INDEX. ISO-9002 Certified YAGEO CORPORATION

Transcription

1 INDE 2 Multilayer Ferrite Chip Beads [ SB/PB/UP/NB/GB Series ] 22 Multilayer Ferrite Chip Beads [ BA Series ] 26 Surface Mount Beads [ FB Series ] 3 EMI PC Beads [ SBC Series ] 33 Data Line EMI Filter [ SBCB Series ] 36 EMC Data Line Filter [ SBCB Series ] 4 Multilayer Chip Inductors [ CL Series ] 47 Miniature Surface Mount Chip Inductors [ SQV Series ] 51 Miniature Surface Mount Chip Inductors [ SQC Series ] 55 Wound Chip Inductors [ NL Series ] 66 Wound Chip Inductors [ NLC Series ] 74 Multilayer Chip Inductors High Frequency [ CLH Series ] 85 Wound Chip Inductors High Frequency [ CS/LCN Series ] 1 DIP Power Inductors [ PMC Series ] 11 SMT Power Inductors [ SPMC Series ] 12 DIP Power Inductors [ MBPL Series ] 15 Mini Power Inductors [ GAB312 Series ] 16 Mini Power Inductors [ NDA Series ] 18 Mini Power Inductors [ NAN Series ] 111 SMD Power Inductors [ NAS Series ] 115 SMT Power Inductors [ SCD Series ] 123 SMT Power Inductors [ SCDS Series ] 129 Shielded SMD Power Inductors [ SCDS Series ] 135 UnShielded SMD Power Inductors [ SCMD Series ] 137 SMD Power Inductors [ SDS42 Series ] 138 Shielded SMD Power Inductors [ SDS42BL Series ] 139 SMD Power Inductors [ SDS84 Series ] 14 SMD Power Inductors [ SDS136 Series ] 144 SMD Power Inductors [ SLF Series ] 152 SMD Power Inductors [ SDT42 Series ] 154 SMD Power Inductors [ SDT84 Series ] 158 SMD Power Inductors [ SSL618 Series ] 159 SMD Power Inductors [ SSL4 Series ] 161 UnShielded SMD Power Inductors [ SSL4LP Series ] 163 SMD Power Inductors [ SSL41 Series ] 164 SMD Power Inductors [ SSL42 Series ] 165 SMD Power Inductors [ SSL82 Series ] 166 SMD Power Inductors [ SSL84 Series ] 167 SMD Power Inductors [ SSL81 Series ] 168 SMD Power Inductors [ SSL136 Series ] 173 SMD Power Inductors [ SSL53HC Series ] 174 SMD Power Inductors [ SSL84HC Series ] 175 SMD Power Inductors [ SSL136HC Series ] 179 SMD Power Inductors [ STD84 Series ] 18 SMD Power Inductors [ STD119 Series ] YAGEO COPOATION ISO-92 Certified

2 YAGEO COPOATION SMD INDUCTO / BEADS Multilayer Ferrite Chip Beads SB/PB/UP/NB/GB Series SB Series for General Purpose / PB Series for Large Current / UP Series for Ultra High Current [ ] Use / NB Series for Data Line, Digital Signals, etc. / GB Series for Medium Current OUTLINE Yageo offers hundreds of multi-layered ferrite chip beads with various sizes, frequency characteristics, and a board range of impedance values to provide a powerful solutions for EMI problems. Three formulas of ferrite comprise several types of EMI suppression chip beads that are classified into six categories SB, GB, PB, UP, NB and BA series. PODUCT IDENTIFICATION - * SB, PB, UP, NB, GB ** T : Tape and eel; B : Bulk *** Y = 25%; M = 2% Internal No. Tolerance (***) Impedance Packaging Style (**) Dimensions (A, B, C) Design Code Product Symbol (*) SHAPES AND DIMENSIONS TYPE A B C D Ferrite Terminal Electrode SB/PB/NB SB/PB/UP/NB/GB SB/PB/UP/NB/GB D D SB/PB/UP/NB/GB C SB/GB SB/GB A B SB/PB/GB SB/PB/GB

3 SB SEIES, FO GENEAL USE APPLICATIONS I/O Ports, DC Power Lines, and Signal Lines Computer and Peripheral Products Consumer Electronic Products FEATUES Standard type used to suppress lower-frequency, lower current signals. Impedance over a Broad Frequency ange Suitable for Flow and eflow Soldering Available in 8 Sizes ELECTICAL CHAACTEISTICS PAT NO. IMPEDANCE DC ATED at 1MHz ESISTANCE CUENT ( 25%) ( ) Max. (ma) Max. SBY155T-6Y-S SBY155T-1Y-S SBY155T-4Y-S SBY155T-8Y-S SBY155T-121Y-S SBY155T-241Y-S SBY155T-481Y-S SBY155T-61Y-S SBY155T-12Y-S SBY155T-152Y-S SBK1688T-11Y-S SBK1688T-19Y-S SBK1688T-3Y-S SBK1688T-4Y-S SBK1688T-6Y-S SBK1688T-8Y-S SBK1688T-121Y-S SBK1688T-221Y-S SBK1688T-31Y-S SBK1688T-451Y-S SBK1688T-61Y-S SBK1688T-751Y-S SBK1688T-12Y-S SBK1688T-152Y-S SBK1688T-222Y-S SBK1688T-272Y-S SBY2129T-7Y-S SBY2129T-9Y-S SBY2129T-11Y-S SBY2129T-17Y-S SBY2129T-32Y-S SBK2129T-6Y-S SBK2129T-7Y-S SBK2129T-8Y-S SBK2129T-121Y-S SBK2129T-151Y-S SBK2129T-221Y-S SBK2129T-31Y-S SBK2129T-41Y-S SBK2129T-51Y-S SBK2129T-61Y-S PAT NO. IMPEDANCE DC ATED at 1MHz ESISTANCE CUENT ( 25%) ( ) Max. (ma) Max. SBK2129T-751Y-S SBK2129T-12Y-S SBK2129T-152Y-S SBK2129T-22Y-S SBK2129T-222Y-S SBK2129T-252Y-S SBK2129T-272Y-S SBY321611T-19Y-S SBY321611T-26Y-S SBY321611T-32Y-S SBY321611T-5Y-S SBY321611T-6Y-S SBK321611T-7Y-S SBK321611T-9Y-S SBK321611T-121Y-S SBK321611T-151Y-S SBK321611T-21Y-S SBK321611T-41Y-S SBK321611T-51Y-S SBK321611T-61Y-S SBK321611T-12Y-S 1 *.4 2 SBK321611T-122Y-S 12 *.4 2 SBK321611T-152Y-S 15 *.45 2 SBK321611T-22Y-S 2 **.6 2 SBK321611T-272Y-S 27 **.6 2 SBY321616T-25Y-S SBY321616T-6Y-S SBK321616T-7Y-S SBY322513T-32Y-S SBY322513T-6Y-S SBY322513T-9Y-S SBY451616T-5Y-S SBY451616T-6Y-S SBY451616T-8Y-S SBY451616T-11Y-S SBK451616T-151Y-S SBK451616T-171Y-S SBY453215T-7Y-S SBY453215T-121Y-S Note : * at 5MHz ** at 3MHz

4 PB SEIES, FO HIGH CUENT USE APPLICATIONS High current DC power lines for USB interface circuitry, personal computers, electronice games, hard disk drives, and other general electronic equipments. ELECTICAL CHAACTEISTICS FEATUES Suitable for High Current Applications Small Package Size-EIA STD 42/63/85/126/186 and 1812 Nickel Barrier Terminations Provide Excellent Solder Heat esistance Current ating up to 6 AMPS (Max) (High Current Handling Capacity) Low DC Suitable for Flow and eflow Soldering Available in 6 Sizes PAT NO. IMPEDANCE DC ESISTANCE ATED CUENT at 1MHz ( 25%) ( ) Max. (ma) Max. PBY155T-1Y-S PBY1688T-11Y-S PBY1688T-25Y-S PBY1688T-4Y-S PBY1688T-6Y-S PBY1688T-121Y-S PBY1688T-31Y-S PBY1688T-51Y-S PBY1688T-61Y-S PBY1688T-12Y-S PBY2129T-11Y-S PBY2129T-17Y-S PBY2129T-3Y-S PBY2129T-5Y-S PBY2129T-6Y-S PBY2129T-8Y-S PBY2129T-121Y-S PBY2129T-21Y-S PBY2129T-31Y-S PBY2129T-61Y-S PBY2129T-12Y-S PBY321611T-19Y-S PBY321611T-32Y-S PBY321611T-5Y-S PBY321611T-8Y-S PBY321611T-11Y-S PBY321611T-31Y-S PBY321611T-61Y-S PBY321611T-12Y-S 1 * PBY321611T-122Y-S 12 *.18 1 PBY321611T-152Y-S 15 *.2 8 PBY322513T-6Y-S PBY322513T-9Y-S PBY451616T-5Y-S PBY451616T-6Y-S PBY451616T-8Y-S PBY451616T-151Y-S PBY453215T-7Y-S PBY453215T-121Y-S Note : * at 5MHz

5 UPB SEIES, FO ULTA HIGH CUENT USE APPLICATIONS Preventing of Electronics Magnet Interference in Power Line of PC, Printer, & CD OM High Frequency Filtering of Medium Speed Clocks and Video Signals FEATUES High Current Performance Low D.C. esistance Minute m Typically Impedance Character of Broad Frequency ELECTICAL CHAACTEISTICS PAT NO. IMPEDANCE DC ESISTANCE ATED CUENT at 1MHz ( 25%) ( ) Max. (ma) Max. UPB1688T-25Y-S UPB1688T-3Y-S UPB2129T-4Y-S UPB2129T-5Y-S UPB2129T-6Y-S UPB321611T-6Y-S UPB321611T-8Y-S UPB321611T-11Y-S UPB321611T-121Y-S UPB321611T-151Y-S

6 NB SEIES, FO HIGH SPEED SIGNALS USE APPLICATIONS High Speed Circuits for Computer & Peripheral Equipments and Communication Devices Cellular Phone Suitable for Circuits with Unstable Ground FEATUES Exhibiting High Impedance with Sharp Increase at High Speed Signal Frequencies with Minimal Diminishing the Desired Wave Form Suitable for Flow and eflow Soldering Available in 4 Sizes ELECTICAL CHAACTEISTICS PAT NO. IMPEDANCE DC ESISTANCE ATED CUENT at 1MHz ( 25%) ( ) Max. (ma) Max. NBQ155T-6Y-S NBQ155T-1Y-S NBQ155T-4Y-S NBQ155T-8Y-S NBQ155T-121Y-S NBQ1688T-6Y-S NBQ1688T-1Y-S NBQ1688T-4Y-S NBQ1688T-6Y-S NBQ1688T-8Y-S NBQ1688T-121Y-S NBQ1688T-241Y-S NBQ1688T-31Y-S NBQ1688T-481Y-S NBQ1688T-61Y-S NBQ1688T-12Y-S NBQ1688T-122Y-S NBQ1688T-152Y-S NBQ1688T-182Y-S NBQ2129T-6Y-S NBQ2129T-11Y-S NBQ2129T-26Y-S NBQ2129T-32Y-S NBQ2129T-6Y-S NBQ2129T-75Y-S NBQ2129T-9Y-S NBQ2129T-121Y-S NBQ2129T-151Y-S NBQ2129T-171Y-S NBQ2129T-221Y-S NBQ2129T-31Y-S NBQ2129T-41Y-S NBQ2129T-51Y-S NBQ2129T-61Y-S NBQ2129T-12Y-S NBQ2129T-122Y-S NBQ2129T-152Y-S NBQ2129T-222Y-S NBQ2129T-272Y-S NBQ321611T-32Y-S NBQ321611T-6Y-S NBQ321611T-8Y-S NBQ321611T-9Y-S NBQ321611T-121Y-S NBQ321611T-151Y-S NBQ321611T-21Y-S NBQ321611T-221Y-S NBQ321611T-351Y-S NBQ321611T-41Y-S NBQ321611T-61Y-S NBQ321611T-122Y-S NBQ321611T-152Y-S

7 GB SEIES, FO MID CUENT USE APPLICATIONS Computers Modems CD-OMs Hard Drives Televisions Wireless Device FEATUES This series exhibits a low DC resistance across a wide range of impedances. Low DC resistance characteristics make the chip beads suitable for use on signal lines handing larger currents. ELECTICAL CHAACTEISTICS PAT NO. IMPEDANCE DC ATED at 1MHz ESISTANCE CUENT ( 25%) ( ) Max. (ma) Max. GBK1688T-11Y-S GBK1688T-19Y-S GBK1688T-3Y-S GBK1688T-4Y-S GBK1688T-6Y-S GBK1688T-8Y-S GBK1688T-121Y-S GBK1688T-221Y-S GBK1688T-31Y-S GBK1688T-451Y-S GBK1688T-61Y-S GBK1688T-751Y-S GBK1688T-12Y-S GBY2129T-7Y-S GBY2129T-9Y-S GBY2129T-11Y-S GBY2129T-17Y-S GBY2129T-32Y-S GBK2129T-6Y-S GBK2129T-7Y-S GBK2129T-8Y-S GBK2129T-121Y-S GBK2129T-151Y-S GBK2129T-221Y-S GBK2129T-31Y-S GBK2129T-41Y-S GBK2129T-51Y-S GBK2129T-61Y-S GBK2129T-751Y-S GBK2129T-12Y-S PAT NO. IMPEDANCE DC ATED at 1MHz ESISTANCE CUENT ( 25%) ( ) Max. (ma) Max. GBY321611T-19Y-S GBY321611T-26Y-S GBY321611T-32Y-S GBY321611T-5Y-S GBY321611T-6Y-S GBK321611T-7Y-S GBK321611T-9Y-S GBK321611T-121Y-S GBK321611T-151Y-S GBK321611T-21Y-S GBK321611T-41Y-S GBK321611T-51Y-S GBK321611T-61Y-S GBK321611T-12Y-S 1 *.25 4 GBK321611T-122Y-S 12 *.25 4 GBK321611T-22Y-S 2 **.35 4 GBY321616T-25Y-S GBY321616T-6Y-S GBK321616T-7Y-S GBY322513T-32Y-S GBY322513T-6Y-S GBY322513T-9Y-S GBY451616T-5Y-S GBY451616T-6Y-S GBY451616T-8Y-S GBY451616T-11Y-S GBK451616T-151Y-S GBK451616T-171Y-S GBY453215T-7Y-S GBY453215T-121Y-S GBK2129T-152Y-S GBK2129T-22Y-S Note : * at 5MHz ** at 3MHz

8 TAPE DIMENSIONS K.5 TYPE A B T W P F K TAPE TYPE SB/PB/NB B W.2 F.5 B.1 SB/PB/UP/NB/GB B SB/PB/UP/NB/GB A SB/PB/UP/NB/GB A P.1 A.1 T.5 T.5 SB/GB A SB/GB A Type A Type B SB/PB/GB A SB/PB/GB A TAPE MATEIAL PACKAGING QUANTITY Carrier Tape : Polystyrene (for 2129, 21211, , etc.) Paper (for 1688, 155) Cover Type : Polyethyiene 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader TYPE BULK QUANTITY/EEL SB/PB/NB SB/PB/UP/NB/GB SB/PB/UP/NB/GB SB/PB/UP/NB/GB SB/GB SB/GB SB/PB/GB SB/PB/GB EEL DIMENSIONS D.5 TYPE A B C D SB/PB/NB SB/PB/UP/NB/GB SB/PB/UP/NB/GB B 1 SB/PB/UP/NB/GB SB/GB SB/GB A 2 C 1 SB/PB/GB SB/PB/GB ECOMMENDED PATTEN B TYPE A B C SB/PB/NB ~ SB/PB/UP/NB/GB ~ A Solder Land Inductor * Don t apply narrower pattern than listed above to PBY. Narrow pattern might cause excessive heat or open circuit. C SB/PB/UP/NB/GB ~ SB/PB/UP/NB/GB ~ SB/GB ~ SB/GB ~ SB/PB/GB ~ SB/PB/GB ~

9 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer SBY155T-6Y-S SBY155T-1Y-S SBY155T-4Y-S DC:.5 ated Current: 5mA DC:.5 ated Current: 5mA DC:.3 ated Current: 3mA SBY155T-8Y-S SBY155T-121Y-S SBY155T-241Y-S DC<.4 ated Current: 2mA DC:.5 ated Current: 2mA DC<.5 ated Current: 2mA SBY155T-481Y-S SBY155T-61Y-S SBK1688T-11Y-S DC<.8 ated Current: 2mA DC<1. ated Current: 2mA DC<.5 ated Current: 5mA SBK1688T-19Y-S SBK1688Y-3Y-S SBK1688T-4Y-S DC<.8 ated Current: 5mA DC:.1 ated Current: 4mA DC:.1 ated Current: 4mA SBK1688T-6Y-S SBK1688T-8Y-S SBK1688T-121Y-S DC:.1 ated Current: 3mA DC:.15 ated Current: 3mA DC:.25 ated Current: 3mA

10 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer SBK1688T-221Y-S DC:.3 ated Current: 2mA SBK1688T-451Y-S SBK1688T-61Y-S SBK1688T-751Y-S SBK1688T-12Y-S SBK1688T-152Y-S SBK1688T-222Y-S SBY2129T-7Y-S SBY2129T-9Y-S DC<.5 ated Current: 2mA DC<1. ated Current: 5mA DC<.1 ated Current:6mA SBY2129T-32Y-S DC:.1 ated Current: 6mA DC<.34 ated Current: 2mA SBK1688T-31Y-S DC<.7 ated Current: 2mA DC<1.2 ated Current: 5mA SBY2129T-11Y-S DC:.1 ated Current: 6mA SBK2129T-6Y-S DC:.15 ated Current: 5mA IMPEDANCE(OHM) DC<.5 ated Current: 2mA DC<.7 ated Current: 2mA DC<.1 ated Current:6mA SBY2129T-17Y-S DC:.1 ated Current: 6mA SBK2129T-7Y-S DC:.15 ated Current: 5 ma

11 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer SBK2129T-8Y-S SBK2129T-121Y-S SBK2129T-151Y-S DC:.15 ated Current: 5mA DC:.25 ated Current: 3mA DC:.25 ated Current: 3mA SBK2129T-221Y-S SBK2129T-31Y-S SBK2129T-41Y-S IMPEDANCE( ) DC:.3 ated Current: 3mA DC:.3 ated Current: 3mA DC:.3 ated Current: 3mA SBK2129T-51Y-S SBK2129T-61Y-S SBK2129T-751Y-S DC<.4 ated Current: 3mA DC:.4 ated Current: 3mA DC<.5 ated Current: 2mA SBK2129T-12Y-S SBK2129T-152Y-S SBK2129T-22Y-S DC:.5 ated Current: 2mA DC:.6 ated Current: 2mA DC<.8 ated Current: 1mA SBK2129T-222Y-S SBY321611T-19Y-S SBY321611T-26Y-S DC<1. ated Current: 1mA DC:.5 ated Current: 6mA DC:.5 ated Current: 6mA

12 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer SBY321611T-32Y-S SBY321611T-5Y-S SBY321611T-6Y-S DC:.5 ated Current: 6mA DC:.1 ated Current: 5mA DC:.1 ated Current: 5mA SBK321611T-7Y-S SBK321611T-9Y-S SBK321611T-121Y-S INPEDANCE ( ) DC<.2 ated Current: 5mA DC<.2 ated Current: 5mA DC:.15 ated Current: 5mA INPEDANCE ( ) SBK321611T-151Y-S SBK321611T-21Y-S INPEDANCE ( ) SBK321611T-41Y-S DC:.15 ated Current: 5mA DC:.2 ated Current: 4mA DC<.2 ated Current: 4mA INPEDANCE ( ) SBK321611T-51Y-S SBK321611T-61Y-S SBK321611T-12Y-S DC<.2 ated Current: 4mA DC:.3 ated Current: 4mA DC:.4 ated Current: 2mA 15 SBK321611T-122Y-S SBK321611T-152Y-S SBK321611T-22Y-S DC:.4 ated Current: 2mA DC<.45 ated Current: 2mA DC:.6 ated Current: 2mA

13 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer SBY321616T-25Y-S SBY321616T-6Y-S SBK321616T-7Y-S INPEDANCE ( ) INPEDANCE ( ) FEQENCY (MHz) INPEDANCE ( ) DC:.1 ated Current: 5mA DC:.2 ate Current: 5mA DC:.2 ated Current: 5mA SBY322513T-32Y-S SBY322513T-6Y-S SBY322513T-9Y-S INPEDANCE ( ) DC:.2 ated Current: 5mA DC:.2 ated Current: 5mA DC:.2 ated Current: 5mA SBY451616T-5Y-S INPEDANCE ( ) SBY451616T-6Y-S SBY451616T-8Y-S DC<.2 ated Current: 6mA DC<.2 ated Current: 6mA DC:.2 ated Current: 6mA SBY451616T-11Y-S SBK451616T-151Y-S SBK451616T-171Y-S DC:.3 ated Current: 5mA DC:.3 ated Current: 5mA DC:.3 ated Current: 5mA SBY453215T-7Y-S SBY453215T-121Y-S PBY155T-1Y-S DC:.3 ated Current: 5mA DC:.3 ated Current: 5mA DC<.3 ated Current: 1mA

14 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer PBY1688T-11Y-S PBY1688T-25Y-S PBY1688T-4Y-S DC:.2 ated Current: 4mA DC:.3 ated Current: 3mA DC:.35 ated Current: 3mA PBY1688T-6Y-S PBY1688T-121Y-S PBY1688T-31Y-S IMPEDANCE( ) DC:.4 ated Current: 3mA DC:.5 ated Current: 25mA DC:.1 ated Current: 2mA IMPEDANCE( ) PBY1688T-51Y-S IMPEDANCE( ) PBY1688T-61Y-S IMPEDANCE( ) PBY1688T-12Y-S DC:.15 ated Current: 15mA DC:.2 ated Current: 1mA DC<.25 ated Current: 8mA PBY2129T-11Y-S PBY2129T-17Y-S PBY2129T-3Y-S DC:.1 ated Current: 6mA DC:.2 ated Current: 5mA DC:.2 ated Current: 4mA PBY2129T-5Y-S 1 12 PBY2129T-6Y-S 15 PBY2129T-8Y-S DC<.25 ated Current: 3mA DC:.3 ated Current: 3mA DC:.4 ated Current: 3mA

15 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer PBY2129T-121Y-S PBY2129T-21Y-S PBY2129T-31Y-S DC:.4 ated Current: 3mA DC:.5 ated Current: 25mA DC:.8 ated Current: 2mA 8 PBY2129T-61Y-S 1 PBY2129T-12Y-S 3 PBY321611T-19Y-S DC:.1 ated Current: 2mA DC<.15 ated Current: 15mA DC:.15 ated Current: 6mA PBY321611T-32Y-S PBY321611T-5Y-S PBY321611T-8Y-S DC:.15 ated Current: 4mA DC:.2 ated Current: 4mA DC:.25 ated Current: 3mA 4 PBY321611T-31Y-S 8 PBY321611T-61Y-S 25 PBY321611T-152Y-S DC:.6 ated Current: 2mA DC:.1 ated Current: 18mA DC<.2 ated Current: 8mA PBY322513T-6Y-S PBY322513T-9Y-S PBY451616T-5Y-S DC<.25 ated Current: 4mA DC<.25 ated Current: 3mA DC:.2 ated Current: 6mA

16 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer 15 PBY451616T-6Y-S 15 PBY451616T-8Y-S 15 PBY453215T-7Y-S DC:.2 ated Current: 5mA DC:.25 ated Current: 4mA DC:.3 ated Current: 6mA PBY453215T-121Y-S NBQ155T-6Y-S NBQ155T-8Y-S DC:.3 ated Current: 4mA DC:.1 ated Current: 3mA DC<.6 ated Current: 1mA NBQ1688T-6Y-S 3 4 NBQ1688T-1Y-S 2 NBQ1688T-4Y-S DC<.5 ated Current: 5mA DC:.7 ated Current: 4mA IMPEDANCE( ) DC:.3 ate Current: 3mA NBQ1688T-6Y-S NBQ1688T-8Y-S NBQ155T-121Y-S DC<.3 ated Current: 3mA DC:.4 ated Current: 3mA DC:.8 ated Current: 5mA NBQ1688T-121Y-S NBQ1688T-241Y-S NBQ1688T-31Y-S DC<.4 ated Current: 3mA DC<.4 ated Current: 2mA DC:.5 ated Current: 2mA

17 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer NBQ1688T-481Y-S NBQ1688T-61Y-S NBQ1688T-12Y-S DC<.6 ated Current: 15mA DC:.6 ated Current: 1mA DC<.7 ated Current: 1mA NBQ1688T-122Y-S 3 4 NBQ2129T-6Y-S 5 NBQ2129T-11Y-S DC<.7 ated Current: 1mA DC:.7 ated Current: 8mA DC:.1 ated Current: 7mA NBQ2129T-26Y-S NBQ2129T-32Y-S NBQ2129T-6Y-S DC:.2 ated Current: 6mA DC<.2 ated Current: 6mA DC:.3 ated Current: 5mA NBQ2129T-75Y-S NBQ2129T-9Y-S NBQ2129T-121Y-S DC:.3 ated Current: 5mA DC:.3 ated Current: 5mA DC:.4 ated Current: 4mA NBQ2129T-171Y-S NBQ2129T-221Y-S NBQ2129T-31Y-S DC<.5 ated Current: 4mA DC<.5 ated Current: 3mA DC:.5 ated Current: 3mA

18 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer NBQ2129T-41Y-S NBQ2129T-51Y-S NBQ2129T-61Y-S DC:.5 ated Current: 3mA DC:.5 ated Current: 2mA DC:.5 ated Current: 2mA NBQ2129T-12Y-S DC:.6 ated Current:1mA NBQ2129T-122Y-S NBQ2129T-152Y-S DC<.7 ated Current: 1mA NBQ2129T-222Y-S NBQ321611Y-32Y-S NBQ321611Y-6Y-S DC<.75 ated Current:1mA DC<.2 ated Current: 6mA DC:.3 ated Current: 5mA NBQ321611T-8Y-S NBQ321611Y-9Y-S NBQ321611Y-121Y-S DC:.3 ated Current: 5mA DC<.3 ated Current: 5mA DC<.5 ated Current: 3mA NBQ321611T-151Y-S 6 NBQ321611Y-21Y-S 6 NBQ321611Y-221Y-S DC<.4 ated Current: 4mA DC<.5 ated Current: 3mA DC<.5 ated Current: 3mA

19 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer NBQ321611T-351Y-S NBQ321611T-41Y-S NBQ321611T-21Y-S DC<.6 ated Current: 3mA DC<.6 ated Current: 3mA DC:.5 ated Current: 3mA NBQ321611T-61Y-S NBQ321611T-122Y-S NBQ321611T-152Y-S DC:.8 ated Current: 3mA DC<1. ated Current: 2mA DC: 1.2 ated Current: 15mA GBK1688T-11Y-S GBK1688T-3Y-S GBK1688T-4Y-S IMPEDANCE( ) DC:.3 ated Current: 1mA DC:.6 ated Current: 8mA DC:.6 ated Current: 8mA GBK1688T-6Y-S GBK1688T-121Y-S GBK1688T-31Y-S IMPEDANCE( ) IMPEDANCE( ) IMPEDANCE( ) DC:.6 ated Current: 6mA DC:.15 ated Current: 6mA DC:.25 ated Current: 4mA GBK1688T-451Y-S GBK1688T-61Y-S GBK1688Y-751Y-S IMPEDANCE( ) IMPEDANCE( ) IMPEDANCE( ) DC:.3 ated Current: 4mA DC:.3 ated Current: 4mA DC:.45 ated Current: 3mA

20 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer GBK2129T-7Y-S GBK2129T-121Y-S GBK2129T-151Y-S IMPEDANCE( ) DC:.1 ated Current: 8mA DC:.15 ated Current: 6mA DC:.15 ated Current: 6mA 3 GBK2129T-221Y-S 8 GBK2129T-61Y-S 1 GBK2129T-12Y-S DC:.18 ated Current: 6mA DC:.25 ated Current: 5mA DC:.3 ated Current: 4mA GBY321611T-19Y-S GBY321611T-5Y-S GBY321611T-7Y-S DC:.3 ated Current: 1mA DC:.6 ated current: 8mA DC<.6 ated current: 8mA GBY321611T-9Y-S 15 2 GBK321611T-121Y-S 5 GBK321611T-41Y-S DC<.1 ated current: 8mA DC:.1 ated Current: 8mA DC:.15 ated Current: 6mA 6 GBK321611T-51Y-S 8 GBK321611T-61Y-S 5 GBY321616T-25Y-S DC:.15 ated Current: 6mA DC:.2 ated Current: 5mA DC:.1 ated Current: 1mA

21 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer GBY321616T-6Y-S GBY322513T-6Y-S GBY322513T-9Y-S DC:.1 ated Current: 1mA DC<.1 ated Current: 1mA DC:.1 ated Current: 1mA 1 GBY451616T-5Y-S 14 GBY451616T-8Y-S 5 UPB1688T-25Y-S IMPEDANCE( ) DC:.1 ated Current: 1mA DC:.1 ated Current: 1mA DC:.15 ated Current: 45mA 5 UPB1688T-3Y-S 2 UPB2129T-4Y-S 8 UPB2129T-5Y-S IMPEDANCE( ) DC:.15 ated Current: 45mA DC:.2 ated Current: 45mA DC:.15 ated Current: 5mA UPB2129T-6Y-S UPB321611T-6Y-S UPB321611T-8Y-S DC:.2 ated Current: 45mA DC:.2 ated Current: 6mA DC:.12 ated Current: 6mA UPB321611T-11Y-S UPB321611T-121Y-S UPB321611T-151Y-S DC:.12 ated Current: 6mA DC:.12 ated Current: 6mA DC:.2 ated Current: 45mA

22 YAGEO COPOATION SMD INDUCTO / BEADS BA Series [ For Higher Density Crcuit Design] Multilayer Ferrite Chip Beads APPLICATIONS Computers LCD Monitor Hard Disk Drives CD-OMs Motherboard FEATUES These multi-layered chip bead arrays are surface mounting EMI components. For suppressing noise of four line in one chip. It suited for higher density circuit design. ELECTICAL CHAACTEISTICS PODUCT IDENTIFICATION PAT NO. IMPEDANCE DC ESISTANCE ATED CUENT at 1MHz ( 25%) ( ) Max. (ma) Max. BAY32169T-3Y-S BAY32169T-6Y-S BAY32169T-121Y-S BAY32169T-241Y-S BAY32169T-31Y-S BAY32169T-471Y-S BAY32169T-61Y-S BAY32169T-12Y-S BAQ32169T-6Y-S BAQ32169T-121Y-S BAQ32169T-221Y-S BAQ32169T-471Y-S BAQ32169T-61Y-S BAQ32169T-12Y-S BA - * Y = General Purpose; Q = Narrow Band ** Y = 25% Internal No. Tolerance (**) Impedance Packaging Style Dimensions Design Code (*) Product Symbol Bead Array SHAPES AND DIMENSIONS Parts Dimensions : 3.2 x 1.6 x.9 mm

23 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene for Cover Type : Polyethyiene Type A Type B 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN PACKAGING QUANTITY TYPE QUANTITY/EEL BAY BAQ TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer Type A Type B

24 SB/PB/UP/NB/GB/BA SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Flexure Strength Appearance : No Damage Test device shall be soldered on the substrate. 2 Change : within 2% Substrate Dimension : 1 x 4 x 1.6mm DC : within Specification Deflection : 2.mm Keeping Time : 3Sec. * For 155, substrate dimension is 1 x 4 x.8mm Vibration Test device shall be soldered on the substrate. Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec Terminal Strength Test 155 Series :.2kg Test device shall be soldered on the substrate Series :.5kg 2129 Series : 1.kg W Other Series : 2.kg ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle Change : within 2% Step Temperature ( C) Time (Min.) DC : within Specification Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : C esistance elative Humidity : % Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

25 Multilayer Ferrite Bead Array - BA Series Test Instruments : HP4291A Impedance / Material Analyzer BAY32169T-3Y-S BAY32169T-6Y-S BAY32169T-121Y-S DC<.4 ated Current: 35mA DC<.4 ated Current: 25mA DC<.8 ated Current: 15mA BAY32169T-241Y-S BAY32169T-31Y-S BAY32169T-471Y-S DC<.8 ated Current: 15mA DC<.8 ated Current: 15mA DC<1 ated Current: 1mA BAY32169T-61Y-S DC<1.5 ated Current: 1mA BAY32169T-12Y-S DC<1.7 ated Current: 5mA

26 YAGEO COPOATION SMD INDUCTO / BEADS Surface Mount Beads FB Series FB Series APPLICATIONS For Stereo, Car radio, Mobile telephone, VCs, Computer disk drive and PC board to filter the EMI form the outside. OUTLINE FB865626T-Y7 YAGEO surface mount beads are similar impedance levels to leaded shield beads. These beads have high current carrying capacity, Compact size are good for use with flow or reflow soldering processes. FEATUES PODUCT IDENTIFICATION Specially designed for surface mounting equipment, are available in various sizes which allow them to wide rang of application and usage. High esistance to Heat and Humidity FB - Material Code Packaging Style (*) Dimensions (A, B, C) Product Symbol Figure 2 * B : Bulk ; T : Tape and eel SHAPES AND DIMENSIONS Figure A B TYPE A B C D E TAPE FIGUE WIDTH FB ~ ~ ~ C FB ~ ~ ~ D E FB ~ ~ ~ FB

27 ELECTICAL CHAACTEISTICS PAT NO. DC ESISTANCE Min. at 25MHz Min. at 1MHz ( ) Max. FB Y7-S FB Y7-S FB Y7-S FB Y7-S 3 6 2% TAPE DIMENSIONS K W.2 F.5 B.1 TYPE A B T W P F K FB S FB S P.1 A.1 T.5 FB S FB S TAPE MATEIAL PACKAGING QUANTITY Carrier Tape : Polystyrene Cover Type : Polyethyiene TYPE BULK QUANTITY/EEL FB Y7 5 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader FB Y7 5 FB Y7 5 FB Y7 24

28 EEL DIMENSIONS D TYPE A B C D B 1 FB FB FB A 2 C 1 FB ECOMMENDED PATTEN Y Figure 1 Y V W Figure 2 TYPE V W Y FIGUE FB FB V W FB FB TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance/Material Analyzer FB Y FB Y FB Y

29 FB SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. Change : within 2% DC : within Specification Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle Change : within 2% Step Temperature ( C) Time (Min.) DC : within Specification Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

30 YAGEO COPOATION SMD INDUCTO / BEADS EMI PC Beads SBC Series SBC81F6H-Series SBC11F8H-Series SBC131F1H-Series APPLICATIONS The PC Beads mainly used in the PC board of personal computers, microcomputers and relative devices to filter the EMI from the outside. OUTLINE Yageo EMI PC Beads provide a powerful means of EMI/FI attenuation for electronic equipment. Multiple single turn printed circuit beads or multi-turn printed circuit beads are available in three size in B material. SBC58F6HT-B These beads are supplied with tinned copper jumper wires which complete the desired winding configuration on the printed circuit boards. FEATUES Jump wires are oxygen free and high conductivity copper with a 95/5 tin/lead coating. Compact and High Performance Easy Installation PODUCT IDENTIFICATION SBC -B--# Core Height No. Core Material Core Type Core Length Core OD Product Symbol ELECTICAL CHAACTEISTICS PAT NO. TYPICAL IMPEDANCE AT 1MH ( ) B-#1 B-#2 B-#3 B-#4 B-#5 B-#6 SBC81F6H SBC11F8H SBC131F1H SHAPES AND DIMENSIONS SBC81F6H-B# SBC11F8H-B# SBC131F1H-B# ef ef TYPE A B C SBC81F6H-B# # #2 5.8 SBC11F8H-B# # C C C 1 -# SBC131F1H-B# # #6 1.15

31 SHAPE AND DIMENSIONS SBC58F6HT-B SBC115F16HT-B246.46~ ~ ~ ELECTICAL CHAACTEISTICS PAT NO. IMPEDANCE TEST FEQUENCY IMPEDANCE TEST FEQUENCY DC ESISTANCE (MHz) ( ) (MHz) (m ) Max. SBC58F6HT-B % SBC115F16HT-B TAPE DIMENSIONS EEL DIMENSIONS 1.5 P2 P t E D F W B A B A K C TAPE MATEIAL Carrier Tape : Black Conductive Polystyrene - Alloy Cover Type : Black Conductive Polystyrene - Alloy 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader TYPE TAPE DIMENSIONS EEL DIMENSIONS QUANTITY W E F P P2 A B K T A B C EEL/CATON SBC58F6HT-B /1 SBC115F16HT-B /1

32 TYPICAL ELECTICAL CHAACTEISTIC Test Instruments : HP4291A F Impedance Analyzer 16 SBC81F6H-B-#1 25 SBC11F8H-B-# SBC81F6H-B-#3 SBC131F1H-B-# SBC11F8H-B-#2 35 SBC131F1H-B-#

33 YAGEO COPOATION SMD INDUCTO / BEADS SBCB Series Data Line EMI Filter APPLICATIONS Attenuating Noise of Analog and Digital Signals for Telecommunication Devices Prevention of Interference from Amateur adios, CB Stations, or High Frequency Welders, etc. OUTLINE These surface mount filters are specially designed to virtually eliminate the problem of conducted EMI in data line applications. They provide both differential and common mode noise attenuation. These components contain tremendous electrode straight, solder heat resistance and outstanding solderability. These products are designed for flow, reflow and wave soldering required for surface mounting applications. PODUCT IDENTIFICATION SBCB 114 I- - -B3 Material Inductance (mh) Packaging Style Core Type Core Size Product Symbol FEATUES These components are compatible with auto insertion equipment and easy installed for PC board. With Four Lines for Voice and Data Line Compact and High Performance SHAPES AND DIMENSIONS ed Yellow 8 + ELECTIAL CHAACTEISTICS PAT NO. INDUCTANCE TEST FEQUENCY DC ESISTANCE ( H) (KHz).6V ( ) Max. SBCB114IT-33-B3 25 ~

34 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Black Conductive Polystyrene - Alloy Cover Type : Black Conductive Polystyrene - Alloy mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN ~ Solder Land PACKAGING QUANTITY TYPE QUANTITY/EEL SBCB TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4192A LF Impedance Analyzer

35 SBCB114 SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to 125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

36 YAGEO COPOATION SMD INDUCTO / BEADS EMC Data Line Filter SBCB Series FEATUES Dual Common Mode For High Speed Digital Data; Ex : IEEE1394 (Fire Wire), USB Low Profile PODUCT IDENTIFICATION SHAPES AND DIMENSIONS TYPE DIMENSION SBCB - - SBCB6563-S M : Molding S : Non-molding Tolerance Impedance Packaging Style Dimensions Product Symbol Max. 3. Max SBCB6563-M Max SBCB S, SBCB M Max SBCB6573-S Max Max..5

37 ELECTICAL CHAACTEISTICS ITEM 1MHz 1MHz 1MHz 2MHz SBCB6563T-7-S SBCB6563T-7-M SBCB6563T-181-S SBCB6563T-181-M SBCB6563T-371-S SBCB6563T-371-M SBCB454525T-11-S SBCB454525T-11-M SBCB454525T-21-S SBCB454525T-21-M 7Min. 15Min. 18Min. 25Min. 365Min. 335Min. 15Min. 16Min. 2Min. 28Min. SBCB454525T-351-M 345Min. 36Min. SBCB454525T-6-M 6Min. 215Min. SBCB6573T-151-S 2.8TYP 29TYP 15Min. ITEM INSETION LOSS (db) DC ESISTANCE ATED CUENT 5MHz 1MHz 3MHz 5MHz ( ) Max. (A) Max. SBCB6563T-7-S SBCB6563T-7-M SBCB6563T-181-S SBCB6563T-181-M SBCB6563T-371-S SBCB6563T-371-M SBCB454525T-11-S SBCB454525T-11-M SBCB454525T-21-S SBCB454525T-21-M SBCB454525T-351-M SBCB454525T-6-M 2. Max SBCB6573T-151-S NOTES : * ated Voltage : DC 5V * Withsanding Voltage : DC 2V 6Sec. or DC 24V 1~2Sec. (Coil-Coil)I = 1mA * Insulation esistance : DC 1V 1MOHM Min. (Coil-Coil) * Operating Temperature ange : -25 to +8 C * Storage Temperature ange : -4 to +12 C

38 PACKAGING SBCB6563-S SBCB6563-M SBCB Cover Tape Pcs/eel C A 33mm 33mm 33mm B A B 1mm 1mm 1mm C 13.mm 13.mm 13.mm Carrier Tape D D 21.mm 21.mm 17.1mm SBCB6563-S SBCB6563-M SBCB t P P2 P A B K B W P K A P P W t ECOMMENDED PATTEN SBCB6563 SBCB SBCB6573T-151-S Cable Transceiver IC Layout (ef.) Layout (ef.) Layout (ef.) Applications Twisted Pair Cable Interface IEEE 1394 Port C Network #1 #2 Common Mode Choke #3 #8 #7 #6 #4 #5 Connector Cable Pair A Cable Pair B IEEE 1394 Link PHY/Link Interface IEEE 1394 PHY Common Mode Choke VP VG TPA+ TPA- TPBIAS TPB+ TPB- TPA+ TPA- TPA+ TPA-

39 ATTENUATION ESPONSE & IMPEDANCE -2-4 SBCB6563T-7 INSEBON LOSS (db) SBCB6563T-181 SBCB6563T IMPEDANCE (ohm) 1 1 SBCB6563T-181 SBCB6563T-371 SBCB6563T SBCB454525T-11 SBCB454525T-6 INSEBON LOSS (db) SBCB454525T SBCB454525T IMPEDANCE (ohm) 1 1 SBCB454525T-11 SBCB454525T-21 SBCB454525T-351 SBCB454525T

40 YAGEO COPOATION SMD INDUCTO / BEADS Multilayer Chip Inductors CL Series APPLICATIONS Personal computers, HDDs, or other various electronic appliances. Any general circuit of portable equipment in which compact size and high mounting densities are required. PODUCT IDENTIFICATION CL - - Internal No. Tolerance (***) Inductance (**) Packaging Style (*) Dimensions (A, B, C) Product Symbol * B : Bulk ; T : Tape and eel ** Example : 47N = 47nH 1 =.1 H 1 = 1. H *** K = 1% M = 2% OUTLINE Yageo s SMD multi-layered chip inductors provide a cost effective solution for densely packed PC board designs. Using Ferrite or CL / CLH series ceramic materials are available in broad band and high frequency circuits. The ferrite structure is suited for lower frequency applications and the ceramic one, CLH series, is designed to meet the needs of higher frequency circuits. FEATUES High mounting density of compact circuit due to crosstalk elimination that results from a closed magnetic flux in a ferrite material. Suitable for Flow and e-flow Soldering Available in 5 Sizes SHAPES AND DIMENSIONS Ferrite Terminal Electrode D D TYPE A B C D CL C CL A B CL CL

41 ELECTICAL CHAACTEISTICS CL1688 (63) SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC ( H) ( %) Min. Min. ESISTANCE (ma) Max. (MHz) ( ) Max. CL1688T-1NM-S.1 2% CL1688T-33NM-S.33 2% CL1688T-47NM-S.47 2% CL1688T-68NM-S.68 2% CL1688T-82NM-S.82 2% CL1688T-1 -S.1 2 or 1% CL1688T-12 -S.12 2 or 1% CL1688T-15 -S.15 2 or 1% CL1688T-18 -S.18 2 or 1% CL1688T-22 -S.22 2 or 1% CL1688T-27 -S.27 2 or 1% CL1688T-33 -S.33 2 or 1% CL1688T-39 -S.39 2 or 1% CL1688T-47 -S.47 2 or 1% CL1688T-56 -S.56 2 or 1% CL1688T-68 -S.68 2 or 1% CL1688T-82 -S.82 2 or 1% CL1688T-1 -S 1. 2 or 1% CL1688T-12 -S or 1% CL1688T-15 -S or 1% CL1688T-18 -S or 1% CL1688T-22 -S or 1% CL1688T-27 -S or 1% CL1688T-33 -S or 1% CL1688T-39 -S or 1% CL1688T-47 -S or 1% CL1688T-56 -S or 1% CL1688T-68 -S or 1% CL1688T-82 -S or 1% CL1688T-1 -S 1 2 or 1%

42 ELECTICAL CHAACTEISTICS CL2129, CL21212 (85) SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC ( H) ( %) Min. Min. ESISTANCE (ma) Max. (MHz) ( ) Max. CL2129T-47NM-S.47 2% CL2129T-68NM-S.68 2% CL2129T-82NM-S.82 2% CL2129T-1 -S.1 2 or 1% CL2129T-12 -S.12 2 or 1% CL2129T-15 -S.15 2 or 1% CL2129T-18 -S.18 2 or 1% CL2129T-22 -S.22 2 or 1% CL2129T-27 -S.27 2 or 1% CL2129T-33 -S.33 2 or 1% CL2129T-39 -S.39 2 or 1% CL2129T-47 -S.47 2 or 1% CL2129T-56 -S.56 2 or 1% CL2129T-68 -S.68 2 or 1% CL2129T-82 -S.82 2 or 1% CL2129T-1 -S 1. 2 or 1% CL2129T-12 -S or 1% CL2129T-15 -S or 1% CL2129T-18 -S or 1% CL2129T-22 -S or 1% CL21212T-27 -S or 1% CL21212T-33 -S or 1% CL21212T-39 -S or 1% CL21212T-47 -S or 1% CL21212T-56 -S or 1% CL21212T-68 -S or 1% CL21212T-82 -S or 1% CL21212T-1 -S 1 2 or 1% CL21212T-12 -S 12 2 or 1% CL21212T-15 -S 15 2 or 1% CL21212T-18 -S 18 2 or 1% CL21212T-22 -S 22 2 or 1%

43 ELECTICAL CHAACTEISTICS CL (126) SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC ( H) ( %) Min. Min. ESISTANCE (ma) Max. (MHz) ( ) Max. CL321611T-47NM-S.47 2% CL321611T-68NM-S.68 2% CL321611T-82NM-S.82 2% CL321611T-1 -S.1 2 or 1% CL321611T-12 -S.12 2 or 1% CL321611T-15 -S.15 2 or 1% CL321611T-18 -S.18 2 or 1% CL321611T-22 -S.22 2 or 1% CL321611T-27 -S.27 2 or 1% CL321611T-33 -S.33 2 or 1% CL321611T-39 -S.39 2 or 1% CL321611T-47 -S.47 2 or 1% CL321611T-56 -S.56 2 or 1% CL321611T-68 -S.68 2 or 1% CL321611T-82 -S.82 2 or 1% CL321611T-1 -S 1. 2 or 1% CL321611T-12 -S or 1% CL321611T-15 -S or 1% CL321611T-18 -S or 1% CL321611T-22 -S or 1% CL321611T-27 -S or 1% CL321611T-33 -S or 1% CL321611T-39 -S or 1% CL321611T-47 -S or 1% CL321611T-56 -S or 1% CL321611T-68 -S or 1% CL321611T-82 -S or 1% CL321611T-1 -S 1 2 or 1% CL321611T-12 -S 12 2 or 1% CL321611T-15 -S 15 2 or 1% CL321611T-18 -S 18 2 or 1% CL321611T-22 -S 22 2 or 1% CL321611T-27 -S 27 2 or 1% CL321611T-33 -S 33 2 or 1%

44 TAPE DIMENSIONS K W.2 F.5 B.1 TYPE A B T W P F K TAPE TYPE P.1 A.1 T.5 T.5 CL B CL A Type A Type B CL A CL A TAPE MATEIAL EEL DIMENSIONS Carrier Tape : Polystyrene (for 2129, 21212, Series), Paper (for 1688) Cover Type : Polyethyiene mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader ECOMMENDED PATTEN B A Solder Land Inductor C TYPE A B C CL ~ CL ~ CL ~ CL ~ PACKAGING QUANTITY TYPE BULK QUANTITY/EEL CL CL CL CL

45 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer L (uh) CL1688, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 2.7uH 1.56uH Q CL1688, Q vs. FEQUENCY CHAACTEISTICS uH 5 5.6uH uH L (uh) CL , INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 1.8uH 1.18uH Q CL , Q vs. FEQUENCY CHAACTEISTICS uH 6 6.8uH uH L (uh) CL321611, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 1.8uH 1.68uH Q CL321611, Q vs. FEQUENCY CHAACTEISTICS uH uH uH

46 CL SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Flexure Strength Appearance : No Damage Test device shall be soldered on the substrate. 2 L Change : within 1% Substrate Dimension : 1 x 4 x 1.6mm Q Change : within 3% Deflection : 2.mm Keeping Time : 3Sec. * For 155, substrate dimension is 1 x 4 x.8mm Vibration Test device shall be soldered on the substrate. Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle L Change : within 1% Step Temperature ( C) Time (Min.) Q Change : within 3% Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

47 YAGEO COPOATION SMD INDUCTO / BEADS SQV Series Miniature Surface Mount Chip Inductors APPLICATIONS Personal, Cordless Phone High Freq. Communication Products GPS ( Global Position System ) Personal Computers PODUCT IDENTIFICATION FEATUES SQV - -S This miniature chip inductors wound on a special ferrite core. High Q value at high frequencies and low DC resistance. Wide Inductance ange Tolerance Inductance Packaging Style Dimensions Product Symbol Excellent solder heat resistance. Both flow and reflow soldering methods can be employed. SHAPES AND DIMENSIONS C A B TYPE A B C E F G Pad Layout C E F E

48 ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE ( H) QUALITY FACTO DC ESISTANCE SF IDC NOMINAL TOLEANCE TEST SPEC. TEST ( ) Max. (MHz) Min. (ma) Max. VALUE ( %) FEQUENCY Min. FEQUENCY SQV32252T-1 -S.1 2 1MHz MHz SQV32252T-18 -S MHz MHz SQV32252T-27 -S MHz MHz SQV32252T-39 -S MHz MHz SQV32252T-56 -S MHz MHz SQV32252T-68 -S MHz MHz SQV32252T-82 -S MHz MHz SQV32252T-1 -S MHz 2 1MHz SQV32252T-12 -S MHz 2 1MHz SQV32252T-15 -S 1.5 1/2 1MHz 2 1MHz SQV32252T-18 -S 1.8 1/2 1MHz 2 1MHz SQV32252T-22 -S 2.2 1/2 1MHz 2 1MHz SQV32252T-27 -S 2.7 1/2 1MHz 2 1MHz SQV32252T-33 -S 3.3 1/2 1MHz 2 1MHz SQV32252T-39 -S 3.9 1/2 1MHz 2 1MHz SQV32252T-47 -S 4.7 1/2 1MHz 2 1MHz SQV32252T-56 -S 5.6 1/2 1MHz 2 1MHz SQV32252T-68 -S 6.8 1/2 1MHz 2 1MHz SQV32252T-82 -S 8.2 1/2 1MHz 2 1MHz SQV32252T-1 -S 1 5/1 1MHz 35 1MHz SQV32252T-12 -S 12 5/1 1MHz 35 1MHz SQV32252T-15 -S 15 5/1 1MHz 35 1MHz SQV32252T-18 -S 18 5/1 1MHz 35 1MHz SQV32252T-22 -S 22 5/1 1MHz 35 1MHz SQV32252T-27 -S 27 5/1 1MHz 35 1MHz SQV32252T-33 -S 33 5/1 1MHz 4 1MHz SQV32252T-39 -S 39 5/1 1MHz 4 1MHz SQV32252T-47 -S 47 5/1 1MHz 4 1MHz SQV32252T-56 -S 56 5/1 1MHz 4 1MHz SQV32252T-68 -S 68 5/1 1MHz 4 1MHz SQV32252T-82 -S 82 5/1 1MHz 4 1MHz SQV32252T-11 -S 1 5/1 1MHz 4 796KHz SQV32252T-121 -S 12 5/1 1MHz 4 796KHz SQV32252T-151 -S 15 5/1 1MHz 4 796KHz SQV32252T-181 -S 18 5/1 1MHz 4 796KHz SQV32252T-221 -S 22 5/1 1MHz 4 796KHz SQV32252T-271 -S 27 5/1 1MHz 4 796KHz SQV32252T-331 -S 33 5/1 1MHz 4 796KHz SQV32252T-391 -S 39 5/1 1MHz 5 796KHz SQV32252T-471 -S 47 5/1 1KHz 5 796KHz SQV32252T-561 -S 56 5/1 1KHz 5 796KHz

49 ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE ( H) QUALITY FACTO DC ESISTANCE SF IDC NOMINAL TOLEANCE TEST SPEC. TEST ( ) Max. (MHz) Min. (ma) Max. VALUE ( %) FEQUENCY Min. FEQUENCY SQV453226T-1 -S MHz 2 1MHz SQV453226T-12 -S MHz 2 1MHz SQV453226T-15 -S MHz 2 1MHz SQV453226T-18 -S MHz 2 1MHz SQV453226T-22 -S MHz 2 1MHz SQV453226T-27 -S MHz 2 1MHz SQV453226T-33 -S MHz 2 1MHz SQV453226T-39 -S MHz 2 1MHz SQV453226T-47 -S 4.7 1/2 1MHz 3 1MHz SQV453226T-56 -S 5.6 1/2 1MHz 3 1MHz SQV453226T-68 -S 6.8 1/2 1MHz 3 1MHz SQV453226T-82 -S 8.2 1/2 1MHz 3 1MHz SQV453226T-1 -S 1 5/1 1MHz 35 1MHz SQV453226T-12 -S 12 5/1 1MHz 35 1MHz SQV453226T-15 -S 15 5/1 1MHz 35 1MHz SQV453226T-18 -S 18 5/1 1MHz 35 1MHz SQV453226T-22 -S 22 5/1 1MHz 35 1MHz SQV453226T-27 -S 27 5/1 1MHz 35 1MHz SQV453226T-33 -S 33 5/1 1MHz 35 1MHz SQV453226T-39 -S 39 5/1 1MHz 35 1MHz SQV453226T-47 -S 47 5/1 1MHz 35 1MHz SQV453226T-56 -S 56 5/1 1MHz 35 1MHz SQV453226T-68 -S 68 5/1 1MHz 35 1MHz SQV453226T-82 -S 82 5/1 1MHz 35 1MHz SQV453226T-11 -S 1 5/1 1MHz 4 796KHz SQV453226T-121 -S 12 5/1 1MHz 4 796KHz SQV453226T-151 -S 15 5/1 1MHz 4 796KHz SQV453226T-181 -S 18 5/1 1MHz 4 796KHz SQV453226T-221 -S 22 5/1 1MHz 4 796KHz SQV453226T-271 -S 27 5/1 1MHz 4 796KHz SQV453226T-331 -S 33 5/1 1MHz 4 796KHz SQV453226T-391 -S 39 5/1 1MHz 4 796KHz SQV453226T-471 -S 47 5/1 1KHz 4 796KHz SQV453226T-561 -S 56 5/1 1KHz 4 796KHz SQV453226T-681 -S 68 5/1 1KHz 4 796KHz SQV453226T-821 -S 82 5/1 1KHz 4 796KHz SQV453226T-12 -S 1 5/1 1KHz 4 252KHz SQV453226T-122 -S 12 5/1 1KHz 4 252KHz SQV453226T-152 -S 15 5/1 1KHz 4 252KHz SQV453226T-182 -S 18 5/1 1KHz 4 252KHz SQV453226T-222 -S 22 5/1 1KHz 4 252KHz Inductance ange.1 uh to 22 uh Current ating Based on Temperature ise not Exceeding 2 C Operating Temp -25 C ~ 85 C Soldering Heat 23 C 1 Sec. after 15 C Preheat Cycle for 4 Min. Test Equipment L & Q : HP4285A Precision LC Meter SF : HP4291B F Impedance Analyzer DC : Milliiohm Meter Inductance Tolerance J = 5% K = 1% M = 2%

50 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene K W.2 F.5 B.1 P.1 A.1 T.5 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN B Pad Layout G E F E A C TYPE TAPE EEL ECOMMENDED QUANTITY DIMENSIONS DIMENSIONS PATTEN /EEL A B T W P F K A B C E F G SQV SQV

51 YAGEO COPOATION SMD INDUCTO / BEADS SQC Series Miniature Surface Mount Chip Inductors APPLICATIONS Personal Computers Disk Drives and Computer Peripherals Pagers, Cordless Phone DC Power Supply Circuits PODUCT IDENTIFICATION FEATUES SQC - -S This miniature chip inductors wound on a special ferrite core. Low DC resistance, high current capacity, and high impedance characteristics. They are excellent for use as choke coil in DC power supply circuits. Tolerance Inductance Packaging Style Dimensions Product Symbol Excellent solder heat resistance. Both flow and reflow soldering methods can be employed. SHAPES AND DIMENSIONS C TYPE A B C E F G A B Pad Layout C E F E

52 ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE TEST DC SF IDC ( H) ( %) FEQUENCY ESISTANCE (Mhz) Min. (ma) Max. (MHz) ( ) Max. SQC321618T-12 -S SQC321618T-22 -S SQC321618T-47 -S SQC321618T-1 -S SQC321618T-22 -S SQC321618T-47 -S / SQC321618T-1 -S 1 5 / SQC321618T-22 -S 22 5 / SQC321618T-47 -S 47 5 / SQC321618T-11 -S 1 5 / SQC32252T-1 -S SQC32252T-22 -S SQC32252T-47 -S SQC32252T-1 -S SQC32252T-22 -S 22 1/ SQC32252T-47 -S 47 1/ SQC32252T-11 -S 1 5/ SQC32252T-221 -S 22 5/ SQC32252T-331 -S 33 5/ SQC32252T-391 -S 39 5/ SQC32252T-471 -S 47 5/ SQC32252T-561 -S 56 5/ SQC453226T-1 -S SQC453226T-15 -S SQC453226T-22 -S SQC453226T-33 -S SQC453226T-47 -S 4.7 1/ SQC453226T-68 -S 6.8 1/ SQC453226T-1 -S 1 5/ SQC453226T-15 -S 15 5/ SQC453226T-22 -S 22 5/ SQC453226T-33 -S 33 5/ SQC453226T-47 -S 47 5/ SQC453226T-68 -S 68 5/ SQC453226T-11 -S 1 5/1 796kHz SQC453226T-151 -S 15 5/1 796kHz SQC453226T-221 -S 22 5/1 796kHz SQC453226T-331 -S 33 5/1 796kHz SQC453226T-471 -S 47 5/1 796kHz SQC57547T-12 -S kHz SQC57547T-27 -S kHz

53 ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE TEST DC SF IDC ( H) ( %) FEQUENCY ESISTANCE (Mhz) Min. (ma) Max. (MHz) ( ) Max. SQC57547T-47 -S kHz SQC57547T-1 -S kHz SQC57547T-15 -S kHz SQC57547T-22 -S kHz SQC57547T-33 -S kHz SQC57547T-47 -S kHz SQC57547T-68 -S kHz SQC57547T-1 -S 1 1/2 1kHz SQC57547T-15 -S 15 1/2 1kHz SQC57547T-22 -S 22 1/2 1kHz SQC57547T-33 -S 33 1/2 1kHz SQC57547T-47 -S 47 1/2 1kHz SQC57547T-68 -S 68 1/2 1kHz SQC57547T-11 -S 1 1/2 1kHz SQC57547T-151 -S 15 1/2 1kHz SQC57547T-221 -S 22 1/2 1kHz SQC57547T-331 -S 33 1/2 1kHz SQC57547T-471 -S 47 1/2 1kHz SQC57547T-681 -S 68 1/2 1kHz SQC57547T-12 -S 1 1/2 1kHz SQC57547T-222 -S 22 1/2 1kHz SQC57547T-472 -S 47 1/2 1kHz SQC57547T-13 -S 1 1/2 1kHz Inductance ange Current ating Operating Temp. Soldering Heat Test Equipment.12 uh to 1 uh. Based on temperature rise not exceeding 2 C and inductance is 9% more than its nominal value. -25 C ~ 85 C 23 C 1 Seconds after 15 C Preheat Cycle for 4 Minutes L : HP4285A Precision LC Meter SF : HP4291B F Impedance Analyzer DC : Milliohm Meter Inductance Tolerance J = 5% K = 1% M = 2%

54 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene K W.2 F.5 B.1 P.1 A.1 T.5 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN B Pad Layout G E F E A C TYPE TAPE EEL ECOMMENDED QUANTITY DIMENSIONS DIMENSIONS PATTEN /EEL A B T W P F K A B C E F G SQC SQC SQC SQC

55 YAGEO COPOATION SMD INDUCTO / BEADS NL Series Wound Chip Inductors APPLICATIONS Microtelevisions, liquid crystal televisions, video cameras, portable VCs, car radios, car stereos, thin tape radios, television tuners, mobile telephones, radio and other electronic devices. OUTLINE These revolutionary, highly reliable wound chip inductors for automatic mounting have been developed in response to the trend toward high density in electronic equipment. With metal terminals and a body of heat resistant resin, these inductors offer many superior features. PODUCT IDENTIFICATION FEATUES Very strong solderability by flow soldering, soldering iron or wave soldering. Highly accurate dimensions; can be mounted automatically. Terminals are highly resistant to pull forces. Highly resistant to mechanical shocks and pressure. NL - - * T : Tape and eel ; B : Bulk Internal No. Tolerance Inductance Packaging Style (*) Dimensions (A, B, C) Product Symbol Highly reliable in environments of sudden temperature change and humidity. Super Q characteristics. SHAPES AND DIMENSIONS NL NL

56 ELECTICAL CHAACTEISTICS NL SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST FEQUENCY SF DC ESISTANCE IDC ( H) ( %) Min. (MHz) (MHz) Min. ( ) Max. (ma) Max. NL322522T-1K-S NL322522T-12K-S NL322522T-15K-S NL322522T-18K-S NL322522T-22K-S NL322522T-27K-S NL322522T-33K-S NL322522T-39K-S NL322522T-47K-S NL322522T-56K-S NL322522T-68K-S NL322522T-82K-S NL322522T-1K-S NL322522T-12K-S NL322522T-15K-S NL322522T-18K-S NL322522T-22K-S NL322522T-27K-S NL322522T-33K-S NL322522T-39K-S NL322522T-47K-S NL322522T-56K-S NL322522T-68K-S NL322522T-82K-S NL322522T-1K-S NL322522T-12K-S NL322522T-15K-S NL322522T-18K-S NL322522T-22K-S NL322522T-27K-S NL322522T-33K-S NL322522T-39K-S

57 ELECTICAL CHAACTEISTICS NL SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST FEQUENCY SF DC ESISTANCE IDC ( H) ( %) Min. (MHz) (MHz) Min. ( ) Max. (ma) Max. NL322522T-47K-S NL322522T-56K-S NL322522T-68K-S NL322522T-82K-S NL322522T-1K-S NL322522T-12K-S NL322522T-15K-S NL322522T-18K-S NL322522T-22K-S NL322522T-27K-S NL322522T-33K-S NL322522T-39K-S NL322522T-47K-S NL322522T-56K-S NL322522T-68K-S NL322522T-82K-S NL322522T-11K-S NL322522T-121K-S NL322522T-151K-S NL322522T-181K-S NL322522T-221K-S NL322522T-271K-S NL322522T-331K-S Test Instruments : HP4286A F Impedance Analyzer for L, Q, SF Digital Multimeter SC-741 for DC HP4285A LF Impedance Analyzer for L, Q Chen-Hwa 161+Chen-Wha 31A for IDC

58 ELECTICAL CHAACTEISTICS NL SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST FEQUENCY SF DC ESISTANCE IDC ( H) ( %) Min. (MHz) (MHz) Min. ( ) Max. (ma) Max. NL453232T-1M-S NL453232T-12M-S NL453232T-15M-S NL453232T-18M-S NL453232T-22M-S NL453232T-27M-S NL453232T-33M-S NL453232T-39M-S NL453232T-47M-S NL453232T-56M-S NL453232T-68M-S NL453232T-82M-S NL453232T-1K-S NL453232T-12K-S NL453232T-15K-S NL453232T-18K-S NL453232T-22K-S NL453232T-27K-S NL453232T-33K-S NL453232T-39K-S NL453232T-47K-S NL453232T-56K-S NL453232T-68K-S NL453232T-82K-S NL453232T-1K-S NL453232T-12K-S NL453232T-15K-S NL453232T-18K-S NL453232T-22K-S NL453232T-27K-S NL453232T-33K-S NL453232T-39K-S NL453232T-47K-S NL453232T-56K-S NL453232T-68K-S NL453232T-82K-S NL453232T-11K-S NL453232T-121K-S NL453232T-151K-S NL453232T-181K-S NL453232T-221K-S NL453232T-271K-S NL453232T-331K-S NL453232T-391K-S NL453232T-471K-S NL453232T-561K-S NL453232T-681K-S NL453232T-821K-S NL453232T-12K-S

59 SHAPES AND DIMENSIONS NL5655 SEIES Shapes and Dimensions / ecommended PC Board Patterns 5..2 Inductor Pattern ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC (mh) ( %) Min. Min. ESISTANCE (ma) Max. (MHz) ( ) Max. NL5655T-122 J-S 1.2 5, NL5655T-152 J-S 1.5 5, NL5655T-182 J-S 1.8 5, NL5655T-222 J-S 2.2 5, NL5655T-272 J-S 2.7 5, NL5655T-332 J-S 3.3 5, NL5655T-392 J-S 3.9 5, NL5655T-472 J-S 4.7 5, NL5655T-562 J-S 5.6 5, NL5655T-682 J-S 6.8 5, NL5655T-822 J-S 8.2 5, NL5655T-13 J-S 1 5, Test Instruments : HP4286A F Impedance Analyzer for L, Q, SF Digital Multimeter SC-741 for DC HP4285A Pecision LC Meter for L, Q Chen-Hwa 161+Chen-Wha 31A for IDC

60 SHAPES AND DIMENSIONS NL21614 SEIES Ferrite body and wire wound construction provide highest current. Overall B C H A G F UNIT A B C D E F G H I J E Terminal F I J I Pad Layout D Terminal Warparound : Approx..15 /.38mm Both Ends Max. Max. Max. ef. in mm ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC ATED COLO ( H) ( %) Min. Min. ESISTANCE CUENT CODING (MHz) ( ) Max. (ma) Max. NL21614T-12 -S.12 1/ White NL21614T-15 -S.15 1/ Black NL21614T-18 -S.18 1/ Brown NL21614T-22 -S.22 1/ ed NL21614T-27 -S.27 1/ Orang NL21614T-33 -S.33 1/ Yellow NL21614T-39 -S.39 1/ Green NL21614T-47 -S.47 1/ Blue NL21614T-56 -S.56 1/ Violet NL21614T-68 -S.68 1/ Gray NL21614T-82 -S.82 1/ White NL21614T-1 -S 1. 1/ Black NL21614T-12 -S 1.2 1/ Brown NL21614T-15 -S 1.5 1/ ed NL21614T-18 -S 1.8 1/ Orang NL21614T-22 -S 2.2 1/ Yellow NL21614T-27 -S 2.7 1/ Green NL21614T-33 -S 3.3 1/ Blue NL21614T-39 -S 3.9 1/ Violet NL21614T-47 -S 4.7 1/ Gray NL21614T-56 -S 5.6 1/ White NL21614T-68 -S 6.8 1/ Black NL21614T-82 -S 8.2 1/ Brown NL21614T-1 -S 1. 1/ ed NL21614T-12 -S 12. 1/ Orang NL21614T-15 -S 15. 1/ Yellow NL21614T-18 -S 18. 1/ Green NL21614T-22 -S 22. 1/ Blue NL21614T-27 -S 27. 1/ Violet NL21614T-33 -S 33. 1/ Gray When ordering, please specify tolerance and packaging code. Ex : NL21614T-1 J-S Tolerance : J = 5%, K= 1% Packaging : Clear Tape and eel (Standard) L, Q, DC : HP4286A DC : Digital Multimeter SC-741 SF : HP8753D / HP4286A Operating Temperature ange : -25 C to +85 C

61 SHAPES AND DIMENSIONS NL25218 SEIES Color Coding Overall.51.51ef st Code 3rd Code Terminal Wraparound : Approx.38mm Borh Ends nd Code ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC COLO CODING ( H) ( %) Min. ESISTANCE (ma) Max. (MHz) Min. ( ) Max. 1 st 2 nd 3 rd NL25218T-5N -S Black Green Black NL25218T-1N -S Brown Black Black NL25218T-12N -S Brown ed Black NL25218T-15N -S Brown Green Black NL25218T-18N -S Brown Gray Black NL25218T-22N -S.22 5, ed ed Black NL25218T-27N -S.27 5, ed Violet Black NL25218T-33N -S.33 5, Orange Orange Black NL25218T-39N -S.39 5, Orange White Black NL25218T-47N -S.47 5, Yellow Violet Black NL25218T-56N -S.56 5, Green Blue Black NL25218T-68N -S.68 5, Blue Gray Black NL25218T-82N -S.82 5, Gray ed Black NL25218T-1 -S.1 5, Brown Black Brown NL25218T-12 -S.12 5, Brown ed Brown NL25218T-15 -S.15 5, Brown Green Brown NL25218T-18 -S.18 5, Brown Gray Brown NL25218T-22 -S.22 5, ed ed Brown NL25218T-27 -S.27 5, ed Violet Brown NL25218T-33 -S.33 5, Orange Orange Brown NL25218T-39 -S.39 5, Orange White Brown NL25218T-47 -S.47 5, Yellow Violet Brown

62 ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC COLO CODING ( H) ( %) Min. ESISTANCE (ma) Max. (MHz) Min. ( ) Max. 1 ST 2 ND 3 D NL25218T-56 -S.56 5, Green Blue Brown NL25218T-68 -S.68 5, Blue Gray Brown NL25218T-82 -S.82 5, Gray ed Brown NL25218T-1 -S 1. 5, Brown Black ed NL25218T-12 -S 1.2 5, Brown ed ed NL25218T-15 -S 1.5 5, Brown Green ed NL25218T-18 -S 1.8 5, Brown Gray ed NL25218T-22 -S 2.2 5, ed ed ed NL25218T-27 -S 2.7 5, ed Violet ed NL25218T-33 -S 3.3 5, Orange Orange ed NL25218T-39 -S 3.9 5, Orange White ed NL25218T-47 -S 4.7 5, Yellow Violet ed NL25218T-56 -S 5.6 5, Green Blue ed NL25218T-68 -S 6.8 5, Blue Gray ed NL25218T-82 -S 8.2 5, Gray ed ed NL25218T-1 -S 1 5, Brown Black Orange NL25218T-12 -S 12 5, Brown ed Orange NL25218T-15 -S 15 5, Brown Green Orange NL25218T-18 -S 18 5, Brown Gray Orange NL25218T-22 -S 22 5, ed ed Orange NL25218T-27 -S 27 5, ed Violet Orange NL25218T-33 -S 33 5, Orange Orange Orange NL25218T-39 -S 39 5, Orange White Orange NL25218T-47 -S 47 5, Yellow Violet Orange NL25218T-56 -S 56 5, Green Blue Orange NL25218T-68 -S 68 5, Blue Gray Orange NL25218T-82 -S 82 5, Gray ed Orange NL25218T-11 -S 1 5, Brown Black Yellow * UV Color : Blue / Core Color : Black When ordering, please specify tolerance and packaging code. Ex : NL25218T-11J-S Tolerance : J = 5% K = 1% Packaging : Clear Tape and eel (Standard) L, Q, DC : HP4287A SF : HP8753D / HP4291A DC : Digital Muiltimeter SC-741 Operating Temperature ange : -25 C to +85 C

63 TAPE DIMENSIONS K TYPE A B T W P F K W.2 F.5 B.1 NL NL P.1 A.1 T.5 NL NL NL TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS Figure 1 Figure 2 D.5 D B 1 B 21.8 A 2 C 1 A C TYPE FIGUE A B C D NL NL NL NL NL ECOMMENDED PATTEN PACKAGING QUANTITY NL45 Inductor Pattern TYPE BULK QUANTITY/EEL NL NL NL NL NL5655 1

64 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer NL25218, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 35 47uH 3 39uH 25 NL25218, Q vs. FEQUENCY CHAACTEISTICS uH 35 L (uh) uH Q uH 47uH NL322522, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 18 NL322522, Q vs. FEQUENCY CHAACTEISTICS 7 L (uh) uH 33uH 22uH Q uH 22uH 33uH NL453232, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 68uH 25 NL453232, Q vs. FEQUENCY CHAACTEISTICS 1 68uH 8 L (uh) uH Q uH 12uH 5 12uH L (uh) NL5655, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 4.7uH 5.6uH Q NL5655, Q vs. FEQUENCY CHAACTEISTICS uH 4.7uH 6.8uH

65 NL SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle L Change : within 1% Step Temperature ( C) Time (Min.) Q Change : within 3% Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

66 YAGEO COPOATION SMD INDUCTO / BEADS Wound Chip Inductors NLC Series These revolutionary, highly reliable wound chip inductors for automatic mounting have been developed in response to the trend toward high density in electronic equipment. With metal terminals and a body of heat resistant resin, these inductors offer many superior features. PODUCT IDENTIFICATION NLC - - Internal No. Tolerance Inductance Packaging Style (*) Dimensions (A, B, C) Product Symbol * T : Tape and eel ; B : Bulk

67 SHAPES AND DIMENSIONS NLC25218 SEIES Overall.51ef Pad Layout Terminal Wraparound : Approx.38mm Borh Ends ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC COLO CODING ( H) ( %) Min. ESISTANCE (ma) Max. (MHz) Min. ( ) Max. NLC25218T-1 -S Brown Black ed NLC25218T-15 -S Brown Green ed NLC25218T-22 -S ed ed ed NLC25218T-33 -S Orange Orange ed NLC25218T-47 -S Yellow Violet ed NLC25218T-68 -S Blue Gray ed NLC25218T-1 -S Brown Black Orange NLC25218T-15 -S Brown Green Orange NLC25218T-22 -S ed ed Orange NLC25218T-33 -S Orange Orange Orange NLC25218T-47 -S Orange Orange Orange When ordering, please specify tolerance and packaging code. Ex : NLC25218T-68J-S Tolerance : J = 5% K = 1% Packaging : Clear Tape and eel (Standard) L, Q : HP4287A SF : HP8753D / HP4291A DC : Digital Multimeter SC-741 Operating Temperature ange : -25 C to +85 C

68 SHAPES AND DIMENSIONS NLC SEIES Overall.51ef Pad Layout 2. Terminal Wraparound : Approx.38mm Borh Ends ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC IDC COLO CODING ( H) ( %) Min. ESISTANCE (ma) Max. (MHz) Min. ( ) Max. NLC322522T-1 -S 1. 5, Brown Black ed NLC322522T-15 -S 1.5 5, Brown Green ed NLC322522T-22 -S 2.2 5, ed ed ed NLC322522T-33 -S 3.3 5, Orange Orange ed NLC322522T-47 -S 4.7 5, Yellow Violet ed NLC322522T-68 -S 6.8 5, Blue Gray ed NLC322522T-1 -S 1 5, Brown Green Orange NLC322522T-15 -S 15 5, Brown Green Orange NLC322522T-22 -S 22 5, ed ed Orange NLC322522T-33 -S 33 5, Orange Orange Orange NLC322522T-47 -S 47 5, Yellow Violet Orange NLC322522T-68 -S 68 5, Blue Gray Orange NLC322522T-11 -S 1 5, Brown Black Yellow NLC322522T-151 -S 15 5, Brown Green Yellow NLC322522T-221 -S 22 5, ed ed Yellow NLC322522T-331 -S 33 5, Orange Orange Yellow NLC322522T-471 -S 47 5, Yellow Violet Yellow NLC322522T-681 -S 68 5, Blue Gray Yellow When ordering, please specify tolerance and packaging code. Ex : NLC322522T-11J-S Tolerance : J = 5% K = 1% Packaging : Clear Tape and eel (Standard) L, Q : HP4287A SF : HP8753D / HP4291A DC : Digital Multimeter SC-741 Operating Temperature ange : -25 C to +85 C

69 SHAPES AND DIMENSIONS NLC SEIES Shapes and Dimensions / ecommended PC Board Patterns Inductor Pattern ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST FEQUENCY SF DC ESISTANCE IDC ( H) ( %) Min. (MHz) (MHz) Min. ( ) Max. (ma) Max. NLC453232T-1K-S NLC453232T-12K-S NLC453232T-15K-S NLC453232T-18K-S NLC453232T-22K-S NLC453232T-27K-S NLC453232T-33K-S NLC453232T-39K-S NLC453232T-47K-S NLC453232T-56K-S NLC453232T-68K-S NLC453232T-82K-S NLC453232T-1K-S NLC453232T-12K-S NLC453232T-15K-S NLC453232T-18K-S NLC453232T-22K-S NLC453232T-27K-S NLC453232T-33K-S NLC453232T-39K-S NLC453232T-47K-S NLC453232T-56K-S NLC453232T-68K-S NLC453232T-82K-S NLC453232T-11K-S NLC453232T-121K-S NLC453232T-151K-S NLC453232T-181K-S NLC453232T-221K-S NLC453232T-271K-S NLC453232T-331K-S Test Instruments : HP4286A F Impedance Analyzer for L, Q, SF Digital Multimeter SC-741 for DC HP4285A LF Impedance Analyzer for L, Q Chen-Hwa 161+Chen-Wha 31A for IDC

70 SHAPES AND DIMENSIONS NLC5655 SEIES Shapes and Dimensions / ecommended PC Board Patterns 5..2 Inductor Pattern ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE Q TEST FEQUENCY SF DC ESISTANCE IDC ( H) ( %) Min. (MHz) (MHz) Min. ( ) Max. (ma) Max. NLC5655T-1K-S NLC5655T-12K-S NLC5655T-15K-S NLC5655T-18K-S NLC5655T-22K-S NLC5655T-27K-S NLC5655T-33K-S NLC5655T-39K-S NLC5655T-47K-S NLC5655T-56K-S NLC5655T-68K-S NLC5655T-82K-S NLC5655T-1K-S NLC5655T-12K-S NLC5655T-15K-S NLC5655T-18K-S NLC5655T-22K-S NLC5655T-27K-S NLC5655T-33K-S NLC5655T-39K-S NLC5655T-47K-S NLC5655T-56K-S NLC5655T-68K-S NLC5655T-82K-S NLC5655T-11K-S NLC5655T-121K-S NLC5655T-151K-S NLC5655T-181K-S NLC5655T-221K-S NLC5655T-271K-S NLC5655T-331K-S NLC5655T-391K-S NLC5655T-471K-S NLC5655T-561K-S NLC5655T-681K-S NLC5655T-821K-S NLC5655T-12K-S Test Instruments : HP4286A F Impedance Analyzer for L, Q, SF Digital Multimeter SC-741 for DC HP4285A LF Impedance Analyzer for L, Q Chen-Hwa 161+Chen-Wha 31A for IDC

71 TAPE DIMENSIONS K W.2 F.5 B.1 TYPE A B T W P F K NLC NLC P.1 A.1 T.5 NLC NLC EEL DIMENSIONS Figure 1 Figure 2 D.5 D B 1 B 21.8 A 2 C 1 A C TYPE FIGUE A B C D NLC NLC NLC NLC TAPE MATEIAL PACKAGING QUANTITY Carrier Tape : Polystyrene Cover Type : Polyethylene TYPE BULK QUANTITY/EEL NLC mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader NLC NLC NLC5655 1

72 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer NLC322522, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 5 68uH 4 NLC322522, Q vs. FEQUENCY CHAACTEISTICS uH 2 15uH L (uh) uH Q uH 47uH NLC453232, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 14 33uH 12 NLC322522, Q vs. FEQUENCY CHAACTEISTICS uH 8.2uH L (uh) uH Q uH uH DC:.4 IDC: 6mA SF: 25MHz NLC5655, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 NLC5655, Q vs. FEQUENCY CHAACTEISTICS uH 1.uH uH L (uh) uH 1 3.3uH 5 1.uH Q uH 3.3uH 5 8.2uH 1 1 1

73 NLC SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle L Change : within 1% Step Temperature ( C) Time (Min.) Q Change : within 3% DC : within Specification Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

74 YAGEO COPOATION SMD INDUCTO / BEADS Multilayer Chip Inductors High Frequency CLH Series APPLICATIONS F esonance and Impedance Matching Circuit F and Wireless Communication Information Technology Equipments, Computers, Telecommunications, adar Detectors, Automotive Electronics, Cellular Phones, Pagers, PDAs, Keyless emote Systems. Use in L-C Filter Configurations PODUCT IDENTIFICATION CLH - - * B : Bulk ; T : Tape and eel International No. Tolerance Inductance Packaging Style (*) Dimensions Product Symbol OUTLINE Yageo high frequency multilayer ceramic chip inductor is formed without wound wire. Monolithic laminated structure. FEATUES Excellent Q Factor and SF Characteristic Cost Effective Small size of 15/168 is suitable for small portable equipment. Supports Operating Frequency Bands up to 6GHz with Nominal Inductance Values from 1.nH To 47nH SHAPES AND DIMENSIONS Polarity Mark Terminal Electrode TYPE INDUCTANCE A B C D ANGE C CLH15 A CLH168 A D D B A CLH212 < 18nH nH

75 ELECTICAL CHAACTEISTICS CLH15T (42) SEIES PAT NO. INDUCTANCE TOLEANCE Q Min. Q TYPICAL SF DC ATED at 1MHz at 1MHz (MHz) Min. ESISTANCE CUENT (nh) at 1MHz at 8MHz ( ) Max. (ma) Max. CLH15T-1N -S 1. S ,.1 3 CLH15T-1N2 -S 1.2 S ,.1 3 CLH15T-1N5 -S 1.5 S ,.1 3 CLH15T-1N8 -S 1.8 S ,7.1 3 CLH15T-2N2 -S 2.2 S , CLH15T-2N7 -S 2.7 S , CLH15T-3N3 -S 3.3 S, K , CLH15T-3N9 -S 3.9 S, K , CLH15T-4N7 -S 4.7 S, K , CLH15T-5N6 -S 5.6 S, K ,1.2 3 CLH15T-6N8 -S 6.8 J, K , CLH15T-8N2 -S 8.2 J, K , CLH15T-1N -S 1 J, K ,9.3 3 CLH15T-12N -S 12 J, K ,.3 3 CLH15T-15N -S 15 J, K ,6.4 3 CLH15T-18N -S 18 J, K , CLH15T-22N -S 22 J, K ,.6 3 CLH15T-27N -S 27 J, K , CLH15T-33N -S 33 J, K , CLH15T-39N -S 39 J, K , CLH15T-47N -S 47 J, K CLH15T-56N -S 56 J, K CLH15T-68N -S 68 J, K CLH15T-82N -S 82 J, K CLH15T-1 -S 1 J, K Note : Tolerance : S =.3nH J = 5% K = 1% Test Conditions : L/Q Agilent E4991A SF HP8753D DC HP4338B Fixture Agilent 16197A

76 ELECTICAL CHAACTEISTICS CLH168T (63) SEIES PAT NO. INDUCTANCE TOLEANCE Q Min. Q TYPICAL SF DC ATED at 1MHz at 1MHz (MHz) Min. ESISTANCE CUENT (nh) at 1MHz at 8MHz ( ) Max. (ma) Max. CLH168T-1N -S 1. S ,.1 5 CLH168T-1N2 -S 1.2 S ,.1 5 CLH168T-1N5 -S 1.5 S ,.1 5 CLH168T-1N8 -S 1.8 S ,.1 5 CLH168T-2N2 -S 2.2 S ,2.1 5 CLH168T-2N7 -S 2.7 S ,2.1 5 CLH168T-3N3 -S 3.3 S, K , CLH168T-3N9 -S 3.9 S, K ,.14 5 CLH168T-4N7 -S 4.7 S, K , CLH168T-5N6 -S 5.6 S, K , CLH168T-6N8 -S 6.8 J, K CLH168T-8N2 -S 8.2 J, K CLH168T-1N -S 1 J, K ,.26 4 CLH168T-12N -S 12 J, K , CLH168T-15N -S 15 J, K , CLH168T-18N -S 18 J, K , CLH168T-22N -S 22 J, K ,.4 4 CLH168T-27N -S 27 J, K , CLH168T-33N -S 33 J, K , CLH168T-39N -S 39 J, K * CLH168T-47N -S 47 J, K * 1,3.7 3 CLH168T-56N -S 56 J, K * CLH168T-68N -S 68 J, K * CLH168T-82N -S 82 J, K * CLH168T-1 -S 1 J, K * CLH168T-12 -S 12 *** J, K 8 *** 16 *** 23 ** CLH168T-15 -S 15 *** J, K 8 *** 14 *** 23 ** CLH168T-18 -S 18 *** J, K 8 *** 14 *** 21 ** Note : *** at 5MHz ** at 3MHz * at 5MHz Tolerance : S =.3nH J = 5% K = 1% Test Conditions : L/Q Agilent E4991A SF HP8753D DC HP4338B Fixture Agilent 16197A

77 ELECTICAL CHAACTEISTICS CLH212T (85) SEIES PAT NO. INDUCTANCE TOLEANCE Q Min. Q TYPICAL SF DC ATED at 1MHz at 1MHz (MHz) Min. ESISTANCE CUENT (nh) at 1MHz at 8MHz ( ) Max. (ma) Max. CLH212T-1N -S 1. S > CLH212T-1N2 -S 1.2 S > CLH212T-1N5 -S 1.5 S > CLH212T-1N8 -S 1.8 S > CLH212T-2N2 -S 2.2 S > CLH212T-2N7 -S 2.7 S > CLH212T-3N3 -S 3.3 S, K > CLH212T-3N9 -S 3.9 S, K CLH212T-4N7 -S 4.7 S, K CLH212T-5N6 -S 5.6 S, K CLH212T-6N8 -S 6.8 J, K CLH212T-8N2 -S 8.2 J, K CLH212T-1N -S 1 J, K CLH212T-12N -S 12 J, K CLH212T-15N -S 15 J, K CLH212T-18N -S 18 J, K CLH212T-22N -S 22 J, K CLH212T-27N -S 27 J, K CLH212T-33N -S 33 J, K CLH212T-39N -S 39 J, K CLH212T-47N -S 47 J, K CLH212T-56N -S 56 J, K CLH212T-68N -S 68 J, K CLH212T-82N -S 82 J, K CLH212T-1 -S 1 J, K CLH212T-12 -S 12 * J, K 13 * CLH212T-15 -S 15 * J, K 13 * CLH212T-18 -S 18 * J, K 13 * CLH212T-22 -S 22 * J, K 12 * CLH212T-27 -S 27 * J, K 12 * CLH212T-33 -S 33 * J, K 12 * Note : * at 5MHz Tolerance : S =.3nH J = 5% K = 1% Test Conditions : L/Q Agilent E4991A Fixture Agilent 16197A SF HP8753D DC HP4338B

78 TAPE DIMENSIONS K TYPE A B K W P F K W.2 F.5 B.1 CLH CLH P.1 A.1 K.5 CLH212 < 18nH nH TAPE MATEIAL PACKAGING QUANTITY Carrier Tape : Polystyrene for 2129, Paper for 1688, 155 Cover Type : Polyethyiene TYPE BULK QUANTITY/EEL CLH155 1 CLH mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader CLH CLH EEL DIMENSIONS D TYPE A B C D B 1 CLH CLH A 2 C 1 CLH ECOMMENDED PATTEN B A C TYPE A B C CLH ~ CLH ~ Solder Land Inductor CLH ~ ~ 4. 1.

79 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer CLH15T-1NS-S 4 12 CLH15T-1N2S-S 4 12 CLH15T-1N5S-S L (nh) 2 6 Q L (nh) 2 6 Q L (nh) 2 6 Q CLH15T-1N8S-S 4 8 CLH15T-2N2S-S 4 8 CLH15T-2N7S-S L (nh) 2 4 Q L (nh) 2 4 Q L (nh) 2 4 Q CLH15T-3N3S-S 5 5 CLH15T-3N9S-S 5 5 CLH15T-4N7S-S L (nh) Q L (nh) Q L (nh) Q CLH15T-5N6J-S 5 5 CLH15T-6N8J-S 5 5 CLH15T-8N2J-S L (nh) Q L (nh) Q L (nh) Q CLH15T-1NJ-S 5 5 CLH15T-12NJ-S 5 5 CLH15T-15NJ-S L (nh) Q L (nh) Q L (nh) Q

80 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer CLH15T-18NJ-S 5 5 CLH15T-22NJ-S 5 5 CLH15T-27NJ-S L (nh) Q L (nh) Q L (nh) Q CLH15T-33NJ-S 1 5 CLH15T-39NJ-S 1 5 CLH15T-47NJ-S L (nh) Q L (nh) Q L (nh) Q CLH168T-1N2S-S 5 4 CLH168T-1N5S-S 5 15 CLH168T-1N8S-S L (nh) Q L (nh) Q L (nh) Q CLH168T-2N2S-S 5 1 CLH168T-2N7S-S 5 1 CLH168T-3N3S-S L (nh) Q L (nh) Q L (nh) Q CLH168T-3N9S-S 5 1 CLH168T-4N7S-S 5 1 CLH168T-5N6S-S L (nh) Q L (nh) Q L (nh) Q FEQUECNY (MHz)

81 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer CLH168T-6N8S-S 5 1 CLH168T-8N2J-S 5 1 CLH168T-1NJ-S L (nh) Q L (nh) Q L (nh) Q CLH168T-12NJ-S 5 5 CLH168T-15NJ-S 5 5 CLH168T-18NJ-S L (nh) Q L (nh) Q L (nh) Q CLH168T-22NJ-S 5 5 CLH168T-27NJ-S 5 5 CLH168T-33NJ-S L (nh) Q L (nh) Q L (nh) Q CLH168T-39NJ-S 1 5 CLH168T-47NJ-S 1 5 CLH168T-56NJ-S L (nh) Q L (nh) Q L (nh) Q CLH168T-68NJ-S 2 5 CLH168T-82NJ-S 2 5 CLH168T-1J-S L (nh) Q L (nh) Q L (nh) Q

82 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer CLH212T-1N5J-S 1 1 CLH212T-1N8J-S 1 1 CLH212T-2N2J-S L (nh) Q L (nh) Q L (nh) Q CLH212T-2N7J-S 1 CLH212T-3N3J-S 1 1 CLH212T-3N9J-S L (nh) Q L (nh) Q L (nh) Q CLH212T-4N7J-S 1 1 CLH212T-5N6J-S 2 1 CLH212T-6N8J-S L (nh) Q L (nh) Q L (nh) Q CLH212T-8N2J-S 2 1 CLH212T-1NJ-S 4 8 CLH212T-12NJ-S L (nh) Q L (nh) Q L (nh) Q CLH212T-15NJ-S 4 8 CLH212T-18NJ-S 4 8 CLH212T-22NJ-S L (nh) 2 4 Q L (nh) 2 4 Q L (nh) 4 4 Q

83 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer CLH212T-27NJ-S 8 8 CLH212T-33NJ-S 8 8 CLH212T-39NJ-S L (nh) 4 4 Q L (nh) 4 4 Q L (nh) 4 4 Q CLH212T-47NJ-S 8 8 CLH212T-56NJ-S 2 5 CLH212T-68NJ-S 2 5 L (nh) Q L (nh) Q L (nh) Q CLH212T-82NJ-S 2 5 CLH212T-1J-S 2 5 CLH212T-12J-S L (nh) Q L (nh) Q L (nh) Q

84 CLH SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Flexure Strength Appearance : No Damage Test device shall be soldered on the substrate. 2 L Change : within 1% Substrate Dimension : 1 x 4 x 1.6mm Q Change : within 3% Deflection : 2.mm Keeping Time : 3Sec. * For 155, substrate dimension is 1 x 4 x.8mm Vibration Test device shall be soldered on the substrate. Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle L Change : within 1% Step Temperature ( C) Time (Min.) Q Change : within 3% Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

85 YAGEO COPOATION SMD INDUCTO / BEADS CS/LCN Series Wound Chip Inductors High Frequency CS63 SEIES CS Series Ceramic body and wire wound construction provide highest SFs available in 63 size. These ultra compact inductors provided exceptional Q values, even at high frequencies. CS85 SEIES LCN Series Ceramic body and Wire wound construction provide highest SFs available in 85 size. These ultra compact inductors provided exceptional Q values, even at high frequencies. CS18 SEIES L series chip inductors have been designed especially for the needs of today s high frequency designer. Their ceramic construction delivers the highest possible SFs as well as excellent Q values. The non-magnetic coil form also assures the utmost in thermal stability, predictability and batch consistency. PODUCT IDENTIFICATION CS - - International No. Tolerance Inductance Dimensions Product Symbol SHAPES AND DIMENSIONS TYPE UNIT A B C D E F G Max. Max. Max. ef. Overall B C CS63 in mm A F G CS85 In mm CS18 In mm E Terminal Wraparound : CS63: Approx..7"/.18mm Both Ends CS85: Approx..15"/.38mm Both Ends CS18: Approx..15"/.38mm Both Ends F D

86 ELECTICAL CHAACTEISTICS CS63 SEIES PAT NO. INDUCTANCE TOLEANCE TEST Q SF DC ATED 9MHz 1.7 GHz COLO (nh) ( %) FEQUENCY Min. (MHz) ESISTANCE CUENT L Q L Q CODING (MHz) Min. ( ) Max. (ma) Max. TYPE TYPE TYPE TYPE CS63-1N6 -S 1.6 1/ ed CS63-1N8 -S 1.8 1/ Black CS63-3N6 -S 3.6 1/ ed CS63-3N9 -S 3.9 1/ Brown CS63-4N3 -S 4.3 1/ Orange CS63-4N7 -S 4.7 1/ Violet CS63-5N1 -S 5.1 1/ Green CS63-5N6 -S 5.6 1/ Yellow CS63-6N3 -S 6.3 1/ White CS63-6N8 -S 6.8 1/ ed CS63-7N5 -S 7.5 1/ Brown CS63-8N2 -S 8.2 1/ White CS63-8N7 -S 8.7 1/ Yellow CS63-9N5 -S 9.5 1/ Blue CS63-1N -S 1 1/5/ Orange CS63-11N -S 11 1/5/ Gray CS63-12N -S 12 1/5/ Yellow CS63-15N -S 15 1/5/ Green CS63-16N -S 16 1/5/ White CS63-18N -S 18 1/5/ Blue CS63-22N -S 22 1/5/ Violet CS63-24N -S 24 1/5/ Black CS63-27N -S 27 1/5/ Gray CS63-3N -S 3 1/5/ Brown CS63-33N -S 33 1/5/ White CS63-36N -S 36 1/5/ ed CS63-39N -S 39 1/5/ Black CS63-43N -S 43 1/5/ Orange CS63-47N -S 47 1/5/ Brown CS63-56N -S 56 1/5/ ed CS63-68N -S 68 1/5/ Orange CS63-72N -S 72 1/5/ Yellow CS63-82N -S 82 1/5/ Green CS63-1 -S 1 1/5/ Blue CS S 11 1/5/ Violet CS S 12 1/5/ Gray CS S 15 1/5/ White CS S 18 1/5/ Black CS S 22 1/5/ Brown CS S 27 1/5/ ed CS S 33 1/5/ Orange CS S 39 1/5/ Yellow When ordering, please specify tolerance and packaging code. Ex : CS S Tolerance : G = 2%, J = 5%, K = 1%, M = 2% Packaging : Clear Tape and eel (Standard) L, Q : HP4287A SF : E4991A / HP8753D DC : Digital Multimeter SC-741 For 15 C ise Operating Temperature ange -4 C to 125 C

87 ELECTICAL CHAACTEISTICS CS85 SEIES PAT NO. INDUCTANCE TOLEANCE TEST Q TEST SF DC ATED COLO (nh) ( %) FEQUENCY Min. ESISTANCE CUENT CODING (MHz) (MHz) Min. ( ) Max. (ma) Max. CS85-2N8 -S 2.8 1/ Gray CS85-3N -S 3. 1/ White CS85-3N3 -S 3.3 1/ Black CS85-5N6 -S 5.6 1/ Orange CS85-6N8 -S 6.8 1/ Brown CS85-7N5 -S 7.5 1/ Green CS85-8N2 -S 8.2 1/ ed CS85-12N -S 12 1/5/ Orange CS85-15N -S 15 1/5/ Yellow CS85-18N -S 18 1/5/ Green CS85-22N -S 22 1/5/ Blue CS85-24N -S 24 1/5/ Gray CS85-27N -S 27 1/5/ Violet CS85-33N -S 33 1/5/ Gray CS85-36N -S 36 1/5/ Orange CS85-39N -S 39 1/5/ White CS85-43N -S 43 1/5/ Yellow CS85-47N -S 47 1/5/ Black CS85-56N -S 56 1/5/ Brown CS85-68N -S 68 1/5/ ed CS85-82N -S 82 1/5/ Orange CS85-91N -S 91 1/5/ Black CS85-1 -S 1 1/5/ Yellow CS S 11 1/5/ Brown CS S 12 1/5/ Green CS S 15 1/5/ Blue CS S 18 1/5/ Violet CS85-2 -S 2 1/5/ ed CS S 22 1/5/ Gray CS S 24 1/5/ ed CS S 25 1/5/ Yellow CS S 27 1/5/ White CS S 33 1/5/ Black CS S 39 1/5/ Brown CS S 47 1/5/ Violet CS S 56 1/5/ Orange CS S 62 1/5/ White CS S 68 1/5/ Green CS S 82 1/5/ Blue CS85-1 -S 1 1/5/ Violet When ordering, please specify tolerance and packaging code. Ex : CS85-1 -S Tolerance : G = 2%, J = 5%, K = 1%, M = 2% 1st Code Packaging : Clear Tape and eel (Standard) L, Q, DC : HP4287A SF : E4991A / HP8753D Operating Temperature ange -4 C to 125 C Color Coding

88 ELECTICAL CHAACTEISTICS CS18 SEIES PAT NO. INDUCTANCE TOLEANCE TEST Q TEST SF DC ATED COLO CODING (nh) ( %) FEQUENCY Min. ESISTANCE CUENT (MHz) (MHz) Min. ( ) Max. (ma) Max. 1 st 2 nd 3 rd CS18-1N -S 1 1/5/ Brown Black Black CS18-12N -S 12 1/5/ Brown ed Black CS18-15N -S 15 1/5/ Brown Green Black CS18-18N -S 18 1/5/ Brown Gray Black CS18-22N -S 22 1/5/ ed ed Black CS18-27N -S 27 1/5/ ed Violet Black CS18-33N -S 33 1/5/ Orange Orange Black CS18-39N -S 39 1/5/ Orange White Black CS18-47N -S 47 1/5/ Yellow Violet Black CS18-56N -S 56 1/5/ Green Blue Black CS18-68N -S 68 1/5/ Blue Gray Black CS18-82N -S 82 1/5/ Gray ed Black CS18-1 -S 1 1/5/ Brown Black Brown CS S 12 1/5/ Brown ed Brown CS S 15 1/5/ Brown Green Brown CS S 18 1/5/ Brown Gray Brown CS S 22 1/5/ ed ed Brown CS S 27 1/5/ ed Violet Brown CS S 33 1/5/ Orange Orange Brown CS S 39 1/5/ Orange White Brown CS S 47 1/5/ Yellow Violet Brown CS S 56 1/5/ Green Blue Brown CS S 62 1/5/ Blue ed Brown CS S 68 1/5/ Blue Gray Brown CS S 75 1/5/ Violet Green Brown CS S 82 1/5/ Gray ed Brown CS S 91 1/5/ White Brown Brown CS18-1 -S 1 1/5/ Brown Black ed CS S 12 1/5/ Brown ed ed CS S 15 1/5/ Brown Green ed CS S 18 1/5/ Brown Gray ed CS S 22 1/5/ ed ed ed CS S 27 1/5/ ed Violet ed CS S 33 1/5/ Orange Orange ed CS S 39 1/5/ Orange White ed CS S 47 1/5/ Yellow Violet ed CS S 56 1/5/ Green Blue ed CS S 68 1/5/ Blue Gray ed CS S 82 1/5/ Gray ed ed CS18-1 -S 1 1/5/ Brown Black Orange When ordering, please specify tolerance and packaging code. Ex : CS S Tolerance : G = 2%, J = 5%, K = 1% Packaging : Clear Tape and eel (Standard) L, Q, DC : HP4287A SF : E4991A / HP8753D DC : Digital Multimeter SC-741 Operating Temperature ange -4 C to 125 C 1st Code 2nd Code 3rd Code Color Coding

89 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN H I C B A J Pad Layout D I TYPE TAPE EEL ECOMMENDED QUANTITY DIMENSIONS DIMENSIONS PATTEN /EEL K D E W P P P2 A B C D UNIT H I J CS in mm CS in mm CS in mm

90 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : E4991A Impedance / Material Analyzer CS63, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 CS63, Q vs. FEQUENCY CHAACTEISTICS 12 L (uh) nH 68nH 47nH 33nH Q nH 47nH 33nH 4 12nH FEQUENCY (KHz) FEQUENCY (KHz) L (uh) CS85, INDUCTANCE vs. FEQUENCY CHAACTEISTICS nH 68nH 27nH 18nH FEQUENCY (KHz) Q CS85, Q vs. FEQUENCY CHAACTEISTICS nH 18nH 18nH 27nH FEQUENCY (KHz) CS18, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 CS18, Q vs. FEQUENCY CHAACTEISTICS nH 8 22nH 56nH 22nH 6 L (uh) nH 27nH Q nH 27nH FEQUENCY (KHz) FEQUENCY (KHz)

91 WOUND CHIP INDUCTOS LCN63 SEIES Ceramic body and wire wound construction provide highest SFs available in 63 size. These ultra-compact inductors provided exceptional Q values, even at high frequencies. Product Identification Overall B C A G F LCN - - International No. Tolerance Inductance Packaging Style Dimensions F Product Symbol E Terminal D Terminal Warparound : Approx..7 /.18mm Both Ends UNIT A B C D E F G Max. Max. Max. ef. in mm Test Instruments : E4991A Impedance / Material Analyzer INDUCTANCE vs. FEQUENCY CHAACTEISTICS nH 68nH 47nH Ls(nH) 1 33nH Q vs. FEQUENCY CHAACTEISTICS nH 8 68nH 47nH Q nH

92 ELECTICAL CHAACTEISTICS LCN63 SEIES PAT NO. INDUCTANCE TOLEANCE Q SF DC ATED 9MHz 1.7 GHz COLO at 25MHz (%) Min. (MHz) ESISTANCE CUENT L Q L Q (nh) Min. ( ) Max. (ma) Max. TYPE TYPE TYPE TYPE LCN63T-1N6 -S ed LCN63T-1N8 -S Black LCN63T-3N6 -S ed LCN63T-3N9 -S Brown LCN63T-4N3 -S Orange LCN63T-4N7 -S Violet LCN63T-5N1 -S Green LCN63T-6N3 -S White LCN63T-6N8 -S ed LCN63T-7N5 -S Brown LCN63T-8N2 -S White LCN63T-8N7 -S Yellow LCN63T-9N5 -S Blue LCN63T-1N -S Orange LCN63T-11N -S Gray LCN63T-12N -S Yellow LCN63T-15N -S Green LCN63T-16N -S White LCN63T-18N -S Blue LCN63T-22N -S Violet LCN63T-24N -S Black LCN63T-27N -S Gray LCN63T-3N -S Brown LCN63T-33N -S White LCN63T-36N -S ed LCN63T-39N -S Black LCN63T-43N -S Orange LCN63T-47N -S 47 * Brown LCN63T-56N -S 56 * ed LCN63T-68N -S 68 * Orange LCN63T-72N -S 72 ** Yellow LCN63T-82N -S 82 ** Green LCN63T-1 -S 1 ** Blue LCN63T-11 -S 11 ** Violet LCN63T-12 -S 12 ** Gray LCN63T-15 -S 15 ** White LCN63T-18 -S 18 *** Black LCN63T-22 -S 22 *** Brown LCN63T-27 -S 27 *** ed Note : * at 2MHz ** at 15MHz *** at 1MHz When ordering, please specify tolerance and packaging code. Ex : LCN63T-12J-S Tolerance : G = 2%, J = 5%, K = 1%, M = 2% Packaging : Clear Tape and eel (Standard) L, Q : HP4287A SF : HP8753D / E4991A DC : Digital Multimeter SC-741/4291A For 15 C ise Operating Temperature ange -4 C to 125 C

93 WOUND CHIP INDUCTOS LCN85 SEIES Ceramic body and wire wound construction provide highest SFs available in 85 size. These ultra-compact inductors provided exceptional Q values, even at high frequencies. Overall B C Color Coding 1st Code F A G F E Terminal D Terminal Warparound : Approx..7 /.18mm Both Ends UNIT A B C D E F G Max. Max. Max. ef. in mm Test Instruments : E4991A Impedance / Material Analyzer INDUCTANCE vs. FEQUENCY CHAACTEISTICS nH 68nH 27nH Ls(nH) 1 18nH Q Q vs. FEQUENCY CHAACTEISTICS nH 18nH 18nH 27nH

94 ELECTICAL CHAACTEISTICS LCN85 SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC ATED COLO at 25MHz ( %) Min. ESISTANCE CUENT CODING (nh) (MHz) Min. ( ) Max. (ma) Max. LCN85T-2N8 -S Gray LCN85T-3N -S White LCN85T-3N3 -S Black LCN85T-5N6 -S Orange LCN85T-6N8 -S Brown LCN85T-7N5 -S Green LCN85T-8N2 -S ed LCN85T-1N -S Blue LCN85T-12N -S Orange LCN85T-15N -S Yellow LCN85T-18N -S Green LCN85T-22N -S Blue LCN85T-24N -S Gray LCN85T-27N -S Violet LCN85T-33N -S Gray LCN85T-36N -S Orange LCN85T-39N -S White LCN85T-43N -S 43 * Yellow LCN85T-47N -S 47 * Black LCN85T-56N -S 56 * Brown LCN85T-68N -S 68 * ed LCN85T-82N -S 82 ** Orange LCN85T-91N -S 91 ** Black LCN85T-1 -S 1 ** Yellow LCN85T-11 -S 11 ** Brown LCN85T-12 -S 12 ** Green LCN85T-15 -S 15 *** Blue LCN85T-18 -S 18 *** Violet LCN85T-2 -S 2 *** ed LCN85T-22 -S 22 *** Gray LCN85T-24 -S 24 *** ed LCN85T-25 -S 25 *** Yellow LCN85T-27 -S 27 *** White LCN85T-33 -S 33 *** Black LCN85T-39 -S 39 *** Brown LCN85T-47 -S 47 **** Violet LCN85T-56 -S 56 ***** Orange LCN85T-68 -S 68 ***** Green LCN85T-82 -S 82 ***** Blue Note : * at 2MHz ** at 15MHz *** at 1MHz **** at 5MHz ***** at 25MHz When ordering, please specify tolerance and packaging code. Ex : LCN85T-1NJ-S Tolerance : J = 5%, K = 1%, M = 2% Packaging : Clear Tape and eel (Standard) L, Q, DC : HP4287A SF : HP8753D / E4991A Operating Temperature ange -4 C to +125 C

95 WOUND CHIP INDUCTOS LCN18 SEIES LCN series chip inductors have been designed especially for the needs of today s high frequency designer. Their ceramic construction delivers the highest possible SFs as well as execllent Q values. The non-magnetic coil form also assures the utmost in thermal stability, predictability and batch consistency. Color Coding Overall B C 1st Code 3rd Code F A G F E Terminal D Terminal Warparound : Approx..7 /.18mm Both Ends 2nd Code UNIT A B C D E F G Max. Max. Max. ef. in mm Test Instruments : E4991A Impedance / Material Analyzer INDUCTANCE vs. FEQUENCY CHAACTEISTICS nH 22nH Ls (nh) 1 56nH 1 27nH Q vs. FEQUENCY CHAACTEISTICS nH 56nH 6 Q 4 27nH 68nH

96 ELECTICAL CHAACTEISTICS LCN18 SEIES PAT NO. INDUCTANCE TOLEANCE Q TEST SF DC ATED COLO CODING at 5MHz ( %) Min. ESISTANCE CUENT (nh) (MHz) Min. ( ) Max. (ma) Max. 1 st 2 nd 3 rd LCN18T-1NK-S Brown Black Black LCN18T-12NK-S Brown ed Black LCN18T-15NK-S Brown Green Black LCN18T-18NK-S Brown Gray Black LCN18T-22NJ-S ed ed Black LCN18T-27NJ-S ed Violet Black LCN18T-33NJ-S Orange Orange Black LCN18T-39NJ-S Orange White Black LCN18T-47NJ-S Yellow Violet Black LCN18T-56NJ-S Green Blue Black LCN18T-68NJ-S Blue Gray Black LCN18T-82NJ-S Gray ed Black LCN18T-1J-S 1 * Brown Black Brown LCN18T-12J-S 12 * Brown ed Brown LCN18T-15J-S 15 * Brown Green Brown LCN18T-18J-S 18 * Brown Gray Brown LCN18T-22J-S 22 * ed ed Brown LCN18T-27J-S 27 * ed Violet Brown LCN18T-33J-S 33 * Orange Orange Brown LCN18T-39J-S 39 * Orange White Brown LCN18T-47J-S 47 * Yellow Violet Brown LCN18T-56J-S 56 * Green Blue Brown LCN18T-62J-S 62 * Blue ed Brown LCN18T-68J-S 68 * Blue Gray Brown LCN18T-75J-S 75 * Violet Green Brown LCN18T-82J-S 82 * Gray ed Brown LCN18T-91J-S 91 * White Brown Brown LCN18T-1J-S 1 * Brown Black ed LCN18T-12J-S 12 ** Brown ed ed LCN18T-15J-S 15 ** Brown Green ed LCN18T-18J-S 18 ** Brown Gray ed LCN18T-22J-S 22 ** ed ed ed LCN18T-27J-S 27 ** ed Violet ed LCN18T-33J-S 33 ** Orange Orange ed LCN18T-39J-S 39 ** Orange White ed LCN18T-47J-S 47 ** Yellow Violet ed LCN18T-56J-S 56 ** Green Yellow ed LCN18T-68J-S 68 ** Yellow Gray ed LCN18T-82J-S 82 ** Gray ed ed Note : * at 25MHz ** at 7.9MHz When ordering, please specify tolerance and packaging code. Ex : LCN85T-1NJ-S Tolerance : G = 2%, J = 5%, K = 1% Packaging : Clear Tape and eel (Standard) L, Q : HP4287A SF : HP8753D / E4991A DC : Digital Multimeter SC-741 Operating Temperature ange -4 C to +125 C

97 COLO CODING LCN63 & 85 Series Due to the small size of the chip inductor, the component will not be marked with three color dots. Instead, there is only one color dot which represents an inductance value in nanoheries: 63 SEIES 85 SEIES 1st Code Color nh Color nh Black 1.8 Black 3.3 Brown 3.9 Brown 6.8 ed 6.8 ed 8.2 Orange 1 Orange 12 Yellow 12 Yellow 15 Green 15 Green 18 Blue 18 Blue 22 Violet 22 Violet 27 Gray 27 Gray 33 White 33 White 39 Black 39 Black 47 Brown 47 Brown 56 ed 56 ed 68 Orange 68 Orange 82 Yellow 72 Yellow 1 Green 82 Green 12 Blue 1 Blue 15 Violet 11 Violet 18 Gray 12 Gray 22 White 27 Black 33 Brown 39 LCN18 SEIES These parts are marked with 3 color dots. Each color dots show inductance in nanohenries. 1st Code 3rd Code = Black 5 = Green 1 = Brown 6 = Blue 2 = ed 7 = Violet 3 = Orange 8 = Gray 4 = Yellow 9 = White 2nd Code

98 TAPE DIMENSIONS Ø1.5 I 4.1 G.5 I.5 F.1 A.2 E.5 D.1 TAPE A B C D E F G H I LCN Ø1.5 C.1 B.1 H.5 LCN LCN TAPE MATEIAL PACKAGING QUANTITY Carrier Tape : Polystyrene Cover Type : Polyethylene TYPE QUANTITY/EEL 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader LCN63 4 LCN85 25 LCN18 2 EEL DIMENSIONS C B A TAPE EEL DIMENSIONS A B C D LCN D LCN LCN ECOMMENDED PATTEN J I H Pad Layout TYPE UNIT H I J LCN63 in mm LCN85 in mm LCN18 in mm

99 LCN SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Cycle Appearance : No Damage One Cycle L Change : within 1% Step Temperature ( C) Time (Min.) Q Change : within 3% Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

100 YAGEO COPOATION SMD INDUCTO / BEADS DIP Power Inductors PMC Series ELECTICAL CHAACTEISTICS PMC SEIES PAT INDUCTANCE TOLEANCE TEST SE DC ATED NO. at ( %) FEQUENCY (KH) ESISTANCE CUENT ( H) (KH) MIN. (m )MA (A)MIN PMC129B-3M-S.3 2% Features Magnetic shielded construction for high density board assembly High performance execllent DC current characteristics Large energy storage capacity Up to 4 amps continuous Custom designs available PODUCT IDENTIFICATION PMC - - SHAPE AND DIMENSIONS Internal No. Tolerance Inductance Packaging(T:tape & eel) Dimensions Product Symbol PMC129B-5M-S.5 2% PMC129B-6M-S.6 2% PMC129B-9M-S.9 2% PMC129B-12M-S 1.2 2% PMC129B-15M-S 1.5 2% PMC129B-22M-S 2.2 2% PMC129B-33M-S 3.3 2% PMC129B-47M-S 4.7 2% PMC127B-6M-S.6 2% PMC127B-1M-S 1. 2% PMC127B-15M-S 1.5 2% PMC127B-22M-S 2.2 2% PMC127B-33M-S 3.3 2% PMC129 Note: * at 25MH ** at 7.9MH 1(MA) 14(MA) When ordering please specify tolerance and packaging code. Ex : PMC129-6M-S Tolerance: M 2%, L 15%, K 1% Packaging: Clear Tape and eel (Standard) L Q :HP4287A SF :HP8753D/E4991A DC: Digital Multimeter SC (MA) Operating Temperature ºC ange -4 C to +125 C PMC127 Lay OUT (MA) 14(MA) 14(MA) ø1.8(min) 5.5.5

101 YAGEO COPOATION SMD INDUCTO / BEADS SMT Power Inductors SPMC Series Features Magnetic shielded construction for high density board assembly High performance execllent DC current characteristics Large energy storage capacity Up to 4 amps continuous Custom designs available PODUCT IDENTIFICATION ELECTICAL CHAACTEISTICS SPMC SEIES SPMC - - Internal No. Tolerance Inductance Packaging(T:tape & eel) Dimensions Product Symbol PAT INDUCTANCE TOLEANCE TEST SE DC ATED NO. at ( %) FEQUENCY (KH) ESISTANCE CUENT ( H) (KH) MIN. (m )MA (A)MIN SPMC129T-47M-S.47 2% SPMC129T-5M-S.5 2% SPMC129T-1M-S 1. 2% SHAPE AND DIMENSIONS SPMC129 SPMC129T-12M-S 1.2 2% SPMC129T-15M-S 1.5 2% SPMC129T-47M-S 1.7 2% SPMC127T-5M-S.5 2% SPMC127T-6M-S.6 2% SPMC127T-1M-S 1. 2% SPMC127 SPMC127T-15M-S 1.5 2% SPMC127T-47M-S 4.7 2% SPMC125T-5M-S.5 2% SPMC125T-6M-S.6 2% SPMC125 SPMC125T-8M-S.8 2% Note: * at 25MH ** at 7.9MH When ordering please specify tolerance and packaging code. Ex : PMC129-6M-S Tolerance: M 2%, L 15%, K 1% Packaging: Clear Tape and eel (Standard) L Q :HP4287A SF :HP8753D/E4991A DC: Digital Multimeter SC-741 Operating Temperature ºC ange -4 C to +125 C

102 YAGEO COPOATION SMD INDUCTO / BEADS DIP Power Inductors MBPL Series Features Magnetic shielded construction for high density board assembly High performance execllent DC current characteristics Large energy storage capacity Up to 4 amps continuous Custom designs available PODUCT IDENTIFICATION MBPL - - Internal No. Tolerance Inductance Packaging(B:bulk) Dimensions Product Symbol ELECTICAL CHAACTEISTICS MBPL SEIES SHAPE AND DIMENSIONS MBPL1319 PAT INDUCTANCE TOLEANCE TEST SE DC ATED NO. at ( %) FEQUENCY (KH) ESISTANCE CUENT ( H) (KH) MIN. (m )MA (A)MIN MBPL1319B-3M-S.3 2% MBPL1319B-6M-S.6 2% MBPL1319B-9M-S.9 2% MBPL122 MBPL1319B-12M-S 1.2 2% MBPL122B-12M-S 1.2 2% MBPL122B-15M-S 1.5 2% MBPL1217B-3M-S.3 2% MBPL1217B-6M-S.6 2% MBPL1217 MBPL1217B-9M-S.9 2% Note: * at 25MH ** at 7.9MH When ordering please specify tolerance and packaging code. Ex : PMC129-6M-S Tolerance: M 2%, L 15%, K 1% Packaging: Clear Tape and eel (Standard) L Q :HP4287A SF :HP8753D/E4991A DC: Digital Multimeter SC-741 Operating Temperature ºC ange -4 C to +125 C

103 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene 16mm MIN Blank Part Blank Coover Tape Chip Mounting Part 33mm MIN Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern A B C TYPE TAPE EEL ECOMMENDED QUANTITY DIMENSIONS DIMENSIONS PATTEN /EEL A B C D E H A B C A B C PMC PMC PMC

104 PMC SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance :No Damage Test device shall solderd on the substrate L Change :within 1% Oscillation frequency:1 to 5 to 1H for IMin Q Change :within 3% Amplitude : 1.5mm DC:within Specificadion Time :2Hrs,for each Axis (,Y&),Total 6Hrs esistance to Appearance :No Damage Pre-heating: 15ºC, lmin. Soldering Heat Solder Composition: Sn/Pb=63/37 Solder Temperature: 26 5ºC lmmersion Time: 1 lsec Solderability The electrodes shall be at least 9% covered Pre-heating: 15ºC, lmin. with new solder coating. Solder Composition: Sn/Pb=63/37 Solder Temperature: 23 5ºC lmmersion Time: 4 lsec. 1-2 ENVIONMENTAL PEFOMANCE NO ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance: No Damage 1 Cycles (Air to Air) l Cycles shall Consist of: L Change: within 1% 3Min.Exposure to -55ºC L Change: within 3% 3Min.Exposure to -125ºC DC: within Speciflcation 15Sec.Max.Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature(ºC) Time (Min.) Total: 1Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature: 4 2ºC elative Humidity: 9~95% Time: 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature: 85 3ºC esistance elative Humidity: 2% Applied Current: ated Current Time: 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature: -25 3ºC esistance elative Humidity: % Time: 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

105 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors GAB312 Series TYPICAL ELECTICAL CHAACTEISTICS CUVE 1 Current(A) 1 GAB312 Features Low profile 1.2mm max. Maximun currentrating of 1.4Amps. Density design, small size, and low cost. Applications DC /DC converter Camcorder LCD TV MP3 - player Digital camera G.P.S Portable CD-W PDA (desktop) PODUCT IDENTIFICATION GAB - - International No. Tolerance Inductance Packaging(Tape & eel) Dimensions Product Symbol SHAPE AND DIMENSIONS Inductance( H) ELECTICAL CHAACTEISTICS TEST INSTUMENT:HP 4285A, entech 31A INDUCTANCE-CUENT (EFEENCE) P/N Inductance L( H) 1 DC ( ) 2% IDC (A) MA. 2 Marking GAB312T-1N-S 1. 3% A GAB312T-18N-S 1.8 3% C GAB312T-22N-S 2.2 3% D GAB312T-27N-S 2.7 3% E GAB312T-47N-S 4.7 3% H GAB312T-56N-S 5.6 3% I GAB312T-68N-S 6.8 3% K GAB312T-75N-S 7.5 3%.39.6 L GAB312T-1M-S 1 2% M GAB312T-15M-S 15 2% O GAB312T-22M-S 22 2% GAB312T-33M-S 33 2% T GAB312T-47M-S 47 2% V GAB312T-68M-S 68 2% Test Frequency 1KH.1Vrms. 2. DC Current at which the Inductance Drops 3%(typ) from its value without Current. 3. Operating Temperature ange -4 C to 85 C 4. Tolerance : M : 2%, N : 3% 5. Packaging : Clear Tape and eel (Standard) LAND PATTENS PCB B C 1. Parts/reel: 7 15pcs A Tape width: 12mm TYPE A B C GAB MA

106 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors NDA Series (NDA715) ELECTICAL CHAACTEISTICS P/N Inductance L( H) 2 1 DC ( ) MA. IDC (A) MA. 2 Features Excellent property with high saturation for surface mounting Magnetically shielded & low radiation. Large rated current 2.5A max. Iow profile less than 1.5mm. Applications DC-DC converter LCD monitor Digital video and still cameras. Digital camera. Harddisk drivers and others. PODUCT IDENTIFICATION NDA - - International No. Tolerance Inductance Packaging(Tape & eel) Dimensions Product Symbol NDA715T-16 -S NDA715T-22 -S NDA715T-26 -S NDA715T-3 -S NDA715T-33 -S NDA715T-36 -S NDA715T-47 -S NDA715T-47 -S Test Frequency 1KH /.1Vrms. 2. DC current at which the Inductance drops 2%(typ) from its value without current. 3. Operating Temperature ange -4 C to 85 C 4. Tolerance : M : 2%, N : 3% 5. Packaging : Clear Tape and eel (Standard) SHAPE AND DIMENSIONS LAND PATTENS PCB B 2. D A E C F TYPE A B C D E F NDA MA

107 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors NDA Series (NDA115) ELECTICAL CHAACTEISTICS P/N Inductance L( H) 2 1 DC ( ) MA. IDC (A) MA. 2 Features Excellent property with high saturation for surface mounting Magnetically shielded & low radiation. Large rated current 3.A max. Iow profile less than 1.5mm. Applications DC-DC converter LCD monitor Digital video and still cameras. Digital camera. Harddisk drivers and others. PODUCT IDENTIFICATION NDA - - International No. Tolerance Inductance Packaging(Tape & eel) Dimensions Product Symbol NDA715T-16 -S NDA715T-22 -S NDA715T-26 -S NDA715T-3 -S NDA715T-33 -S NDA715T-36 -S NDA715T-47 -S NDA715T-47 -S Test Frequency 1KH /.1Vrms. 2. DC current at which the Inductance drops 2%(typ) from its value without current. 3. Operating Temperature ange -4 C to 85 C 4. Tolerance : M : 2%, N : 3% 5. Packaging : Clear Tape and eel (Standard) SHAPE AND DIMENSIONS LAND PATTENS PCB D B E A C F TYPE A B C D E F NDA MA 1.3MA 1.5MA

108 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors NAN Series (NAN61) ELECTICAL CHAACTEISTICS TYPE Inductance L( H) 1 DC ( ) MA. IDC (ma) MA. 2 NAN61T-12M-S NAN61T-15M-S NAN61T-22M-S Features Very low profile. Constructed enclosed in a arugged to provide optimum pick and place operations. High inductance & high cuttent ultra ow profile power inductors. Applications DC to DC converter LCD Mobile telephone PODUCT IDENTIFICATION NAN - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol NAN61T-33M-S NAN61T-47M-S NAN61T-68M-S NAN61T-1M-S NAN61T-15M-S NAN61T-22M-S NAN61T-33M-S NAN61T-47M-S NAN61T-68M-S NAN61T-11M-S NAN61T-151M-S NAN61T-221M-S NAN61T-331M-S Test Frequency 1KH /.1Vrms. 2. DC current at which the Inductance drops 1%(typ) from its value without current. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% SHAPE AND DIMENSIONS LAND PATTENS PCB A D B E C G H F I TYPE A B C D E F G H I NAN61 6.5MA MA

109 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors NAN Series (NAN612) ELECTICAL CHAACTEISTICS TYPE Inductance L( H) 1 DC ( ) MA. IDC (ma) MA. 2 NAN612T-12M-S NAN612T-22M-S NAN612T-33M-S Features Very low profile. Constructed enclosed in a arugged to provide optimum pick and place operations. High inductance & high cuttent ultra ow profile power inductors. Applications DC to DC converter LCD Mobile telephone PODUCT IDENTIFICATION NAN - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol NAN612T-47M-S NAN612T-68M-S NAN612T-1M-S NAN612T-15M-S NAN612T-18M-S NAN612T-22M-S NAN612T-27M-S NAN612T-33M-S NAN612T-39M-S NAN612T-47M-S NAN612T-56M-S NAN612T-68M-S NAN612T-82M-S NAN612T-11M-S Test Frequency 1KH /.1Vrms. 2. DC current at which the Inductance drops 1%(typ) from its value without current. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% SHAPE AND DIMENSIONS LAND PATTENS PCB A D B E C G H F I TYPE A B C D E F G H I NAN

110 YAGEO COPOATION SMD INDUCTO / BEADS Mini Power Inductors NAN Series (NAN62) ELECTICAL CHAACTEISTICS TYPE Inductance L( H) 1 DC ( ) MA. IDC (ma) MA. 2 NAN62T-1M-S NAN62T-15M-S NAN62T-22M-S NAN62T-33M-S Features Very low profile. Constructed enclosed in a arugged to provide optimum pick and place operations. High inductance & high cuttent ultra ow profile power inductors. Applications DC to DC converter LCD Mobile telephone PODUCT IDENTIFICATION NAN - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SHAPE AND DIMENSIONS NAN62T-47M-S NAN62T-68M-S NAN62T-1M-S NAN62T-15M-S NAN62T-22M-S NAN62T-33M-S NAN62T-47M-S NAN62T-68M-S NAN62T-11M-S NAN62T-151M-S NAN62T-221M-S NAN62T-331M-S NAN62T-471M-S NAN62T-681M-S NAN62T-12M-S Test Frequency 1KH /.1Vrms. 2. DC current at which the Inductance drops 1%(typ) from its value without current. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% LAND PATTENS PCB A D B E C G H F I TYPE A B C D E F G H I NAN62 6.5MA MA

111 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors NAS Series (NAS615) ELECTICAL CHAACTEISTICS Features Magentically shielded and low radiation Very low DC & better Q factor Flat bottom for reliable surface mounting Density design, small size, and low cost Applications Mobile telephone. Step-up or step-down converters. Flash memory. PODUCT IDENTIFICATION NAS - - TYPE Inductance L( H) 2 1 DC ( ) MA. IDC (A) MA. 2 NAS615T-16M-S NAS615T-22M-S NAS615T-26M-S NAS615T-3M-S NAS615T-33M-S NAS615T-36M-S NAS615T-47M-S Test Frequency 1KH /.1Vrms. 2. Inductance drops 2%(typ) at rated lsat. 3. Operating Temperature ange -4 C to 85 C 4. Inductance : M : 2% International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SHAPE AND DIMENSIONS LAND PATTENS PCB A F G B E C I D H TYPE A B C D E F G H I NAS MA MA

112 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors NAS Series (NAS62) ELECTICAL CHAACTEISTICS TYPE L( H) 2% 1 Q MIN DC ( ) max SF typ(mhz) IDC (A) MA. 2 Features Magentically shielded and low radiation Very low DC & better Q factor Flat bottom for reliable surface mounting Density design, small size, and low cost Applications Mobile telephone. Step-up or step-down converters. Flash memory. PODUCT IDENTIFICATION NAS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SHAPE AND DIMENSIONS NAS62T-1M-S NAS62T-15M-S NAS62T-22M-S NAS62T-32M-S NAS62T-47M-S NAS62T-68M-S NAS62T-1M-S NAS62T-15M-S NAS62T-22M-S NAS62T-33M-S NAS62T-47M-S NAS62T-68M-S NAS62T-11M-S NAS62T-151M-S NAS62T-221M-S NAS62T-331M-S NAS62T-471M-S NAS62T-681M-S NAS62T-12M-S NAS62T-152M-S NAS62T-222M-S NAS62T-332M-S NAS62T-472M-S NAS62T-682M-S NAS62T-13M-S Inductance tested at.1vrms, 1KH C Temperature rise. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% LAND PATTENS PCB A F G B E C I D H TYPE A B C D E F G H I NAS62 6.5MA MA

113 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors NAS Series (NAS62BL) ELECTICAL CHAACTEISTICS TYPE L( H) 2% 1 DC ( ) max Insulation core- SF typ(mhz) IDC (A) MA. 2 winding(m ) NAS62BLT-11M-S.1.95 > NAS62BLT-151M-S >1 1 2 NAS62BLT-221M-S > NAS62BLT-331M-S > NAS62BLT-471M-S > Features Magentically shielded and low radiation Very low DC & better Q factor Flat bottom for reliable surface mounting Density design, small size, and low cost Applications Mobile telephone. Step-up or step-down converters. Flash memory. PODUCT IDENTIFICATION NAS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol NAS62BLT-681M-S > NAS62BLT-12M-S >1 2 1 NAS62BLT-152M-S >1 1 8 NAS62BLT-222M-S >1 1 5 NAS62BLT-332M-S >1 1 4 NAS62BLT-472M-S >1 1 3 NAS62BLT-682M-S >1.9 2 NAS62BLT-13M-S > Inductance tested at.1vrms, 1KH C Temperature rise. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% SHAPE AND DIMENSIONS LAND PATTENS PCB A F G B E C I D H TYPE A B C D E F G H I NAS62BL 6.5MA MA

114 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors NAS Series (NAS63) ELECTICAL CHAACTEISTICS TYPE L( H) 2% 1 Q MIN DC ( ) max SF typ(mhz) IDC (A) MA. 2 Features Magentically shielded and low radiation Very low DC & better Q factor Flat bottom for reliable surface mounting Density design, small size, and low cost Applications Mobile telephone. Step-up or step-down converters. Flash memory. PODUCT IDENTIFICATION NAS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SHAPE AND DIMENSIONS NAS63T-1M-S NAS63T-15M-S NAS63T-22M-S NAS63T-32M-S NAS63T-47M-S NAS63T-68M-S NAS63T-1M-S NAS63T-15M-S NAS63T-22M-S NAS63T-33M-S NAS63T-47M-S NAS63T-68M-S NAS63T-11M-S NAS63T-151M-S NAS63T-221M-S NAS63T-331M-S NAS62T-471M-S NAS63T-681M-S NAS63T-12M-S NAS63T-152M-S NAS63T-222M-S NAS63T-332M-S NAS63T-472M-S NAS63T-682M-S NAS63T-13M-S Inductance tested at.1vrms, 1KH C Temperature rise. 3. Operating Temperature ange -4 C to 85 C 4. Electrlcal speclfication at 25 C 5. Inductance : M : 2% LAND PATTENS PCB A F G B E C I D H TYPE A B C D E F G H I NAS63 6.5MA MA

115 YAGEO COPOATION SMD INDUCTO / BEADS SMT Power Inductors SCD Series SHAPES AND DIMENSIONS TYPE DIMENSION SCD43 (1 H ~ 68 H) 4..3 B C 1.2 Features High saturation for surface mounting Various high power surface montable type inductors are superior to high saturation. These are also magnetic shielding type for consideration against radiation. Application VT, OA equipment, LCD television set, notebook computer, protable communications equipment, DC/DC converters, etc. PODUCT IDENTIFICATION Pad Layout Dimensions in mm Dim. A B C D SCD54 (1 H ~ 22 H) Pad Layout B A 2.2 H~15 H 1. H~1 H 1. H~1 H 1. H~1 H 1. H~1 H SCD TYP. SCD TYP. A SCD Max. 2. TYP C SCD TYP. SCD TYP. D 1.3 D SCD - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SCD73 (1 H ~ 33 H) Pad Layout 7..3 B A C 2.1 D Packing : T : Tape and eel Tolerance : K 1%;M 2% Note : YAGEO will start to release SCD Series inductor with lead-free terminals that meet SONY SS-259 s criterial for lead-free product in Q2 of 24, and YAGEO Internal No will changed to N as identification. Ex. SCD43T-1N SCD75 (1 H ~ 47 H) Pad Layout SCD14 (1 H ~ 56 H) 7..3 B 9..3 B A 5..5 C 4..5 C 2.1 D D SCD15B (1 H ~ 47 H) 11 Pad Layout 1..3 A SCD15 (1 H ~ 82 H) B C 2.1 D A Pad Layout

116 SCD STANDAD SPECIFICATIONS Electrical Characteristics Standard Specifications ated D.C. Current (A) Max. Inductance Stamp SCD SCD SCD SCD SCD SCD SCD SCD SCD ( H) SCD SCD 15 SCD 15B Tolerance Of Inductors SCD ~ 1 H 2%(M) SCD73 1 ~ 47 H 2%(M) 56 ~ 33 H 1%(K) SCD ~ 1 H 2%(M) SCD75 1 ~ 47 H 1 %(K) SCD43 1. ~ 27 H 2%(M) 33 ~ 68 H 1%(K) SCD14 1 ~ 47 H 2%(M) 56 ~ 56 H 1% (K) SCD51 1. ~ 27 H 2%(M) 33 ~ 1 H 1%(K) SCD15 1 ~ 39 H 2%(M) 47 ~ 82 H 1%(K) SCD52 1. ~ 27 H 2%(M) 33 ~ 1 H 1%(K) SCD15B 1 ~ 27 H 2 %(M) 33 ~ 82 H 15% SCD54 1. ~ 27 H 2%(M) 33 ~ 47 H 15%(K) 56 ~ 22 H 1%(K) This indicates the value of current when the inductance is 1% lower than its initial value at D.C superposition or D.C current when at t= 4 whichever is lower

117 SCD STANDAD SPECIFICATIONS Electrical Characteristics

118 GENEAL CHAACTEISTICS Operating Temperature Appearance Inspection -3 ~ +1 C (Contain Heading Coil) No External Defects by Visual Inspection Terminal Strength After soldering, between copper plate and terminals of coil, push in tow directions of, Y with standing as blow conditions. Terminal should not peel off. (efer to figure at right) 1.N 1 Sec. SCD43 SCD54 15.N 1 Sec. SCD73 SCD75 2.N 1 Sec. SCD14 SCD15 Y Heat Endurance of eflow Soldering Insulating esistance Dielectric Strength efer to Below Figure Over 1M at 1V D.C. between wire and core. No dielectric breakdown at 1V D.C. for 1 minute between wire and core. Temperature Characteristics Inductance coefficient ( ~ 2,) 1-6 / C (-25 ~ +8 C ) Humidity Characteristics Vibration esistance Inductance deviation within 5.%, after 96 hours in 9 ~ 95% relative humidity at 4 2 C and 1 hour drying under normal condition. Inductance deviation within 5.%, after vibration for 1 hour. In each of three orientations at sweep vibration (1 ~ 55 ~ 1Hz) with 1.5 mm p-p amplitude. Temperature ( C) Solding 215~23 C 2 15 Preheating Natural Cooling 1 5 Time 1 to 4 Min. 1 Sec. More Than 2 Min.

119 SMD Unshielded Power Inductors - SCD Series Packaging Specifications Tape Material END STAT NO COMPONENT COVE TAPE COMPONEN T USE DIECTION OF FEED NO COMPONENT MI N 3(mm ) eel Dimensions C B A D Dimensions in mm TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS PCS/EEL K D E W P P P2 A B A B C D SCD SCD SCD SCD SCD SCD SCD SCD SCD SCD SCD SCD SCD15B

120 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCD43, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 2 68uH SCD43, INDUCTANCE vs. IDC CHAACTEISTICS uH uH L (uh) 1 47uH L (uh) uH FEQUENCY (khz) 2 1 1uH IDC (A) L (uh) SCD54, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 15uH 1uH FEQUENCY (khz) L (uh) SCD54, INDUCTANCE vs. IDC CHAACTEISTICS uH 15uH 1uH IDC (A) SCD73, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 14 SCD73, INDUCTANCE vs. IDC CHAACTEISTICS 6 56uH L (uh) uH 47uH 39uH L (uh) uH 39uH FEQUENCY (khz) IDC (A) SCD75, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH SCD75, INDUCTANCE vs. IDC CHAACTEISTICS uH 2 L (uh) uH L (uh) uH uH 47uH FEQUENCY (khz) IDC (A)

121 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCD14, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 6 5 SCD14, Q vs. FEQUENCY CHAACTEISTICS uH 12 L (uh) uH 1uH 68uH L (uh) uH 68uH FEQUENCY (khz) IDC (A) SCD15, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 35 SCD15, INDUCTANCE vs. IDC CHAACTEISTICS uH uH L (uh) 2 15 L (uh) uH uH 15uH uH FEQUENCY (khz) IDC (A) SCD15B, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 47uH L (uh) uH 1uH FEQUENCY (khz) L (uh) SCD15B, INDUCTANCE vs. IDC CHAACTEISTICS uH 68uH 1uH IDC (A)

122 SCD SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to -125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

123 YAGEO COPOATION SMD INDUCTO / BEADS SCDS Series SMT Power Inductors CONFIGUATION AND DIMENSIONS TYPE SHAPES AND DIMENSION SCDS62T (3.3 H ~ 33 H) Max OUTLINE SCDS64T (1 H ~ 1 H) SCDS73 (1 H ~ 1.mH) SCDS74 (1 H ~ 1.mH) Max Max. 4.5 Max SMT power inductors are formed by directly connected ferrite electrode with magnetic shielding. T : Packing : Tape and eel HP : Low DC LD : High Power Tolerance : K= 1% ; M= 2% ; T= 3% CEC Internal No.: B: Silver plated terminals (3D12~6D38); S: Base type terminals (2D11~2D18HP & 62T&127) Note : YAGEO will start to release SCD Series inductor with lead-free terminals that meet SONY SS- 259 s criterial for lead-free product in Q2 of 24, and YAGEO Internal No will changed to N as identification. PODUCT IDENTIFICATION SCDS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol SCDS14 (1.5 H ~ 33 H) SCDS125 (1 H ~ 1.mH) SCDS127 (1 H ~ 47mH) Max. 6. Max Max Max. 8. Max Features Available in magnetically shielded. Low DC resistance. Suitable for large currents. Ideal for a variety of DC - DC converter inductor applications. Available on tape and reel for auto surface mounting. Applications Power supply for VTs. OA equipment. LCD televisions. Notebook PCs. Portable communication equipment. DC / DC converters, etc. SCDS124 (3.9 H ~ 33mH) Max Max Max 7.7.3

124 STANDAD SPECIFICATIONS Stamp Inductance ( H) SCDS 62T SCDS 64T SCDS D.C..(m )Max. SCDS SCDS SCDS SCDS SCDS SCDS SCDS Test Freq.(L): SCDS62: 3.3 ~ 8.2 H(7.96MHz/1V), 1~82 H(2.52MHz/1V), 1 ~ 33 H(1KHz/1V) SCDS64/73/74/125/127: (1KHz/1V) Other type ated current : The rate current indicastes the current when the inductance decreases to 65%. Over of it's nominal value or D.C.current when the temperature rising t =4ºC lower, whichever is lower. Test Instrument :L : HP4192A LF IMPEDANCE ANALYE DC : CHEN HWA 52BC ated current: HP A or Ch161+CH31A SCDS ated Current(A)Max. SCDS SCDS SCDS SCDS SCDS Tolerance Of Inductors SCDS62 3.3~33 H 2%(M) SCDS64 1~1 H 2%(M) SCDS73 1~1 H 2%(M) SCDS74 1~1 H 2%(M) SCDS14 1.5~33 H 3%(T) SCDS ~33 H 2%(M) SCDS125 1.~1 H 2%(M) SCDS ~7.6 H +4-2%(N)

125 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W P D Plastic Paper 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern H C B A A B D TYPE TAPE ECOMMENDED EEL DIMENSIONS PATTEN DIMENSIONS QUANTITY K D E W P P P2 A B C A B C D PCS/EEL SCDS62T SCDS64T SCDS73T SCDS74T SCDS124T SCDS125T SCDS127T

126 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCDS62T, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 SCDS62T, INDUCTANCE vs. IDC CHAACTEISTICS uH 15 L (uh) 15 L (uh) 18uH uH 47uH FEQUENCY (khz) 5 47uH 1uH IDC (A) SCDS64T, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH SCDS64T, INDUCTANCE vs. IDC CHAACTEISTICS 7 33uH 6 5 L (uh) 1 L (uh) uH 5 45uH 1uH FEQUENCY (khz) 2 1 1uH IDC (A) SCDS73, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SCDS73, INDUCTANCE vs. IDC CHAACTEISTICS 25 18uH L (uh) 2 18uH L (uh) 1 1uH 1 1uH 5 47uH 47uH FEQUENCY (khz) IDC (A) SCDS74, INDUCTANCE vs. FEQUENCY CHAACTEISTICS SCDS74, INDUCTANCE vs. IDC CHAACTEISTICS L (uh) uH 47uH 68uH FEQUENCY (khz) L (uh) uH 47uH 68uH IDC (A)

127 TYPICAL ELECTICAL CHAACTEISTICS TCurves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCDS14-22MS, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 25 SCDS14-22M-S 8 2 L (uh) L (uh) SCDS124, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 27uH 68uH 1uH FEQUENCY (khz) FEQUENCY (khz) L (uh) L (uh) ATED CUENT(A) SCDS124, INDUCTANCE vs. IDC CHAACTEISTICS uH 68uH 1uH IDC (A) SCDS125, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SCDS125, INDUCTANCE vs. IDC CHAACTEISTICS 3 22uH uH L (uh) 2 47uH L (uh) uH 1uH FEQUENCY (khz) 1uH IDC (A) SCDS127, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 7.6uH SCDS127, INDUCTANCE vs. IDC CHAACTEISTICS uH L (uh) uH L (uh) uH 2 1.2uH 2 1.2uH FEQUENCY (khz) IDC (A)

128 TYPICAL ELECTICAL CHAACTEISTICS Test Instruments : HP4291A Impedance / Material Analyzer Packaging Specifications SCDS 2D11 ~ 6D38 Tape Dimens ions Tape Material eel Dimensions Carrier tape: Polystyrene Cover type: Polyethylene 16mm MIN. Blank Part Cover Tape Chip Mounting Part Blank 33mm MIN. Leader Dimensions in mm TYPE Tape Dimensio ns eel Dimensions A B K D E W P P P2 A B C D Quantity PCS / EEL S CDS 2D S CDS 2D SCDS2D18LD S CDS 2D18HP S CDS 3D S CDS 3D S CDS 4D S CDS 4D S CDS 5D S CDS 5D S CDS 6D S CDS 6D ecommended Pattern A B

129 YAGEO COPOATION SMD INDUCTO / BEADS Shielded SMD Power Inductors SCDS Series APPLICATIONS Power Supply for VTs OA Equipment LCD Televisions PODUCT IDENTIFICATION SCDS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol T : Packing : Tape and eel HP : Low DC LD : High Power Tolerance : K= 1% M= 2% T= 3% CEC Internal No.: B: Silver plated terminals (3D12~6D38); S: Base type terminals (2D11~2D18HP & 62T&127) Note : YAGEO will start to release SCD Series inductor with lead-free terminals that meet SONY SS-259 s criterial for lead-free product in Q2 of 24, and YAGEO Internal No will changed to N as identification. SHAPES AND DIMENSIONS Notebook PCs Portable Communication Equipment DC / DC Converters, etc. FEATUES Available in Magnetically Dhielded Low DC esistance Suitable for Large Currents Ideal for a Variety of DC DC Converter Inductor Applications Available on Tape and eel for Auto Surface Mounting SCDS2D11/2D14/2D18LD/2D18HP Shapes and Dimensions ecommended Pattern Dimensions in mm TYPE A B C D E F SCDS2D SCDS2D SCDS2D18LD SCDS2D18HP Dimensions in mm TYPE A B C D S CDS 2D S CDS 2D S CDS 2D18LD S CDS 2D18HP

130 SHAPES AND DIMENSIONS SCDS 3D12 Shapes and Dimensions ecommended Pattern Dimensions in mm TYPE A B C D SCDS3D Max 6.2 Max Dimensions in mm TYPE A B C D SCDS3D SCDS 3D16 Shapes and Dimensions ecommended Pattern A C D B 1. Dimensions in mm TAPE A B C D SCDS3D16 4 Max. 4 Max. 1.8 Max. 5.2 Max. Dimensions in mm ecommended Pattern TYPE A B C D SCDS3D SCDS 4D18~6D38 Dimensions in mm TAPE A B C D SCDS4D Max 6.9 Max SCDS4D Max 6.9 Max Dimensions in mm TYPE A B C S CDS 4D S CDS 4D A B A E H ITEM A B C D E H I J E D Pad Layout I J 5D Max. 8.2 Max D Max. 8.2 Max C I 6D Max. 9.5 Max D Max. 9.5 Max

131 ELECTICAL CHAACTEISTICS Standard Specifications Inductance Stamp ( H) SCDS 2D SCDS 2D D.C..(m )Max. SCDS SCDS SCDS SCDS SCDS SCDS 2D18LD 2D18HP 3D12 3D16 4D18 4D % % under development % 122 3% 172 3% 191 3% 218 3% 255 3% 48 3% 462 3% 52 3% 573 3% 81 3% 127 3% % % SCDS 5D SCDS 5D SCDS 6D SCDS 6D SCDS 2D SCDS 2D14 Test Freq.(L): SCDS3D12/3D16:(1KHz/.1V) SCDS4D18: 1. ~ 8.2 H(7.96MHz/1V), 1 ~ 39 H(1KHz/1V) SCDS2D11/2D14/2D18LD/4D28/14/124: (1KHz/1V) SCDS5D18/5D28/6D28: (1KHz/1V) SCDS6D38: (1KHz/.1V) SCDS62: 3.3 ~ 8.2 H(7.96MHz/1V), 1~82 H(2.52MHz/1V), 1 ~ 33 H(1KHz/1V) SCDS3D12 ated current : It makes rated current either when the value with 3% declining inductance or the generation of heat becomes 3% near value by the rising one above another of thedirect current. Other type ated current : The rate current indicastes the current when the inductance decreases to 65%. Over of it's nominal value or D.C.current when the temperature rising t =4ºC lower, whichever is lower. Test Instrument :L : HP4192A LF IMPEDANCE ANALYE DC : CHEN HWA 52BC ated current: HP A or Ch161+CH31A ated Current(A)Max. SCDS SCDS SCDS SCDS SCDS SCDS 2D18LD 2D18HP 3D12 3D16 4D18 4D under development SCDS 5D SCDS 5D SCDS 6D Tolerance Of Inductors SCDS2D11 1.5~1 H 3%(T) SCDS2D14 1.5~12 H 3%(T) SCDS2D18LD 2.2~4.7 H 3%(T) SCDS3D12 1.~39 H 3%(T) SCDS3D16 1.5~33 H 3%(T) SCDS4D18 1.~68 H 3%(T) SCDS4D28 1.2~18 H 3%(T) SCDS5D18 4.1~1 H 3%(T) SCDS5D28 2.5~1 H 3%(T) SCDS6D28 3.~1 H 3%(T) SCDS6D38 3.3~1 H 3%(T) SCDS 6D

132 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCDS62, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 SCDS62, INDUCTANCE vs. IDC CHAACTEISTICS uH 15 L (uh) 15 L (uh) 18uH uH 47uH FEQUENCY (khz) 5 47uH 1uH IDC (A) SCDS64, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 2 SCDS64, INDUCTANCE vs. IDC CHAACTEISTICS uH uH L (uh) 1 L (uh) uH 5 56uH 1uH FEQUENCY (khz) 2 1 1uH IDC (A) SCDS73, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SCDS73, INDUCTANCE vs. IDC CHAACTEISTICS 25 18uH L (uh) 2 18uH L (uh) 1 1uH 1 1uH 5 47uH 47uH FEQUENCY (khz) IDC (A) SCDS74, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 25 SCDS74, INDUCTANCE vs. IDC CHAACTEISTICS L (uh) uH 47uH 68uH FEQUENCY (khz) L (uh) uH 47uH 68uH IDC (A)

133 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SCDS14-22MS, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 25 SCDS14-22M-S 8 2 L (uh) L (uh) SCDS124, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 27uH 68uH 1uH FEQUENCY (khz) FEQUENCY (khz) L (uh) L (uh) ATED CUENT(A) SCDS124, INDUCTANCE vs. IDC CHAACTEISTICS uH 68uH 1uH IDC (A) SCDS125, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SCDS125, INDUCTANCE vs. IDC CHAACTEISTICS uH L (uh) 2 22uH L (uh) 1 47uH 1 47uH 1uH FEQUENCY (khz) 1uH IDC (A) SCDS127, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 7.6uH SCDS127, INDUCTANCE vs. IDC CHAACTEISTICS uH L (uh) uH L (uh) uH 2 1.2uH 2 1.2uH FEQUENCY (khz) IDC (A)

134 SCDS SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to -125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

135 F F YAGEO COPOATION SMD INDUCTO / BEADS SMD Unshielded Power Inductors SCMD Series PODUCT IDENTIFICATION SCMD - - Internal No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M 2% Note: YAGEO will start to release SCMD Series inductors with lead-free terminals that meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No. will be changed to N as identification. Ex.: SCMD4D6T-22 SHAPES AND DIMENSIONS SCMD 4D6 & 4D8 A D B 1 H G E 1 4 SCMD Series Low DC esistance & For Large Current Applications ecomended Pattern Applications SCMD 4D6 & 4D8 power supply for VTs. OA equipment. C LCD televisions. Notebook PCs. Portable communication equipment. DC / DC converters, etc. D B A SCMD 4D11 & 4D13 Features Available in magnetically shielded. Low DC resistance. Suitable for large currents. Ideal for a variety of DC - Dc converter inductor applications. Available on tape and reel for auto surface mounting E D B A SCMD 5D11 C D A SCMD 5D13 D A B C B 4 1 C 3 2 (3.3 H~15 H) (3.3 H~15 H) 3 2 (22 H~47 H) BOTTOM VIEW (22 H~47 H) BOTTOM VIEW BOTTOM VIEW (3.3 H~15 H) (3.3 H~15 H) 2 1 (22 H~47 H) 2 1 (22 H~47 H) 3 2 SCMD 4D11 & 4D13 A B 2 C C G 2 3 D 1 4 E SHAPES AND DIMENSIONS TYPE A B C D E F G H Max Max Max SCMD4D ecomended Pattern TYPE A B C D E SCMD4D SCMD 5D11 & 5D13 A C F 1 4 SCMD4D SCMD4D SCMD4D SCMD4D SCMD4D SCMD4D D B G SCMD5D SCMD5D E 3 SCMD5D SCMD5D

136 STANDAD SPECIFICATIONS Stamp Inductance D.C.( ) Max. ated D.C. Current(A) ( H) SCMD SCMD SCMD SCMD SCMD SCMD SCMD SCMD SCMD SCMD SCMD SCMD 4D6 4D8 4D11 4D13 5D11 5D13 4D6 4D8 4D11 4D13 5D11 5D Measuring Frequency (L) : 1KHz Tolerance of Inductance: 2%(M) ated D.C Current (SCMD4D6/4D8/4D11/4D13/5D11) This indicates the value of current when the inductance is 1% lower than its initial value at D.C superposition or D.C current when at t=4ºc whichever is lower. ated D.C Current (SCMD5D13) This indicates the value of current when the inductance is 65% more than its nominal value and the temperature is rising at t=4ºc lower at D.C superposition. Test Equipment: L: HP4192. LF Impedance Analyzer or HP4284A. DC: CHEN HWA 52 ared dc Current: HP4284A+HP42841A

137 YAGEO COPOATION SMD INDUCTO / BEADS SDS42 Series SMD Power Inductors These shielded ultra-miniature inductors can help designers achieving significantly longer battery life in handheld communication devices and other portable products. Features Smallest size and high performance High energy storage and very low resistance. The SDS42 Series offers the highest efficiency, smallest size and lowest cost of any comparable part. DC resistance is 1% to 6% lower than other inductors, with greatest efficiency improvements seen at inductance values from 1 to 1, H. These magnetically shielded inductors are designed with a flat top and constructed of heat resistanct materials to ensure trouble-free assembly and reflow operations. ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE Q Q DC SF CUENT ( H 2%) * Min. FEQUENCY ESISTANCE (MHz) (A) Max. ** (KHz) ( + ) Max. SDS42T-1M-S SDS42T-15M-S SDS42T-22M-S SDS42T-33M-S SDS42T-47M-S SDS42T-68M-S SDS42T-1M-S SDS42T-15M-S SDS42T-22M-S SDS42T-33M-S SDS42T-47M-S SDS42T-68M-S SDS42T-11M-S SDS42T-151M-S SDS42T-221M-S SDS42T-331M-S SDS42T-471M-S SDS42T-681M-S SDS42T-12M-S SDS42T-152M-S SDS42T-222M-S SDS42T-332M-S SDS42T-472M-S SDS42T-682M-S SDS42T-13M-S Applications Notebook computers, step-up and step-down converters. Flash memory programmers, etc... PODUCT IDENTIFICATION SDS - - SHAPE AND DIMENSIONS International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M 2% Note: YAGEO will start to release SDS Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO International No. will be changed to N as identification. Ex.: SDS42BL-11M-N. 1st. 2nd. 3rd. 3.5 * Inductance Tested at.1 Vrms, 1KHz ** 3 C Temperature ise Operating Temperature ange -4 C to +85 C

138 YAGEO COPOATION SMD INDUCTO / BEADS Shielded SMD Power Inductors SDS42BL Series Features Smallest size and high performance High energy storage and very low resistance. Applications Notebook computers, step-up and step-down converters. Flash memory programmers, etc... These shielded ultra-miniature inductors can help designers achieving significantly longer battery life in handheld communication devices and other portable products. The SDS42BL Series offers the highest efficiency, smallest size and lowest cost of any comparable part. DC resistance is 1% to 6% lower than other inductors, with greatest efficiency improvements seen at inductance values from 1 to 1, H. PODUCT IDENTIFICATION SDS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M 2% Note: YAGEO will start to release SDS Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO International No. will be changed to N as identification. Ex.: SDS42BL-11M-N. SHAPE AND DIMENSIONS These magnetically shielded inductors are designed with a flat top and constructed of heat resistant materials to ensure trouble-free assembly and reflow operations. ELECTICAL CHAACTEISTICS PAT INDUCTANCE TOLEANCE DC INSULATION SF CUENT NO. (mh) * ( %) ESISTANCE COE-WINDING (MHz) (ma) Max. ** ( + ) Max. (M ) SDS42BL-11M-S > SDS42BL-151M-S > SDS42BL-221M-S > SDS42BL-331M-S > SDS42BL-471M-S > SDS42BL-681M-S > SDS42BL-12M-S > st. SDS42BL-152M-S > nd. 3rd. 3.5 SDS42BL-222M-S > SDS42BL-332M-S > SDS42BL-472M-S > SDS42BL-682M-S > SDS42BL-13M-S > * Inductance Tested at.1 Vrms, 1KHz ** 3 C Temperature ise Operating Temperature ange -4 C to +85 C Electrical Specifications at 25 C

139 YAGEO COPOATION SMD INDUCTO / BEADS SDS84 Series SMD Power Inductors Features These shielded ultra-miniature inductors can help designers achieving significantly longer battery life in handheld communication devices and other portable products. Smallest size and high performance High energy storage and very low resistance. These magnetically shielded inductors are designed with a flat top and constructed of heat resistant materials to ensure trouble-free assembly and reflow operations. Applications Notebook computers, step-up and step-down converters. Flash memory programmers, etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE DC Isat ** Irms *** SF ( H 2%) * ESISTANCE (A) Min. (A) (MHz) ( ) Max. SDS84T-1M-S SDS84T-15M-S SDS84T-22M-S SDS84T-33M-S SDS84T-47M-S SDS84T-68M-S PODUCT IDENTIFICATION SDS - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M 2% Note: YAGEO will start to release SDS Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO International No. will be changed to N as identification. Ex.: SDS42BL-11M-N. SHAPE AND DIMENSIONS SDS84T-1M-S SDS84T-15M-S SDS84T-22M-S SDS84T-33M-S Max Max. 1st Significant Digit 2nd Significant Digit Multiplier SDS84T-47M-S * Inductance Tested at.1 Vrms, 1KHz ** Inductance Drop = 1% Typ. at ated Isat. *** 4 ise Typ. at Irms. Operating Temperature ange -4 C to +85 C

140 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SDS136 Series Features Smallest size and high performance High energy storage and very low resistance. Applications Notebook computers, step-up and step-down converters. Flash memory programmers, etc... The SDS136 Series is a family of magnetically shielded power inductors designed for the higher current requirements of portable computers, Video recorders and other DC-DC conversion applications. They feature saturation current ratings as high 9 Amps and rms current ratings up to 3.9 Amps. Low DC resistance (as low as.4 Ohms) keeps power losses to a minimum. PODUCT IDENTIFICATION SDS International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M 2% Note: YAGEO will start to release SDS Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO International No. will be changed to N as identification. Ex.: SDS42BL-11M-N. SHAPE AND DIMENSIONS 1st. Designed specifically for surface mounting, the SDS136 has a flat top for reliable pick and place operations. The terminals wrap around the end of the base to ensure a sound solder fillet and simplify inspection. ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE DC Isat ** Irms *** SF ( H 2%) * ESISTANCE (A) (A) MHz ** ( ) Max. (ef.) Max. SDS136T-1M-S SDS136T-15M-S SDS136T-22M-S SDS136T-33M-S SDS136T-47M-S SDS136T-68M-S SDS136T-11M-S nd. 3rd. SDS136T-151M-S SDS136T-221M-S SDS136T-331M-S SDS136T-471M-S SDS136T-681M-S SDS136T-12M-S * Inductance Tested at.1 Vrms, 1KHz ** Inductance Drop 1% Typ. at Isat. *** 4 C ise Typ. at Irms. Operating Temperature ange -4 C to +85 C

141 TAPE DIMENSIONS TAPE MATEIAL Camer Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern C C B A B A D D TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS (PCS/EEL) K D E W P P P2 A B C D A B C D SDS42BL SDS42T SDS84T SDS136T

142 SDS SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to -125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

143 TYPICAL ELECTICAL CHAACTEISTICS Curves of SCD Series Test Instruments : HP4291A Impedance / Material Analyzer SDS42, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 16 SDS42, INDUCTANCE vs. IDC CHAACTEISTICS uH L (uh) 8 L (uh) uH 22uH 2 1 1uH 22uH 1uH IDC (A) SDS84, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 1 SDS84, INDUCTANCE vs. IDC CHAACTEISTICS uH 35 3 L (uh) 6 4 L (uh) uH 2 6.8uH 2.2uH uH 2.2uH FEQUENCY (KHz) IDC (A) SDS136, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SDS136, INDUCTANCE vs. IDC CHAACTEISTICS uH uH L (uh) 2 L (uh) 4 33uH uH 2 5 1uH 1 1uH FEQUENCY (KHz) IDC (A)

144 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SLF Series Features Low resistance and high currents Designed for low profile type with low dc and large current. The magnetic shielded type is suitable for high density mounting. Flat bottom surface allows for reliable mounting onto the board. Soldering conditions can be easily confirmed when mounting onto the board. Provide with embossed carrier type packaging for automatic mounting machine. PODUCT IDENTIFICATION SLF - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Applications Portable telephones, computers, hard disk divers and Other electronic equipment. Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SLF Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SLF628T-47M-N SHAPES AND DIMENSIONS Winding Start Mark A 33 B TYPE A B C D E F G WEIGHT G TYP SLF typ typ SLF typ typ Marking (Inductance Code) C E SLF typ typ SLF typ typ SLF typ typ D F G SLF typ SLF typ SLF typ SLF typ

145 ELECTICAL CHAACTEISTICS SLF628 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. L(KHz) ( ) 2% (A) Max. SLF628T-47M-S SLF628T-68M-S SLF628T-1M-S SLF628T-15M-S SLF628T-22M-S SLF628T-33M-S SLF628T-47M-S SLF628T-68M-S SLF628T-11M-S IDC Current : Value obtained when DC current flows and the initial value of inductance has fallen by 3%. Itemp Current : Value obtained when current flows and the temperature has risen to 25 C. Test Equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent ELECTICAL CHAACTEISTICS SLF728 SEIES PAT NO. INDUCTANCE TOLEANCE TEST FEQUENCY DC ESISTANCE ATED CUENT ( H) ( %) L(KHz) ( ) 2% (A) Max. SLF728T-33M-S SLF728T-47M-S SLF728T-68M-S SLF728T-1M-S SLF728T-15M-S SLF728T-22M-S SLF728T-33M-S SLF728T-47M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Test equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent

146 ELECTICAL CHAACTEISTICS SLF73 SEIES PAT NO. INDUCTANCE TOLEANCE TEST FEQUENCY DC ESISTANCE ATED CUENT ( H) ( %) L(KHz) ( ) 2% (A) Max. SLF73T-33M-S SLF73T-47M-S SLF73T-68M-S SLF73T-1M-S SLF73T-15M-S SLF73T-22M-S SLF73T-33M-S SLF73T-47M-S SLF73T-68M-S SLF73T-11M-S IDC Current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Test Equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent ELECTICAL CHAACTEISTICS SLF732 SEIES PAT NO. INDUCTANCE TOLEANCE TEST FEQUENCY DC ESISTANCE ATED CUENT ( H) ( %) L(KHz) ( ) 2% (A) Max. SLF732T-33M-S SLF732T-47M-S SLF732T-68M-S SLF732T-1M-S SLF732T-15M-S SLF732T-22M-S SLF732T-33M-S SLF732T-47M-S SLF732T-68M-S SLF732T-11M-S SLF732T-151M-S SLF732T-221M-S SLF732T-331M-S SLF732T-471M-S SLF732T-681M-S SLF732T-12M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Test Equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent.

147 ELECTICAL CHAACTEISTICS SLF745 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. L(KHz) ( ) 2% (A) Max. SLF745T-33M-S SLF745T-47M-S SLF745T-68M-S SLF745T-1M-S SLF745T-15M-S SLF745T-22M-S SLF745T-33M-S SLF745T-47M-S SLF745T-68M-S SLF745T-11M-S SLF745T-151M-S SLF745T-221M-S SLF745T-331M-S SLF745T-471M-S SLF745T-681M-S SLF745T-12M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Itemp current : Value obtained when current flows and the temperature has risen to 2 C. Test equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent ELECTICAL CHAACTEISTICS SLF145 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. L(KHz) ( ) 2% (A) Max. SLF145T-1M-S SLF145T-15M-S SLF145T-22M-S SLF145T-33M-S SLF145T-47M-S SLF145T-68M-S SLF145T-11M-S SLF145T-151M-S SLF145T-221M-S SLF145T-331M-S SLF145T-471M-S SLF145T-681M-S SLF145T-12M-S SLF145T-152M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Itemp current : Value obtained when current flows and the temperature has risen to 3 C. Test equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent

148 ELECTICAL CHAACTEISTICS SLF1255 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. (KHz) ( ) 2% (A) Max. SLF1255T-6M-S SLF1255T-1M-S SLF1255T-15M-S SLF1255T-22M-S SLF1255T-33M-S SLF1255T-47M-S SLF1255T-68M-S SLF1255T-11M-S SLF1255T-151M-S SLF1255T-221M-S SLF1255T-331M-S SLF1255T-471M-S SLF1255T-681M-S SLF1255T-12M-S SLF1255T-152M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Itemp current : Value obtained when current flows and the temperature has risen to 3 C. Test equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent ELECTICAL CHAACTEISTICS SLF1265 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. (KHz) ( ) 2% (A) Max. SLF1265T-2M-S SLF1265T-42M-S SLF1265T-7M-S SLF1265T-1M-S SLF1265T-15M-S SLF1265T-22M-S SLF1265T-33M-S SLF1265T-47M-S SLF1265T-68M-S SLF1265T-11M-S SLF1265T-221M-S IDC current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Itemp current : Value obtained when current flows and the temperature has risen to 4 C. Test equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent

149 ELECTICAL CHAACTEISTICS SLF1275 SEIES PAT NO. INDUCTANCE TOLEANCE TEST DC ATED ITEMP ( H) ( %) FEQUENCY ESISTANCE CUENT (A) Max. (KHz) ( ) 2% (A) Max. SLF1275T-12M-S SLF1275T-27M-S SLF1275T-39M-S SLF1275T-56M-S SLF1275T-68M-S SLF1275T-1M-S SLF1275T-15M-S SLF1275T-22M-S SLF1275T-33M-S SLF1275T-47M-S SLF1275T-68M-S SLF1275T-11M-S SLF1275T-151M-S SLF1275T-221M-S IDC Current : Value obtained when DC current flows and the initial value of inductance has fallen by 1%. Itemp Current : Value obtained when current flows and the temperature has risen to 4 C. Test Equipment Inductance : HP4192A LF Impedance Analyzer or Equivalent (Test Frequency : 1KHz/.5V) DC : SC-741 Digital Multimeter,or Equivalent

150 TAPE DIMENSIONS TAPE MATEIAL Camer Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN A B C B A C D D TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS PCS/EEL K D E W P P P2 A B C D A B C D SLF SLF SLF SLF SLF SLF SLF SLF SLF

151 SLF SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to 125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

152 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SDT42 Series Applications Board mounted DC-DC converters Miniature power supplies, and voltage multiplying circuits. Features Ultra high L and low current Functions equally well in filter and smoothing circuit applications. Available in 2 sizes. PODUCT IDENTIFICATION SDT - - SHAPES AND DIMENSIONS st. 2nd. 3rd International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SDT Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SDT42T-1M-N These inductors are designed for a wide variety of applications including board mounted DC-DC converters, miniature power supplies, and voltage multiplying circuits. They function equally well in filter and smoothing circuit applications. The Yageo SDT Series represents the ultimate in cost effective miniature power inductors. They are constructed of materials specially developed for surface mount applications to ensure the best possible reliability and ease of using and handling. Because of their swinging inductance vs. current characteristics, the SSL42 Series can be used as ultra high L inductors at zero or low current. SPECIFICATIONS OPEATING PAAMETES PAT NO. INDUCTANCE DC INDUCTANCE CUENT ENEGY SWITCHING Adc ESISTANCE ATING * AGING ** STOAGE FEQUECNY (MHz) ( H 2%) ( ) Max. ( H) (A) ( Joules) Max. Max. SDT42T-1M-S MHz 157 SDT42T-15M-S MHz 18 SDT42T-22M-S MHz 92 SDT42T-33M-S MHz 69 SDT42T-47M-S MHz 59 SDT42T-68M-S MHz 51 SDT42T-1M-S MHz 33 SDT42T-15M-S MHz 26 SDT42T-22M-S MHz 2 SDT42T-33M-S MHz 17 SDT42T-47M-S MHz 12 SDT42T-68M-S MHz 11 SDT42T-11M-S MHz 9.4 SDT42T-151M-S KHz 6.7 SDT42T-221M-S KHz 6.1 SDT42T-331M-S KHz 4.7 SDT42T-471M-S KHz 3.85 SDT42T-681M-S KHz 3.1 SDT42T-12M-S KHz * Measured at the rated current. efer to curves below for more detail. ** Average maximum allowable current. SDT Series inductors are designed for current spikes as high as 2 the current rating. Operating Temperature ange -4 C to +85 C

153 TYPICAL INDUCTANCE ENEGY STOAGE VS. CUENT INDUCTANCE (uh) SDT42Y-1M-S CUENT (A) ENEGY STOAGE (uj) SDT42T-1M-S INDUCTANCE (uh) ENEGY STOAGE (uj) CUENT (A) SDT42T-11M-S INDUCTANCE (uh) ENEGY STOAGE (uj) CUENT (A) INDUCTANCE (uh) SDT42Y-12M-S CUENT (A) ENEGY STOAGE (uj)

154 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SDT84 Series Applications Board mounted DC-DC converters Miniature power supplies, and voltage multiplying circuits. Features Ultra high L and low current Functions equally well in filter and smoothing circuit applications. Available in 2 sizes. PODUCT IDENTIFICATION SDT - - SHAPES AND DIMENSIONS International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T: Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SDT Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and TAGEO Internal No will be changed to N as identification. Ex. SDT42T-1M-N 1st. 2nd. 3rd. These inductors are designed for a wide variety of applications including board mounted DC-DC converters, miniature power supplies, and voltage multiplying circuits. They function equally well in filter and smoothing circuit applications. The Yageo SDT Series represents the ultimate in cost effective miniature power inductors. They are constructed of materials specially developed for surface mount applications to ensure the best possible reliability and ease of use and handling. SPECIFICATIONS OPEATING PAAMETES PAT NO. INDUCTANCE DC SF INDUCTANCE CUENT ENEGY ADC ESISTANCE TYP ATING * AGING ** STOAGE FEQUENCY ( H 2%) ( ) Max. (MHz) ( H) (A) ( JOULES) Max. Max. SDT84T-1M-S MHz SDT84T-15M-S MHz SDT84T-22M-S MHz SDT84T-33M-S MHz SDT84T-47M-S MHz SDT84T-68M-S MHz SDT84T-1M-S MHz SDT84T-15M-S MHz SDT84T-22M-S MHz SDT84T-33M-S MHz SDT84T-47M-S MHz SDT84T-68M-S MHz SDT84T-11M-S MHz SDT84T-151M-S KHz SDT84T-221M-S KHz SDT84T-331M-S KHz SDT84T-471M-S KHz SDT84T-681M-S KHz SDT84T-12M-S KHz * Measured at the rated current. efer to curves below for more detail. ** Average maximum allowable current. SDT Series inductors are designed for current spikes as high as 2 the current rating. Operating Temperature ange -4 C to +85 C

155 TYPICAL INDUCTANCE ENEGY STOAGE VS. CUENT SDT84T-1M-S L ( H) 6 8 W ( J) CUENT (A) SDT84T-1M-S L (uh) 6 6 W (uj) CUENT (A) SDT84T-12M-S L (uh) W (uj) CUENT (A) SDT84T-12M-S L (uh) W (uj) CUENT (A)

156 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern C C B A B A D D TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS PCS/EEL K D E W P P P2 A B C D A B C D SDT SDT

157 SDT SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to 125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

158 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL618 Series For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Description 2mm max height Inductance range from 1 H to 1 H Current range from 2.3Amps to.8amps Very competitive cost design. PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Environmental Data Storage temperature range: -4ºC to +125ºC Operating ambient temperature range: -4ºC to +85ºC (range is application specific). Temperature rise is approximately 4ºC at rated rms current Infrared reflow temperature : +24ºC for 3 seconds. SHAPES AND DIMENSIONS / Applications Digital cameras, CD players, cellular phones, and PDAs PCMCIA cards GPS systems ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL618T-1M-S SSL618T-15M-S SSL618T-22M-S SSL618T-33M-S SSL618T-47M-S SSL618T-68M-S SSL618T-1M-S SSL618T-15M-S SSL618T-22M-S SSL618T-33M-S SSL618T-47M-S SSL618T-68M-S SSL618T-11M-S SSL618T-151M-S SSL618T-221M-S SSL618T-331M-S SSL618T-471M-S SSL618T-681M-S SSL618T-12M-S * Inductance Tested at 1 KHz,.1 Vrms ** DC current at which the inductance drops 1% (typ) from its value without current. *** Averafe current for a 4ºC rise above 25ºC ambient. **** Operating Temperature ange -4 C to +85 C ***** Electroical specifications at 25ºC

159 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL4 Series This Series is designed for applications requiring high inductance, high current and an ultra-low profile. The SSL4T measures only 2 mm high and has a footprint of just 5.3 x 6.5mm. But despite this small size, it is available in versions that will handle up to 2.5 Amps. The series covers a wide range of inductance values from 1 H to 1mH. Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - SHAPES AND DIMENSIONS International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N The core is completely enclosed in a rugged ceramic case giving it a flat top that provides the optimum surface for reliable pick and place operations. Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE * TOLEANCE DC ESISTANCE SF I sat ** I rms *** ( H) ( %) ( ) Max. (MHz) ef. (A) (A) SSL4T-1M-S SSL4T-15M-S SSL4T-22M-S SSL4T-33M-S SSL4T-47M-S SSL4T-68M-S SSL4T-1M-S SSL4T-15M-S SSL4T-22M-S SSL4T-33M-S SSL4T-47M-S SSL4T-68M-S SSL4T-11M-S SSL4T-151M-S SSL4T-221M-S SSL4T-331M-S SSL4T-471M-S SSL4T-681M-S SSL4T-12M-S * Inductance Tested at 1 KHz,.1 Vrms. ** Inductance Drop = 1% Typ. at Isat *** T = 3 C ise Typ at Irms Operating Temperature ange -4 C to +85 C

160 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern 1.4 C B A D 6.86 TYPE TAPE EEL QUANTITY DIMENSIONS DIMENSIONS (PCS/EEL) K D E W P P P2 A B C D 178mm 33mm SSL

161 YAGEO COPOATION SMD INDUCTO / BEADS SMD Unshielded Power Inductors SSL4LP Series DC-DC Conversion For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - Internal No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel, B : Bulk Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE TOLEANCE DC Isat ** Irms *** ( H ) * ( %) ESISTANCE (A) (A) ( + )max SSL4LP-12M-S SSL4LP-15M-S SSL4LP-22M-S SSL4LP-33M-S SSL4LP-47M-S SSL4LP-68M-S SSL4LP-1M-S SSL4LP-15M-S SSL4LP-22M-S SSL4LP-33M-S SSL4LP-47M-S SSL4LP-68M-S SSL4LP-11M-S SSL4LP-151M-S SSL4LP-221M-S SSL4LP-331M-S * Inductance Tested at 1 KHz,.1 Vrms 4.8EF ** Inductance drops =1% typ. at lsat. *** T=3ºC rise typ at Irms 2.EF **** Operating Temperature ange -4 C to +85 C.8EF

162 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern C B A D 6.86 TYPE TAPE EEL QUANTITY DIMENSIONS DIMENSIONS (PCS/EEL) K D E W P P P2 A B C D SSL4LP

163 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL41 Series For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. etc... ELECTICAL CHAACTEISTICS SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL41T-1M-S SSL41T-15M-S Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS SSL41T-22M-S SSL41T-33M-S SSL41T-47M-S SSL41T-68M-S SSL41T-1M-S SSL41T-15M-S SSL41T-22M-S st. SSL41T-33M-S * Inductance Tested at.1 Vrms, 1 KHz nd. 3rd ** Inductance Drop = 1% Typ. at Isat. *** T = 3 C ise Typ at Irms. Operating Temperature ange -4 C to +85 C

164 YAGEO COPOATION SMD INDUCTO / BEADS SSL42 Series SMD Power Inductors For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. Etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL42T-1M-S SSL42T-15M-S SSL42T-22M-S SSL42T-33M-S SSL42T-47M-S SSL42T-68M-S SSL42T-1M-S SSL42T-15M-S SSL42T-22M-S SSL42T-33M-S SSL42T-47M-S SSL42T-68M-S Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS SSL42T-11M-S SSL42T-151M-S SSL42T-221M-S st. SSL42T-331M-S SSL42T-471M-S nd SSL42T-681M-S rd. SSL41T-12M-S * Inductance Tested at.1 Vrms, 1 KHz ** Inductance Drop = 1% Typ. at Isat. *** T = 3 C ise Typ at Irms Operating Temperature ange -4 C to +85 C

165 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL82 Series For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. Etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL82T-1M-S SSL82T-15M-S SSL82T-22M-S SSL82T-33M-S SSL82T-47M-S SSL82T-68M-S SSL82T-11M-S SSL82T-151M-S SSL82T-221M-S st. SSL82T-331M-S SSL82T-471M-S nd SSL82T-681M-S SSL82T-12M-S rd. * Inductance Tested at.1 Vrms, 1 KHz ** Inductance Drop = 1% Typ. at Isat *** T = 3 C ise Typ at Irms. Operating Temperature ange -4 C to +85 C

166 YAGEO COPOATION SMD INDUCTO / BEADS SSL84 Series SMD Power Inductors For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. Etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) 15% SSL84T-1M-S SSL84T-15M-S SSL84T-22M-S SSL84T-33M-S SSL84T-47M-S SSL84T-68M-S SSL84T-1M-S SSL84T-15M-S SSL84T-22M-S SSL84T-33M-S SSL84T-47M-S Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS SSL84T-68M-S SSL84T-11M-S SSL84T-151M-S st. SSL84T-221M-S SSL84T-331M-S SSL84T-471M-S nd. 3rd SSL84T-681M-S SSL84T-12M-S * Inductance Tested at.1 Vrms, 1 KHz ** Inductance Drop = 1% Typ. at Isat. *** T = 15 C ise Typ at Irms Operating Temperature ange -4 C to +85 C

167 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL81 Series For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. Etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL81T-1M-S SSL81T-15M-S SSL81T-22M-S SSL81T-33M-S SSL81T-47M-S SSL81T-68M-S SSL81T-11M-S SSL81T-151M-S SSL81T-221M-S st. SSL81T-331M-S SSL81T-471M-S nd SSL81T-681M-S SSL81T-12M-S rd. * Inductance Tested at.1 Vrms, 1 KHz ** Inductance Drop = 1% Typ. at Isat *** T = 4 C ise Typ at Irms. Operating Temperature ange -4 C to +85 C

168 YAGEO COPOATION SMD INDUCTO / BEADS SSL136 Series SMD Power Inductors For SSL series provide excellent current carrying capabilities in a small footprint. They have a flat top for reliable pick and place operations and features robust temperature deflection. In addition to the standard versions shown here, custom inductors are available to meet your exact requirement. Applications Notebook computers, Sep-up and step-down converters Flash, memory programmers. Etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( + ) SSL136T-1M-S SSL136T-22M-S SSL136T-33M-S SSL136T-56M-S SSL136T-1M-S SSL136T-15M-S SSL136T-22M-S SSL136T-33M-S SSL136T-47M-S SSL136T-68M-S SSL136T-11M-S Features High energy storage and very low resistance. Smallest size and high performance PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Packaging: T : Tape and eel Tolerance: M: 2% Note: YAGEO will start to release SSL Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL4LP-12M-N SHAPES AND DIMENSIONS SSL136T-151M-S SSL136T-221M-S SSL136T-331M-S SSL136T-471M-S SSL136T-681M-S SSL136T-12M-S * Inductance Tested at.1 Vrms, 1 KHz st. 2nd. 3rd ** Inductance Drop = 1% Typ. at Isat *** T = 4 C ise Typ at Irms. Operating Temperature ange -4 C to +85 C

169 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern C C B A B A D D TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS /EEL K D E W P P P2 A B C D A B C D SSL SSL SSL SSL SSL SSL

170 SSL SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to 125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

171 TYPICAL ELECTICAL CHAACTEISTICS Curves of SSL Series Test Instruments : SSL4, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH SSL4, Q vs. FEQUENCY CHAACTEISTICS 8 68uH uH L (uh) uH 22uH L (uh) uH FEQUENCY (khz) IDC (A) SSL41, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 SSL41, Q vs. FEQUENCY CHAACTEISTICS 35 L (uh) uH 1uH 6.8uH L (uh) uH 6.8uH 33uH FEQUENCY (khz) IDC (A) SSL42, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 16 SSL42, Q vs. FEQUENCY CHAACTEISTICS L (uh) uH 47uH L (uh) uH 47uH 68uH uH FEQUENCY (khz) IDC (A) SSL82, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 6 SSL82, Q vs. FEQUENCY CHAACTEISTICS uH 5 47uH 4 4 L (uh) 3 L (uh) uH 1uH uH 1uH FEQUENCY (khz) IDC (A)

172 TYPICAL ELECTICAL CHAACTEISTICS Curves of SSL Series Test Instruments : SSL84, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH SSL84, Q vs. FEQUENCY CHAACTEISTICS uH L (uh) uH L (uh) uH 4.7uH 5 4.7uH FEQUENCY (khz) IDC(A) SSL81, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 2 SSL81, Q vs. FEQUENCY CHAACTEISTICS uH L (uh) 1 68uH 47uH L (uh) uH 5 15uH uH FEQUENCY (khz) IDC(A) L (uh) SSL136, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH 47uH 1uH FEQUENCY (khz) L (uh) SSL136, Q vs. FEQUENCY CHAACTEISTICS uH 47uH 1uH IDC(A)

173 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL53HC Series These series have been specially designed for high current, low voltage DC-DC converter applications. This simple, rugged design provides current ratings normally available only in much larger packages up to 16Arms for a.33 H part. With its tinned self-leaded construction, the SSL84HC achieves very low DC values and excellent solderability. In addition to the standard parts shown, custom values are also available. Features For high current, low voltage DC-DC converter applications. PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance High Current Dimensions Product Symbol Packaging: T: Tape and eel, B : Bulk Tolerance: M: 2% Note: YAGEO will start to release SSL_HC Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL53HC-56M-N SHAPES AND DIMENSIONS These inductors are less than.2 (5mm) high. They have very low resistance and a rugged self-leaded construction. Applications Notebook computers, Sep-up and step-down converters, memory programmers. etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF ** DC Isat *** Irms **** ( H 2%) * (MHz) ESISTANCE (A) (A) ( ) Max. SSL53HC-56M-S SSL53HC-12M-S SSL53HC-22M-S SSL53HC-47M-S SSL53HC-1M-S st SSL53HC-15M-S SSL53HC-22M-S nd. 3rd. 5. SSL53HC-33M-S SSL53HC-47M-S * Inductance Tested at.25 Vrms, 1 KHz ** SF measured using HP8753D network analyzer. *** Inductance Drop = 3% Typ. at Isat. **** T = 4 C Typ at Irms. Operating Temperature ange -4 C to +85 C Electrical Specifications at 25 C

174 YAGEO COPOATION SMD INDUCTO / BEADS SSL84HC Series SMD Power Inductors These series have been specially designed for high current, low voltage DC-DC converter applications. This simple, rugged design provides current ratings normally available only in much larger packages up to 16Arms for a.33 H part. With its tinned self-leaded construction, the SSL84HC achieves very low DC values and excellent solderability. In addition to the standard parts shown, custom values are also available. These inductors are less than.2 (5mm) high. They have very low resistance and a rugged self-leaded construction. Applications Notebook computers, Sep-up and step-down converters, memory programmers. etc... Features For high current, low voltage DC-DC converter applications. PODUCT IDENTIFICATION SSL - - ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF ** DC Isat *** Irms **** ( H 2%) * (MHz) ESISTANCE (A) (A) ( ) Max. SSL84HC-33M-S SSL84HC-68M-S SSL84HC-1M-S SSL84HC-15M-S SSL84HC-22M-S SSL84HC-27M-S SSL84HC-33M-S SSL84HC-47M-S International No. Tolerance Inductance High Current Dimensions Product Symbol Packaging: T: Tape and eel, B:Bulk Tolerance: M: 2% Note: YAGEO will start to release SSL_HC Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL53HC-56M-N SHAPES AND DIMENSIONS SSL84HC-68M-S SSL84HC-1M-S SSL84HC-15M-S SSL84HC-22M-S SSL84HC-33M-S SSL84HC-47M-S st. Significant Digit 2nd. Significant Digit 3rd. Multiplier SSL84HC-68M-S SSL84HC-11M-S * Inductance Tested at.1 Vrms, 1 KHz ** SF measured using HP8753D network analyzer *** Inductance Drop = 1% Typ. at Isat. **** T = 4 C Typ at Irms. Operating Temperature ange -4 C to +85 C Electrical Specifications at 25 C

175 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors SSL136HC Series These series have been specially designed for high current, low voltage DC-DC converter applications. This simple, rugged design provides current ratings normally available only in much larger packages up to 16Arms for a.33 H part. With its tinned self-leaded construction, the SSL84HC achieves very low DC values and excellent solderability. In addition to the standard parts shown, custom values are also available. Features For high current, low voltage DC-DC converter applications. PODUCT IDENTIFICATION SSL - - International No. Tolerance Inductance High Current Dimensions Product Symbol Packaging: T: Tape and eel, B:Bulk Tolerance: M: 2% Note: YAGEO will start to release SSL_HC Series inductors with lead-free terminals which meet SONY SS-259 s criteria for lead-free product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. SSL53HC-56M-N SHAPES AND DIMENSIONS These inductors are less than.2 (5mm) high. They have very low resistance and a rugged self-leaded construction. Applications Notebook computers, Sep-up and step-down converters, memory programmers. etc... ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE SF DC Isat ** Irms *** ( H 2%) * (MHz) ESISTANCE (A) (A) ( ) Max. SSL136HC-78M-S SSL136HC-15M-S SSL136HC-22M-S SSL136HC-33M-S SSL136HC-39M-S SSL136HC-47M-S st. Significant Digit 2nd. Significant Digit 3rd. Multiplier SSL136HC-6M-S SSL136HC-78M-S SSL136HC-1M-S SSL136HC-15M-S * L : Tested at.1 Vrms, 1 KHz (HP-4192A) 8. ** Isat : Inductance Drop = 1% Typ. *** T = 4 C Typ at Irms. Operating Temperature ange -4 C to +85 C

176 TAPE DIMENSIONS TAPE MATEIAL Carrier Tape : Polystyrene Cover Type : Polyethylene P P2 K K E W D Plastic Paper P 16mm Min. Blank Part Cover Tape Chip Mounting Part Blank 33mm Min. Leader EEL DIMENSIONS ECOMMENDED PATTEN Land Pattern A C B A B D D C TYPE TAPE ECOMMENDED EEL QUANTITY DIMENSIONS PATTEN DIMENSIONS /EEL K D E W P P P2 UNIT A B C D A B C D SSL53HC In mm SSL84HC In mm SSL136HC In mm

177 SSL SEIES ELIABILITY TEST 1-1 MECHANICAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Vibration Appearance : No Damage Test device shall be soldered on the substrate. L Change : within 1% Oscillation Frequency : 1 to 55 to 1Hz for 1Min. Q Change : within 3% Amplitude : 1.5mm DC : within Specification Time : 2Hrs. for each Axis (, Y & ), Total 6Hrs esistance to Appearance : No Damage Pre-heating : 15 C, 1Min. Soldering Heat Solder Composition : Sn/Pb = 63/37 Solder Temperature : 26 5 C Immersion Time : 1 1Sec Solderability The electrodes shall be at least 9% covered Pre-heating : 15 C, 1Min. with new solder coating. Solder Composition : Sn/Pb = 63/37 Solder Temperature : 23 5 C Immersion Time : 4 1Sec. 1-2 ENVIONMENTAL PEFOMANCE NO. ITEM SPECIFICATION TEST CONDITIONS Temperature Shock Appearance : No Damage 1 Cycles (Air to Air) 1 Cycles shall Consist of : L Change : within 1% 3Min. Exposure to -55 C L Change : within 3% 3Min. Exposure to 125 C DC : within Specification 15Sec. Max. Transition between Temperatures Measured after Exposure in the oom Condition for 24Hrs Temperature Cycle One Cycle Step Temperature ( C) Time (Min.) Total : 1 Cycles Measured after Exposure in the oom Condition for 24Hrs Humidity esistance Temperature : 4 2 C elative Humidity : 9 ~ 95% Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs High Temperature Temperature : 85 3 C esistance elative Humidity : 2% Applied Current : ated Current Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs Low Temperature Temperature : C esistance elative Humidity : % Time : 1Hrs. Measured after Exposure in the oom Condition for 24Hrs.

178 TYPICAL ELECTICAL CHAACTEISTICS Curves of SSL Series Test Instruments : SSL53HC, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 3 SSL53HC, Q vs. FEQUENCY CHAACTEISTICS uH uH L (uh) uH L (uh) uH 5 4.7uH FEQUENCY (khz) 1 4.7uH IDC(A) SSL84HC, INDUCTANCE vs. FEQUENCY CHAACTEISTICS uH SSL84HC, Q vs. FEQUENCY CHAACTEISTICS 25 22uH L (uh) 2 L (uh) 1 1uH 1uH 1 1.5uH uH FEQUENCY (khz) IDC(A) SSL136HC, INDUCTANCE vs. FEQUENCY CHAACTEISTICS 4 35 SSL136HC, Q vs. FEQUENCY CHAACTEISTICS 18 15uH 16 L (uh) uH 1uH 4.7uH L (uh) uH 4.7uH FEQUENCY (khz) IDC(A)

179 YAGEO COPOATION SMD INDUCTO / BEADS SMD Power Inductors STD84 Series Yageo SMD power inductors are best designed for noise / EMI / FI filters for surface mounting applications. These components contain tremendous electrode straight, solder heat resistance and outstanding solderability. These products are specially designed for flow, reflow and wave soldering required for surface mounting applications. PODUCT IDENTIFICATION STD - - International No. Tolerance Inductance Packaging Style Dimensions Product Symbol Applications Power supply, power amplifiers Switching regulators. Features For high current applications. Specially designed for high density surface applications. Ideal for solder flow, reflow and wave soldering applications. Packaging: T: Tape and eel Tolerance: M= 2% Note: YAGEO will start to release STD Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. STD119T-1M-B-N SHAPES AND DIMENSIONS ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE * DC ESISTANCE ATED CUENT ( H 1%) ( + ) (ma) STD84T-56K-S STD84T-68K-S STD84T-82K-S STD84T-11K-S STD84T-121K-S STD84T-151K-S STD84T-181K-S STD84T-221K-S STD84T-271K-S STD84T-331K-S * Tested at HP4263A 1KHz, 1 Volt. ** Inductance Drop = 1% Typ. at ated Isat. Operating Temperature ange -4 C to +85 C

180 YAGEO COPOATION SMD INDUCTO / BEADS STD119 Series SMD Power Inductors Yageo SMD power inductors are best designed for noise / EMI / FI filters for surface mounting applications. These components contain tremendous electrode straight, solder heat resistance and outstanding solderability. These products are specially designed for flow, reflow and wave soldering required for surface mounting applications. Applications For high current applications. Specially designed for high density surface applications. Ideal for solder flow, reflow and wave soldering applications. ELECTICAL CHAACTEISTICS PAT NO. INDUCTANCE DC ATED ( H 2%) * ESISTANCE CUENT ( ) (A) Max. STD119T-1M-B STD119T-12M-B STD119T-15M-B STD119T-18M-B STD119T-22M-B STD119T-27M-B STD119T-33M-B STD119T-39M-B STD119T-47M-B STD119T-56M-B STD119T-68M-B STD119T-82M-B STD119T-11M-B STD119T-121M-B STD119T-151M-B STD119T-181M-B STD119T-221M-B STD119T-271M-B STD119T-331M-B STD119T-391M-B STD119T-471M-B STD119T-561M-B STD119T-681M-B STD119T-821M-B STD119T-12M-B STD119T-122M-B Test Instruments : HP4261 F Impedance for L, IDC * Test at HP4263A 1KHz, 1Volt Digital Multimeter SC-741 for DC Features Power supply, power amplifiers Switching regulators. PODUCT IDENTIFICATION STD - - Packaging: T: Tape and eel Tolerance: M= 2% Note: YAGEO will start to release STD Series inductors with lead-free terminals which meet SONY SS-259 s criteria for leadfree product in Q2 of 24, and YAGEO Internal No will be changed to N as identification. Ex. STD119T-1M-B-N SHAPES AND DIMENSIONS International No. Tolerance Inductance Packaging Style Dimensions Product Symbol 14. +