CONTENTS. Product IDw Series Size Page. WIP Y series 2018 releasing. WMA series 2018 releasing. MIP Standard type series.

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2 CONTENTS AEC-Q200 Compliance Product IDw Series Size Page Metal Molding Power Inductor WIP P series 2016, 1.00T 2520, 1.00T 2520, 1.20T 6-7 WIP S series WIP Y series *2018 releasing WPA P series WPA S series WMM series 2016, 1.00T 2520, 1.00T 2520, 1.20T 2012, 0.65T 2016, 0.80T 2520, 0.80T 2012, 0.80T 2016, 1.00T 2520, 1.00T 2016, 1.00T 2520, 1.00T 2520, 1.20T 2016, 1.00T 2520, 1.00T 2520, 1.20T 0412, , 0520, , 0618, 0630, , 1350, WMA series *2018 releasing Ferrite Multilayer Power Inductor MIP Standard type series MIP W type series MIP P type series MPA Standard type series Ferrite Wire-Wound Power Inductor NIP series In planning 2012, 0.9T 2016, 0.9T 2520, 0.9T 2012, 0.9T 2520, 0.9T 1608, 0.8T 2012, 0.5T 2012, 0.9T 2016, 0.9T 1608, 0.8T 2012, 0.9T 2016, 0.9T 3012, 3015, , , 6028, TCD series Customer design 24 Appendix 25-28

3 POWER SOLUTION 2 POWER INDUCTOR INPAQ's power inductors own multiple process technique, such as Metal molding, Ferrite Multilayer, and Wire-wound types. Besides multiple processes, INPAQ also has optimally design ability to realize the small size and high performance inductors. Structure Description Series Metal Molding This product can be used for a wide range of high current power circuits from smart phones to industrial electronics and automotive device applications. It is composed by metal alloy materials and manufacture by molding process. WIP WPA WMM Ferrite Multilayer This product is characterized by small size and low profile, such as the 2016/2012/1608 and the height can below to 0.5mm. It can be used for lower power circuits, such as wearable devices, IoT Module and automotive device applications. It is composed by ferrite materials and manufacture by multilayer printing process. MIP MPA MNI Ferrite Wire-wound This product is characterized by its wide range of inductance. It is widely be used in DC-DC power supply circuits NIP TCD Type Series Application Product Metal Molding Wire-Wound type Tablet Network SSD Module Smartphone Notebook Server WIP WMM Power Inductor Ferrite Multilayer type Feature Phone HDDs WIFI / BT Module IOT Module Low Profile Device Low Power Charger MIP MNI Ferrite Wire-Wound type PC Network IPC LCD Pannel Charger Special apply for NFC Inductor NIP TCD **WPA / MPA, AECQ200 compliance ;

WMM series These series inductors are made by winding coils and welding it on a lead-frame, then MIP/MPA series These series

4 3 POWER SOLUTION Sectional view for each product WIP/WPA series These series inductors are made by winding coils and surrounding magnet around the coil. WMM series These series inductors are made by winding coils and welding it on a lead-frame, then surrounding magnet around the coil. MIP/MPA series These series inductors are made by printing electrodes on magnetic sheet and stacking sheets together. NIP series These series inductors are made by winding coils on magnetic core. INPAQ TECHNOLOGY CO., LTD.

5 POWER SOLUTION Product Guide Line 4 PRODUCT GUIDELINE Series WIP2016P WIP2520P WIP2016S WIP2520S WIP2012Y WIP2016Y WPA2016P WPA2520P WPA2016S WPA2520S WMM04 WMM05 WMM06 WMM10 WMM13 MIP2012 MIP2016 MIP2520 MIP2012W MIP2520W MIP1608P MIP2012P MIP2016P MPA2012 MPA2016 MPA2520 NIP03 NIP04 NIP05 NIP06 NIP08 Structure Metal Molding Multilayer Type Wire-Wound Inductance Range (µh) WIP Y Series : 2018 releasing TCD Series: Customized Design ;

5 METAL MOLDING POWER INDUCTOR FEATURES According to customer application and spec to

Do the right thing and do the thing right.

System Customer Applications & Spec. Mechanical System Spec.

choke Process development WIP DEVELOPING GENERATION High Isat WIP201610Y-R47ML DCR:

WIP201610S-R47ML DCR: T Type 23mΩ S Type WIP201610P -R47ML DCR: 33mΩ P Type DCR

6 5 METAL MOLDING POWER INDUCTOR FEATURES According to customer application and spec to design and develop product. Perfection of organizational efficiency. Do the right thing and do the thing right. Alloy powder development Density High Bs Low core loss Material System Simulation System Customer Applications & Spec. Mechanical System Spec. design Loss simulation Performance Verify Customer design / AE Wire wound Forming of choke Process development WIP DEVELOPING GENERATION High Isat WIP201610Y-R47ML DCR: WIP201610T-R47ML T type : on developing 19mΩ DCR: Y type : 2018 releasing Y Type 21mΩ WIP201610S-R47ML DCR: T Type 23mΩ S Type WIP201610P -R47ML DCR: 33mΩ P Type DCR APPEARANCE Dot : (optional) Winding direction note. Electrode Design: Avoid shorting with other device and shielding case. Insulation : ( by epoxy paste) Body Protection. INPAQ TECHNOLOGY CO., LTD.

7 METAL MOLDING POWER INDUCTOR WIP series 6 FEATURES High saturation current realized by material properties and structure design. Low DC resistance to achieve high conversion efficiency and lower temperature rising APPLICATIONS Apply in portable DC to DC converter line, Smart phone, PAD, Network etc.. EXPLANATION OF PART NUMBER WIP P 2R2 M L : Series Name: Wire-wound type power inductor 2: Size Code: The first two digitals: length(mm), The last two digitals: width(mm) 3: Thickness in mm 4: Material code: Iron powder 5: Initial inductance value: 2R2 = 2.2μH 6: Model code, Tolerance of Inductance ±20% 7: Electrode type DIMENSION Unit: mm L Size (EIA) (0805) (0805) (0806) (0806) (1008) (1008) L 2.00± ± ± ± ± ±0.20 W 1.20± ± ± ± ± ±0.20 T 0.80 MAX 1.00 MAX 0.80 MAX 1.00 MAX 1.00 MAX 1.20 MAX E 0.50± ± ± ± ± ±0.30 E T W RECOMMEND LAND PATTERN DIMENSIONS Unit: mm Size (EIA) A B C 2012 (0805) (0806) (1008) B C A Reel Packaging Quantity Part Size (EIA Size) 2012 (0805) 2016 (0806) 2520 (1008) Quantity (pcs) 3,000 3,000 3,000 ;

8 7 METAL MOLDING POWER INDUCTOR WIP P series PART NUMBERS & CHARACTERISTICS WIP P series Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Max. Typ. Max. WIP 2016P Series WIP201610P-R24ML % WIP201610P-R33ML % WIP201610P-R47ML % WIP201610P-R68ML % WIP201610P-1R0ML % WIP201610P-1R5ML % WIP201610P-2R2ML % WIP 2520P Series WIP252010P-R22ML % WIP252010P-R33ML % WIP252010P-R47ML % WIP252010P-R68ML % WIP252010P-1R0ML % WIP252010P-1R5ML % WIP252010P-2R2ML % WIP252010P-4R7ML % WIP252012P-R47ML % WIP252012P-R68ML % WIP252012P-1R0ML % WIP252012P-1R5ML % WIP252012P-2R2ML % WIP252012P-3R3ML % WIP252012P-4R7ML % WIP252012P-2R2ML % WIP252012P-3R3ML % WIP252012P-4R7ML % Test Instruments and Conditions Inductance is measured with Agilent LCR meter 4285A (or equivalent) at 1MHz/1V. DC resistance is measured with HIOKI micro-ohm meter RM3542 or equivalent. INPAQ TECHNOLOGY CO., LTD.

9 METAL MOLDING POWER INDUCTOR WIP S series 8 PART NUMBERS & CHARACTERISTICS WIP S series Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Max. Typ. Max. WIP 2016S Series WIP201610S-R47ML % WIP201610S-1R0ML % WIP201610S-1R5ML % WIP201610S-2R2ML % WIP 2520S Series WIP252010S-R33ML % WIP252010S-R47ML % WIP252010S-1R0ML % WIP252010S-2R2ML % WIP252012S-R47ML % WIP252012S-1R0ML % WIP252012S-2R2ML % Test Instruments and Conditions Inductance is measured with Agilent LCR meter 4285A (or equivalent) at 1MHz/1V. DC resistance is measured with HIOKI micro-ohm meter RM3542 or equivalent. WIP Y series PART NUMBERS & CHARACTERISTICS WIP Y series Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Max. Typ. Max. WIP 2012Y Series WIP201208Y-R47ML % WIP201210Y-1R0ML % WIP 2016Y Series WIP201608Y-R47ML % WIP201608Y-1R0ML % WIP201610Y-R47ML % WIP201610Y-1R0ML % Test Instruments and Conditions Inductance is measured with Agilent LCR meter 4285A (or equivalent) at 1MHz/1V. DC resistance is measured with HIOKI micro-ohm meter RM3542 or equivalent. ;

9 METAL MOLDING POWER INDUCTOR WPA series AEC-Q200 Compliance FEATURES High saturation current realized by material properties and structure design.

10 9 METAL MOLDING POWER INDUCTOR WPA series AEC-Q200 Compliance FEATURES High saturation current realized by material properties and structure design. Low DC resistance to achieve high conversion efficiency and lower temperature rising APPLICATIONS Apply in portable DC to DC converter line, Smart phone, PAD, Network etc.. EXPLANATION OF PART NUMBER WPA P 2R2 M L : Series Name: Wire-wound type power inductor 2: Size Code: The first two digitals: length(mm), The last two digitals: width(mm) 3: Thickness in mm 4: Material code: Iron powder 5: Initial inductance value: 2R2 = 2.2μH 6: Model code, Tolerance of Inductance ±20% 7: Electrode type DIMENSION Unit: mm L Size (EIA) (0805) (0805) (0806) (0806) (1008) (1008) L 2.00± ± ± ± ± ±0.20 W 1.20± ± ± ± ± ±0.20 T 0.80 MAX 1.00 MAX 0.80 MAX 1.00 MAX 1.00 MAX 1.20 MAX E 0.50± ± ± ± ± ±0.30 E T W RECOMMEND LAND PATTERN DIMENSIONS Unit: mm Size (EIA) A B C 2012 (0805) (0806) (1008) B C A Reel Packaging Quantity Part Size (EIA Size) 2012 (0805) 2016 (0806) 2520 (1008) Quantity (pcs) 3,000 3,000 3,000 INPAQ TECHNOLOGY CO., LTD.

11 METAL MOLDING POWER INDUCTOR WPA series AEC-Q200 Compliance 10 PART NUMBERS & CHARACTERISTICS WPA series Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Max. Typ. Max. WPA 2016P Series WPA201610P-R33ML % WPA201610P-R47ML % WPA201610P-R68ML % WPA201610P-1R0ML % WPA201610P-1R5ML % WPA201610P-2R2ML % WPA2520P Series WPA252010P-R22ML % WPA252010P-R33ML % WPA252010P-R47ML % WPA252010P-R68ML % WPA252010P-1R0ML % WPA252010P-1R5ML % WPA252010P-2R2ML % WPA252010P-4R7ML % WPA252012P-R47ML % WPA252012P-R68ML % WPA252012P-1R0ML % WPA252012P-1R5ML % WPA252012P-2R2ML % WPA252012P-3R3ML % WPA252012P-4R7ML % WPA 2016S Series WPA201610S-R47ML % WPA201610S-1R0ML % WPA201610S-1R5ML % WPA201610S-2R2ML % WPA 2520S Series WPA252010S-R47ML % WPA252010S-1R0ML % WPA252010S-2R2ML % WPA252012S-R47ML % WPA252012S-1R0ML % WPA252012S-2R2ML % Test Instruments and Conditions Inductance is measured with Agilent LCR meter 4285A (or equivalent) at 1MHz/1V. DC resistance is measured with HIOKI micro-ohm meter RM3542 or equivalent. ;

12 11 METAL MOLDING POWER INDUCTOR WMM series FEATURES Magnetic shielded construction Frequency range up to 3.0MHz Higher rated current, capable handling at high current spikes APPLICATIONS Notebook / Desktop applications VGA card applications DC-DC Converter applications Low profile, high current power supplies EXPLANATION OF PART NUMBER WMM 0412 DX 1R0 M : Product Series Name 2: Dimensions 3: Type Name 4: Product type Inductance (μh) 5: Model code: Inductance tolerance ( M±20%; N±30%) DIMENSION Unit: mm TYPE L W H W L 1R0 H TYPE L W H RECOMMEND LAND PATTERN DIMENSIONS Unit: mm A Size (EIA) Recommended Land Patterns A B C WMM WMM WMM WMM WMM WMM WMM WMM WMM WMM WMM WMM B C INPAQ TECHNOLOGY CO., LTD.

13 METAL MOLDING POWER INDUCTOR WMM series 12 PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Typ. WMM0412DX-R33M % WMM0412DX-R47M % WMM0412DX-R68M % WMM0412DX-1R0M % WMM0412DX-1R5M % WMM0412DX-2R2M % WMM0412DX-3R3M % WMM0412DX-4R7M % WMM0412DX-100M % WMM0420DX-R22M % WMM0420DX-R47M % WMM0420DX-R56M % WMM0420DX-R68M % WMM0420DX-1R0M % WMM0420DX-1R5M % WMM0420DX-2R2M % WMM0420DX-3R3M % WMM0420DX-4R7M % WMM0420DX-6R8M % WMM0420DX-100M % WMM0515DX-1R0M % WMM0515DX-1R2M % WMM0515DX-1R5M % WMM0515DX-2R2M % WMM0515DX-3R3M % WMM0515DX-4R7M % WMM0515DX-6R8M % WMM0515DX-100M % ;

14 13 METAL MOLDING POWER INDUCTOR WMM series PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Typ. WMM0520DX-R22M % WMM0520DX-R24M % WMM0520DX-R33M % WMM0520DX-R47M % WMM0520DX-R56M % WMM0520DX-R68M % WMM0520DX-1R0M % WMM0520DX-1R2M % WMM0520DX-1R5M % WMM0520DX-2R2M % WMM0520DX-3R3M % WMM0520DX-4R7M % WMM0520DX-5R6M % WMM0520DX-6R8M % WMM0520DX-100M % WMM0530DX-1R0M % WMM0530DX-2R2M % WMM0530DX-3R3M % WMM0530DX-4R7M % WMM0530DX-6R8M % WMM0530DX-100M % WMM0615DX-R33M % WMM0615DX-R47M % WMM0615DX-R56M % WMM0615DX-R68M % WMM0615DX-R82M % WMM0615DX-1R0M % WMM0615DX-1R5M % WMM0615DX-2R2M % WMM0615DX-3R3M % WMM0615DX-4R7M % WMM0615DX-5R6M % WMM0615DX-6R8M % INPAQ TECHNOLOGY CO., LTD.

15 METAL MOLDING POWER INDUCTOR WMM series 14 PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Typ. WMM0618DX-R22M % WMM0618DX-R33M % WMM0618DX-R47M % WMM0618DX-R68M % WMM0618DX-R82M % WMM0618DX-1R0M % WMM0618DX-2R2M % WMM0618DX-3R3M % WMM0618DX-4R7M % WMM0618DX-6R8M % WMM0618DX-8R2M % WMM0618DX-100M % WMM0630DX-R22M % WMM0630DX-R33M % WMM0630DX-R47M % WMM0630DX-R56M % WMM0630DX-R68M % WMM0630DX-R82M % WMM0630DX-1R0M % WMM0630DX-1R5M % WMM0630DX-2R2M % WMM0630DX-3R3M % WMM0630DX-4R7M % WMM0630DX-6R8M % WMM0630DX-8R2M % WMM0630DX-100M % WMM0630DX-150M % WMM0630DX-220M % ;

16 15 METAL MOLDING POWER INDUCTOR WMM series PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Typ. WMM0650DX-R68M % WMM0650DX-R82M % WMM0650DX-1R0M % WMM0650DX-1R5M % WMM0650DX-2R2M % WMM0650DX-3R3M % WMM0650DX-4R7M % WMM0650DX-5R6M % WMM0650DX-6R8M % WMM0650DX-8R2M % WMM0650DX-100M % WMM1040DX-R47M % WMM1040DX-R68M % WMM1040DX-1R0M % WMM1040DX-2R2M % WMM1040DX-3R3M % WMM1040DX-4R7M % WMM1040DX-5R6M % WMM1040DX-6R8M % WMM1040DX-8R2M % WMM1040DX-100M % WMM1040DX-150M % WMM1040DX-220M % WMM1040DX-330M % WMM1040DX-470M % WMM1040DX-680M % INPAQ TECHNOLOGY CO., LTD.

17 METAL MOLDING POWER INDUCTOR WMM series 16 PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (mω) Isat (A) Irms (A) L W T Value Tolerance (%) Typ. Max. Typ. Typ. WMM1350DX-R68M % WMM1350DX-1R0M % WMM1350DX-1R5M % WMM1350DX-2R2M % WMM1350DX-3R3M % WMM1350DX-100M % WMM1350DX-220M % WMM1350DX-270M % WMM1350DX-330M % WMM1350DX-470M % WMM1360DX-3R3M % WMM1360DX-4R7M % WMM1360DX-6R8M % WMM1360DX-8R2M % WMM1360DX-100M % WMM1360DX-120M % WMM1360DX-150M % WMM1360DX-220M % WMM1360DX-270M % WMM1360DX-330M % WMM1360DX-470M % WMM1360DX-680M % WMM1360DX-101M % ;

. EXPLANATION OF PART NUMBER MIP 2012 M 2R2 M B E 1 2 3 4 5 6 7 1: Series Name 2: Size Code: The first two digitals: length(mm),the last two digitals: width(mm) 3: Material Code 4: Inductance:

18 17 FERRITE MULTILAYER POWER INDUCTOR MIP series FEATURES High - performance, low-profile multilayer power inductors with superior DC superimposing characteristics and low DC resistance. APPLICATIONS Small mobile devices such as smartphones, wifi module, Iot module, SSD etc.. EXPLANATION OF PART NUMBER MIP 2012 M 2R2 M B E : Series Name 2: Size Code: The first two digitals: length(mm),the last two digitals: width(mm) 3: Material Code 4: Inductance: R=Decimal point,unit=μh 5: Tolerance: M=±20% 6: Soldering: Green Parts,B=Lead-Free for whole chip 7: Packaging: E=Embossed plastic tape, 7" reel DIMENSION Unit: mm Size (EIA) 1608 (0603) 2012 (0805) 2016 (0806) 2520 (1008) L 1.60± ± ± ±0.20 W 0.80± ± ± ±0.20 L W T T 0.80± ± ± ±0.10 E 0.30± ± ± ±0.30 E RECOMMEND LAND PATTERN DIMENSIONS Unit: mm Size (EIA) A B C ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 2.0 A B C Reel Packaging Quantity Part Size (EIA Size) 1608 (0603) 2012 (0805) 2016 (0806) 2520 (1008) Quantity (pcs) 4,000 3,000 3,000 3,000 INPAQ TECHNOLOGY CO., LTD.

19 FERRITE MULTILAYER POWER INDUCTOR MIP Standard series 18 PART NUMBERS & CHARACTERISTICS Part No. Inductance ±20% (μh) DCR ±25% (Ω) Rated Current (ma) SRF (MHz) MIP2012 Series MIP2012 1R0MBE MIP2012 2R2MBE MIP2012 3R3MBE MIP2012 4R7MBE MIP2016 Series MIP2016 2R2MBE MIP2016 4R7MBE MIP2520 Series MIP2520 R47MBE MIP2520 1R0MBE MIP2520 1R5MBE MIP2520 2R2MBE MIP2520 3R3MBE MIP2520 4R7MBE HP4291B-RF Impedance / Material Analyzer Test Instruments and Conditions HP4338A/B Milliohm meter Test Frequency : 1MHz / OSC Level : 100mV 1: For special part number which is not shown in the above table, please refer to 2: Apply DC 0.4 ~ 0.6A to chip for 1 ~ 3 sec. before to measure inductance. MIP W series Part No. Inductance ±20% (μh) DCR ±25% (Ω) Rated Current (ma) SRF (MHz) MIP2012W Series MIP2012W 2R2MBE MIP2012W 4R7MBE MIP2012W 5R6MBE MIP2520W Series MIP2520W 1R0MBE MIP2520W 2R2MBE MIP2520W 3R3MBE MIP2520W 4R7MBE HP4291B-RF Impedance / Material Analyzer Test Instruments and Conditions HP4338A/B Milliohm meter Test Frequency : 1MHz / OSC Level : 100mV 1: For special part number which is not shown in the above table, please refer to 2: Apply DC 0.4 ~ 0.6A to chip for 1 ~ 3 sec. before to measure inductance. ;

20 19 FERRITE MULTILAYER POWER INDUCTOR MIP P series PART NUMBERS & CHARACTERISTICS Part No. Inductance ±20% (μh) DCR ±25% (Ω) Rated Current (ma) SRF (MHz) MIP1608P Series MIP1608P R24MBP MIP1608P R47MBP MIP1608P 1R0MBP MIP1608P 2R2MBP MIP2012P Series MIP2012P R47MBE MIP2012P 1R0MBE MIP2012P 2R2MBE MIP2016P Series MIP2016P R47MBE MIP2016P 1R0MBE MIP2016P 2R2MBE HP4291B-RF Impedance / Material Analyzer Test Instruments and Conditions HP4338A/B Milliohm meter Test Frequency : 1MHz / OSC Level : 100mV MPA series AEC-Q200 Compliance Part No. Inductance ±20% (μh) DCR ±25% (Ω) Rated Current (ma) SRF (MHz) MPA2012 Series MPA2012 2R2MBE MPA2012 4R7MBE MPA2016 Series MPA2016 2R2MBE MPA2016 4R7MBE MPA2520 Series MPA2520 1R0MBE MPA2520 1R5MBE MPA2520 2R2MBE MPA2520 3R3MBE MPA2520 4R7MBE HP4291B-RF Impedance / Material Analyzer Test Instruments and Conditions HP4338A/B Milliohm meter Test Frequency : 1MHz / OSC Level : 100mV ** For special part number which is not shown in the above table, please refer to appendix. INPAQ TECHNOLOGY CO., LTD.

21 FERRITE WIRE-WOUND POWER INDUCTOR NIP series 20 FEATURES Low RDC, high current handling inductor. Magnetically shielded structure that ensures the high-density mounting configurations. APPLICATIONS Apply in Notebook, SSD, PDA, DSC, DC-DC Converters, etc. EXPLANATION OF PART NUMBER NIP 3015 DX 1R0 M : Product Series Name 2: Dimensions 3: Type Name 4: Inductance (μh) 5: Inductance tolerance ( M±20%; N±30%) DIMENSION Unit: mm L H TYPE L W H W TYPE L W H A RECOMMEND LAND PATTERN DIMENSIONS Unit: mm Size (EIA) Recommended Land Patterns A B E NIP NIP NIP NIP NIP NIP NIP NIP B E E ;

22 21 FERRITE WIRE-WOUND POWER INDUCTOR NIP series PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (Ω) Isat (A) Irms (A) L W T (max) Value Typ. Max. Max. Max. NIP3015DX-1R0N NIP3015DX-1R5N NIP3015DX-2R2M NIP3015DX-3R3M NIP3015DX-4R7M NIP3015DX-6R8M NIP3015DX-100M NIP3015DX-220M NIP4018DX-1R0N NIP4018DX-1R5N NIP4018DX-2R2M NIP4018DX-3R3M NIP4018DX-4R7M NIP4018DX-6R8M NIP4018DX-100M NIP4018DX-150M NIP4018DX-220M NIP4018DX-330M NIP4018DX-470M NIP4018DX-680M INPAQ TECHNOLOGY CO., LTD.

23 FERRITE WIRE-WOUND POWER INDUCTOR NIP series 22 PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (Ω) Isat (A) Irms (A) L W T (max) Value Typ. Max. Max. Max. NIP5020DX-R47N NIP5020DX-1R0N NIP5020DX-1R5N NIP5020DX-2R2N NIP5020DX-3R3N NIP5020DX-4R7M NIP5020DX-6R8M NIP5020DX-100M NIP5020DX-150M NIP5020DX-220M NIP5040DX-1R0N NIP5040DX-1R2N NIP5040DX-1R5N NIP5040DX-2R2N NIP5040DX-3R3N NIP5040DX-4R7M NIP5040DX-6R8M NIP5040DX-100M NIP5040DX-150M NIP5040DX-220M NIP6020DX-R80N NIP6020DX-1R5N NIP6020DX-2R2N NIP6020DX-3R3N NIP6020DX-4R7N NIP6020DX-6R8N NIP6020DX-100M NIP6020DX-220M ;

24 23 FERRITE WIRE-WOUND POWER INDUCTOR NIP series PART NUMBERS & CHARACTERISTICS Part No Dimension (mm) Inductance (µh) DCR (Ω) Isat (A) Irms (A) L W T (max) Value Typ. Max. Max. Max. NIP6028DX-R90N NIP6028DX-1R5N NIP6028DX-2R2N NIP6028DX-3R0N NIP6028DX-4R7M NIP6028DX-100M NIP6028DX-150M NIP6028DX-220M NIP6028DX-330M NIP6028DX-470M NIP6028DX-680M NIP6028DX-101M NIP6045DX-1R0N NIP6045DX-2R2N NIP6045DX-3R3N NIP6045DX-4R7N NIP6045DX-6R8N NIP6045DX-100M NIP6045DX-150M NIP6045DX-220M NIP8040DX-1R0N NIP8040DX-2R2N NIP8040DX-3R3N NIP8040DX-3R6N NIP8040DX-4R7N NIP8040DX-6R8N NIP8040DX-8R2M NIP8040DX-100M NIP8040DX-150M NIP8040DX-220M INPAQ TECHNOLOGY CO., LTD.

FERRITE WIRE-WOUND POWER INDUCTOR TCD serise 24 EXPLANATION OF PART NUMBER TCDTX 533 68K UL 1 2 3 4 1: Product Name : Ring Core Dipping Type 2: Core Dimension 3: Inductance (μh) 4: Internal code

25 FERRITE WIRE-WOUND POWER INDUCTOR TCD serise 24 EXPLANATION OF PART NUMBER TCDTX K UL : Product Name : Ring Core Dipping Type 2: Core Dimension 3: Inductance (μh) 4: Internal code /Serial number Ring Toroid Core choke TCDTX 533 TCDTX 633 Winding type Two wire winding Winding type Two wire winding Wire Ø Thin than Ø 0.6 Wire Ø Thin than Ø 0.6 Winding Turns (T) 4~10 Turns +Base Winding Turns (T) 4~10 Turns +Base TCDTX 953 TCDTX 1264 Winding type Two wire winding Winding type Two wire winding Wire Ø Thin than Ø 0.6 Wire Ø Thin than Ø 0.6 Winding Turns (T) 4~16 Turns +Base Winding Turns (T) 4~24 Turns +Base Strength Automatic Winding Automatic Assembly * TCD Series: Custom design ;

26 25 APPENDIX Reliability and Test Condition For WIP Products Test item Test condition Criteria Resistance to Solder Heat 1. Solder temperature : 260 ± 5 C 2. Flux : Rosin 3. DIP time : 10 ± 1 sec 1. More than 95 % of terminal electrode should be covered with new solder 2. No mechanical damage 3. Inductance value should be within ± 20% of the initial value Adhesive Test 1. Reflow temperature : 245 C It shall be Soldered on the substrate applying direction parallel to the substrate 2. Apply force(f) : 5 N 3. Test time : 10 sec 1. No mechanical damage 2. Soldering the products on PCB after the pulling test force > 5 N Temperature Cycle 1. Temperature:-50 ~ 125 C For 30 minutes each 2. Cycle: 500 cycles 3. Measurement: At ambient temperature 24 hours after test completion 1. No mechanical damage 2. Inductance should be within ±20% of the initial value Dry Heat Test 1. Temperature: 85 ± 2 C 2. Testing time: 500 hrs 3. Applied current: Full rated current 4. Measurement: At ambient temperature 24 hours after test completion 1. No mechanical damage 2. Inductance should be within ± 20% of the initial value Humidity Test 1. Temperature: 60 ± 2 C 2. Humidity: % RH 3. Applied current: Full rated current 4. Testing time: 500 hrs 5. Measurement: At ambient temperature 24 hours after test completion 1. No mechanical damage 2. Inductance should be within ±20% of the initial value INPAQ TECHNOLOGY CO., LTD.

27 APPENDIX Reliability and Test Condition 26 For MIP Products Test item Test condition Criteria Resistance to Solder Heat 1. Solder temperature : 260 ± 5 C 2. Flux : Rosin 3. DIP time : 10 ± 1 sec 1. More than 95 % of terminal electrode should be covered with new solder 2. No mechanical damage 3. Inductance value should be within ± 20 % of the initial value * Apply DC 0.4 ~ 0.6A to chip for 1 ~ 3 sec. before to measure inductance. Solderability 1. Solder temperature : 235 ± 5 C 2. Flux : Rosin 3. DIPtime:5±1sec 1. More than 95 % of terminal electrode should be covered with new solder 2. No mechanical damage Adhesive Test 1. Reflow temperature : 245 C It shall be Soldered on the substrate applying direction parallel to the substrate 2. Apply force(f) : 5 N 3. Test time : 10 sec 1. No mechanical damage 2. Soldering the products on PCB after the pulling test force > 5 N Temperature Cycle Temperature Cycle 1. Temperature:-40 ~ 85 CFor 30 minutes each 2. Cycle: 100 cycles 3. Measurement:At ambient temperature 24 hours after test completion 1. No mechanical damage 2. Inductance should be within ±20% of the initial value * Apply DC 0.4 ~ 0.6A to chip for 1 ~ 3 sec. before to measure inductance. ;

28 27 APPENDIX Reliability and Test Condition For WPA/MPA Products follow AECQ200 Tabel5 Test item Test condition Criteria Resistance to Solder Heat 1. Solder temperature : 260 ± 5 C 2. Flux : Rosin 3. DIP time : 10 ± 1 sec 1. More than 95 % of terminal electrode should be covered with new solder 2. No mechanical damage 3. Inductance value should be within ± 20% of the initial value Terminal Strength 1. Reflowtemperature: 245 C It shall be soldered on the substrate. Force applying direction parallel to the substrate. 2. Apply force(f) : 17.7 N (1.8Kg) 3. Test time: 60± 1 sec 1. No mechanical damage 2. Inductance value should be within ± 20% of the initial value Temperature Cycle 1. Temperature: -40 ~ 125 C for 30 minutes at each temperature extreme. 2. Cycle: 1000 cycles 3. Measurement: At ambient temperature 24± 4 hours after test completion. 1. No mechanical damage 2. Inductance should be within ±20% of the initial value Operational Life 1. Temperature: 105 C 2. Testing time: 1000 hours 3. Applied current: Full rated current 4. Measurement: At ambient temperature 24± 4 hours after test completion. 1. No mechanical damage 2. Inductance should be within ± 20% of the initial value Biased Humidity 1. Temperature: 85 C 2. Humidity: 85% RH 3. Testing time: 1000 hours 4. Measurement: At ambient temperature 24± 4 hours after test completion. 1. No mechanical damage 2. Inductance should be within ±20% of the initial value INPAQ TECHNOLOGY CO., LTD.

29 APPENDIX Recommendable reflow soldering 28 Profile Feature Pb-Free Assembly Average Ramp-Up Rate (Tsmax to Tp) 3 C /second max. Preheat Temperature Min (Tsmin) 150 C Temperature Max (Tsmax) 200 C Time (tsmin to tsmax) seconds Time maintained above: Temperature (TL) 217 C Time (tl) seconds Peak/Classification Temperature (Tp) 260 C Time within 5 C of actual Peak Temperature (tp) seconds Ramp-Down Rate 6 C /second max. Time 25 C to Peak Temperature 8 minutes max. ;

30 29 Cross Reference For WIP Series INPAQ Cyntec TOKO / Murata Chilisin Sunlord ICT Semco WIP-Y WIP2016Y HTQH2016 EHEI2016 MP2016ER CIGT2016EH WIP2016S HMMQ2016 DFE2016F HEI2016 WPN2016U MP2016HR CIGT2016EH WIP-S WIP2520S HMMQ2520 DFE2520F HEI2520 WPN2520U MP2520HR CIGT2016EH WIP2520P PIFE/PCSB2520 DFE2520C/P/R MHCD2520 WPN2520 SPH2520 MP2520ER CIGT2520LM WIP-P WIP2016P PIFE/PCSB2016 DFE2016C/P/R MHCD2016 WPN2016 SPH2016 MP2016ER CIGT2520LM INPAQ TECHNOLOGY CO., LTD.

Petersburg Nagold Moscow Seoul Wuxi Xian Suzhou Shenzhen Osaka Seattle Tokyo Shanghai Taipei Miaoli (Headquarters) Minnesota Atlanta New Hampshire Bangalore Taichung Sales Site Plant Site Agent

11, Ke-Yi St., Chunan, Miaoli 35059, Taiwan (R.O.C) TEL: +886-37-585-555 FAX: +886-37-585-511 TAIPEI OFFICE 11261 台北市北投區立功街 106 號 1 樓 1F, No.

32 Petersburg Nagold Moscow Seoul Wuxi Xian Suzhou Shenzhen Osaka Seattle Tokyo Shanghai Taipei Miaoli (Headquarters) Minnesota Atlanta New Hampshire Bangalore Taichung Sales Site Plant Site Agent 佳邦科技股份有限公司 INPAQ TECHNOLOGY CO., LTD. http: // http: // 業務據點 / SALES SITE HEADQUARTERS MIAOLI PLANT 苗栗縣竹南鎮公義里 11 鄰科義街 11 號 No.11, Ke-Yi St., Chunan, Miaoli 35059, Taiwan (R.O.C) TEL: FAX: TAIPEI OFFICE 台北市北投區立功街 106 號 1 樓 1F, No.106, Ligong Street, Beitou District, Taipei City, 11261, Taiwan (R.O.C.) TEL: FAX: SHENZHEN OFFICE 廣東省深圳市南山區科技園中區科苑路 15 號科興科學園 A 棟 2 單元 802 室 RM 802, Unit 2, Bld A, KEXING SCIENCE PARK, No.15, Keyuan Avenue, Central Zone, High-tech Zone, Nanshan District, Shenzhen City, Guangdong Province, China TEL: FAX: SHANGHAI OFFICE 上海市徐匯區中山西路 1800 號兆豐環球大廈 14 樓 J2 座 J2, 14th Floor, Zhao Feng Universe Building Block, No Zhongshan West Road, Xuhui District, Shanghai City , China TEL: FAX: Xian OFFICE 中國陝西省西安市高新區丈八一路綠地 SOHO 同盟 B 座 608 室 Room No.608, Plaza B, GreenLand SOHO Association Zhangbayi Road, Gaoxin Area, Xian City Zone, Shaanxi, China TEL: FAX: USA OFFICE 21 Echo Brook Road, Rochester, NH 03839, U.S.A. TEL: FAX: KOREA OFFICE 221 Raemian Seocho Univill, , Seocho-Dong, Seocho_Gu, Seoul , Korea TEL: FAX: AUTHORIZED AGENT Russia: Petersburg, Moscow USA: Seattle, Minnesota, Atlanta Germany: Nagold India: Bangalore Japan: Tokyo, Osaka 工廠據點 / PLANT SITE Taiwan INPAQ TECHNOLOGY (TAICHUNG) CO., LTD 台中市大雅區秀山村科雅路 27 號 4 樓 ( 中科第一期標準廠房四樓 ) 4F, No.27, Keya Road, Daya Dist., Taichung City 42881, Taiwan (R.O.C.) TEL: FAX: China INPAQ TECHNOLOGY (SUZHOU) CO., LTD 江蘇省蘇州相城區黃埭鎮潘陽工業園春秋路 5 號 No.5, Chunqiu Road, Panyang Industrial Park, Huangdai Town, Xiangcheng Zone, Suzhou City, Jiangsu Province, China TEL: FAX: China INPAQ TECHNOLOGY (China) CO., LTD 江蘇省無錫市錫山經濟開發區安鎮安泰一路 81 號 Antai No 1 road 81, AnZheng town, Xishan Economic Development Zone, Wuxi City, JiangSu Province, China TEL: FAX:

INPAQ Products for. Automotive HALOGEN AEC-Q200 FREE

INPAQ Products for. Automotive HALOGEN AEC-Q200 FREE INPAQ Products for Automotive 佳邦科技 INPAQ TECHNOLOGY CO., LTD. AEC-Q200 HALOGEN HF FREE 佳邦科技股份有限公司 INPAQ TECHNOLOGY CO., LTD. HEADQUARTERS 35059 苗栗縣竹南鎮公義里 11 鄰科義街 11 號 No.11, Ke-Yi St., Chunan, Miaoli 35059,