 7 IHQFU HTX / . + 9 O O W HVW GDW D GU U HQFHIHH W R EL DPW HQ QJVW L H 7 HQWXP, QVW U / + & 3 +3 ++ & + & 6+ & /&5 75 (( 0 HQWJL OGF 5 + & 5, & 0 2 0 02+ R U 8 HQWXU& U W KDW FDXVHV W KH VSHFHGI LL SHUW HPH DW XU U HV L I U RP & EL DPW HQ DWRQW L XU6 D XU& W U HQ , DWV L O O Z FDXVH / W R GU RS L DW HO DSSUP R 7 KH W SDU SHUXUW HPH DW EL QWDP H S W HP U VH L VKRXOG QRW FHHG H XQGHU RUZ WV FDVH RSHUQJW L D LFRQGL& FXLW RQVW L U SRQHQWGHVJQ L FRP % & 3 W U D FH H VL D Q G DLU W KLRZIFQHVNO V DQG U RW KH RROF QJL LVQVLY SU RR DOO I HFW DI W KH SDU W W SHUHPH DW XU DU 3 W SHUW HPH DW XU VKRXOG EH YHU HGI LL L Q W KH HQG DSS D W Q SHFDO6L LTXLU HVL Q V EHVGHL W KH DERYH RQ P RPF XVHG W SHV DQF EH HW P RQ RXU HQWU HP HTXLU KGZJ 8 K X GZM Y GM KXGI UZIJX < K L X Power.PulseElectronics.com P864. D (09/20) 2 W L A G OT URZUY UVOT LROLF (4 (5(7 RWH 1/ 0 3 1 0 3 1 0 3 1 0 3 1 5 0 3 1 5 0 3 1 5 0 3 1 5 0 3 5L VH D 7 0D 7 DUNL X HU DU &5 &5 FWDQFH VDW V H GDW RQ GXFSU RZ RO DQG DF QJ 0DU RGH DW XO RGH 0 HU DQ QF XF QG &5 X+ QF XF QG HQV % 3 QJ XPEH DERY DQG X+ EHORZ DQG X+ P P P P P P FWDQFH HUHV DERY H DQG P DW KL QHV SDV ROGHU RPHF QG RQO UHIHUHQF D RXW DERY KH H RW UHI UHI UHI P PP P RQV QV HU HU RQ 09 QF SRZ RW DW DU HQ HF RQV SO VH HPSHUDWXU VHO QFO GL a HPSHUDWXU 2SHUDW DQSO RP R+ DQG HH /HDG QRL X DJH HDN RZ HU DQG QRL XV DF RZ HU QF HI KLJK HQXU JK RQ DW RI 7