TODA-ISU Corporation. SMD Power Inductor. SPI series. SMD Team

Transcript

1 SMD Power Inductor SPI series TODA-ISU Corporation

2 Advantages & Applications Advantages Low profile High current capability & Low DCR Low temperature rise Increased thermal efficiency Patent (Coil Integrated Inductor) Applications Vehicle : ISG(Idle Stop & Go), Audio, HID ballast, Navigation Display : TV, PC, Notebook High current converters Voltage regulator module (VRM) Portable electronics Korea Registration No , U.S Patent Application No. 11/ Strong Point Possession of know-how (Manufacture experience 8~9 years) Main customers : Samsung, LG, AUDI, GM, Hyundai High speed development for customer needs AEC-Q200 Certification : Supply in Car-Customer(*AEC-Q200 품질안전자동차규격획득 ) High Quality Products Japanese Quality Management

3 Characteristics Standard Atmospheric Condition Ambient Temperature : 25 Relative Humidity : 65% Air Pressure : 1013 hpa Operation Temperature -55 ~ 150 As the product temperature rises due to self-heating, the margin must be taken into account. Electrical Characteristic Item Inductance (uh) DC Resistance (mω) Saturation Rated Current (A) Temperature Rise Current (A) Insulation Resistance (MΩ) Conditions Measuring Point : Across Terminals Frequency : 1KHz, 100KHz, 1MHz Voltage : 100mV Ambient Temperature Depends on inductance saturation. (20% reduction from initial L value) Inductance reduction from Initial value shall be under 20% when rated current is applied for 5 minute. Surface Temperature of the Product ΔT = 40 C DC 50V voltage shall be applied for 5 sec.

4 SPI Series catalog SPI SERIES (4.45 x 4.06 x 1.5mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI R8 6.8 SPI

5 SPI SERIES Performance graph

6 SPI SERIES Performance graph

7 SPI Series catalog SPI SERIES (4.45 x 4.06 x 2.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (M ax,mω) Saturation Rated Current (Typical,A) Temperature Ris e Current (Typical,A) S P I R S P I R S P I R S P I S P I

8 SPI SERIES Performance graph

9 SPI SERIES Performance graph

10 SPI SERIES (5.1 x 5.5 x 2.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R5 SPI R SPI R3 SPI R SPI R8 SPI SPI

11 SPI SERIES Performance graph

12 SPI SERIES (5.1 x 5.5 x 3.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R0 SPI R SPI R SPI R SPI R SPI R SPI SPI

13 SPI SERIES Performance graph

14 SPI SERIES Performance graph

15 SPI SERIES (6.47 x 7.5 x 1.5mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (M ax,mω) Saturation Rated Current (Typical,A) Temperature Ris e Current (Typical,A) S P I R S P I R S P I R S P I R S P I R S P I

16 SPI SERIES Performance graph

17 SPI SERIES Performance graph

18 SPI Series catalog SPI SERIES (6.47 x 7.0 x 1.8mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (M ax,mω) Saturation Rated Current (Typical,A) Temperature Ris e Current (Typical,A) SPI R SPI R SPI R SPI R SPI

19 SPI SERIES Performance graph

20 SPI SERIES Performance graph

21 SPI SERIES (6.47 x 7.0 x 2.4mm) Part No Inductance (μh) DCR ( Typical,mΩ) DCR (M ax,mω) Saturation Rated Current ( Typical,A) Temperature Ris e Current ( Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI

22 SPI SERIES Performance graph

23 SPI SERIES Performance graph

24 SPI SERIES Performance graph

25 SPI SERIES (6.47 x 7.0 x 3.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI SPI

26 SPI SERIES Performance graph

27 SPI SERIES Performance graph

28 SPI SERIES Performance graph

29 SPIP SERIES (6.47 x 7.0 x 4.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI SPI

30 SPIP SERIES Performance graph

31 SPIP SERIES Performance graph

32 SPI SERIES (10.0 x 10.7 x 4.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (M ax,mω) Saturation Rated Current (Typical,A) Temperature Ris e Current (Typical,A) S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I S P I

33 SPI SERIES Performance graph

34 SPI SERIES Performance graph

35 SPI SERIES Performance graph

36 SPI SERIES (10.0 x 10.7 x 5.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI SPI SPI SPI SPI

37 SPI SERIES Performance graph

38 SPI SERIES Performance graph

39 SPI SERIES Performance graph

40 SPI SERIES (12.7 x 13.0 x 4.0mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (M ax,mω) Saturation Rated Current (Typical,A) Temperature Ris e Current (Typical,A) S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I

41 SPI SERIES Performance graph

42 SPI SERIES Performance graph

43 SPI SERIES Performance graph

44 SPI SERIES Performance graph

45 SPI SERIES (12.7 x 13.0 x 5.0mm) S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I R S P I S P I S P I S P I

46 SPI SERIES Performance graph

47 SPI SERIES Performance graph

48 SPI SERIES Performance graph

49 SPI SERIES Performance graph

50 SPI SERIES (12.7 x 13.0 x 6.5mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI SPI SPI SPI

51 SPI SERIES Performance graph

52 SPI SERIES Performance graph

53 SPI SERIES Performance graph

54 SPI SERIES (17.0 x 17.8 x 7.5mm) Part No Inductance (μh) DCR (Typical,mΩ) DCR (Max,mΩ) Saturation Rated Current (Typical,A) Temperature Rise Current (Typical,A) SPI R SPI R SPI R SPI R SPI R SPI R SPI R SPI SPI SPI SPI

55 SPI SERIES Performance graph

56 SPI SERIES Performance graph

57 SPI SERIES Performance graph

58 Packing (070 series) Carrier Tape Dimensions 4.0±0.1 12± ±0.1 16±0.3 Reel Dimensions 17± ± ±2.0 Φ13± ±0.2 Quantity per Reel : 1,000pcs Reel Size : 330mm(13inch)

59 Packing (100 seires) Carrier Tape Dimensions 4.0±0.1 16± ±0.1 24±0.3 Reel Dimensions 25± ± ±2.0 Φ13± ±0.2 Quantity per Reel : 500pcs Reel Size : 330mm(13inch)

60 Packing (130 seires) Carrier Tape Dimensions 4.0±0.1 16± ±0.1 24±0.3 Reel Dimensions 25± ± ±2.0 Φ13± ±0.2 Quantity per Reel : 500pcs Reel Size : 330mm(13inch)

61 THANK YOU!