MPIF1040 Series

CLASSIFICATION
DIMENSIONS
环保
DRAWING
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PARAMETER
 1.PART NUMBERING SYSTEM: 

    MPIF   XXXX - XXX    X
       1         2        3       4

   1.SERIES NAME 
   2.DIMENSIONS
   3.INDUCTANCE
   4.TOLERANCE CODE: J:±5% K:±10% L:±15% M:±20% P:±25% N:±30%

2.FEATURES:
 
   Low profile and low DCR. 
  Shielded construction. 
  Handles high transient current spikes without saturation 
  Frequency up to 5MHz 
  Ultra Low buzz noise, due to composite construction

3.APPLICATIONS
  
  PDA/Notebook/Desktop, and server applications 
  DC/DC converters in distributed power systems 
  DC/DC converter for Field Programmable Gate Array(FPGA

4.CHARACTERISTICS: 
 

Part No.

Inductance

DC 

Resistance

Saturation Current

Heating Rating

Current

L0 (μH)

DCR (mΩ)

Isat (A)

Irms (A)

±20 %, 100 kHz, 1V

MAX

MAX(TYP)

MAX(TYP)

MPIF1040-R15M-LF

0.15

0.65

60.0(75.0)

40.0(45.0)

MPIF1040-R22M-LF

0.22

1.00

48.0(50.0)

35.0(38.0)

MPIF1040-R36M-LF

0.36

1.20

36.0(45.0)

25.0(30.0)

MPIF1040-R47M-LF

0.47

1.70

32.0(40.0)

25.0(27.0)

MPIF1040-R56M-LF

0.56

1.80

26.4(33.0)

20.0(25.0)

MPIF1040-R68M-LF

0.68

2.40

24.0(30.0)

19.0(23.0)

MPIF1040-1R0M-LF

1.00

3.20

22.4(27.0)

16.0(21.0)

MPIF1040-1R5M-LF

1.50

4.20

18.0(22.0)

14.0(16.0)

MPIF1040-2R2M-LF

2.20

7.00

13.20(17.0)

10.0(12.0)

MPIF1040-3R3M-LF

3.30

11.80

12.8(16.0)

9.50(11.0)

MPIF1040-4R7M-LF

4.70

20.0

10.4(15.0)

7.50(9.00)

MPIF1040-6R8M-LF

6.80

25.0

9.60(12.0)

7.00(8.50)

MPIF1040-8R2M-LF

8.20

30.0

7.20(9.00)

6.00(8.00)

MPIF1040-100M-LF

10.0

30.0

6.80(8.50)

6.60(7.50)

MPIF1040-150M-LF

15.0

45.0

5.60(7.00)

5.60(6.50)

MPIF1040-220M-LF

22.0

66.0

4.40(5.50)

4.20(5.00)

MPIF1040-330M-LF

33.0

92.0

3.84(5.00)

3.80(4.40)

MPIF1040-470M-LF

47.0

145

3.10(3.50)

2.80(3.30)

MPIF1040-680M-LF

68.0

205

2.40(3.00)

1.90(2.30)

MPIF1040-101M-LF

100

350

2.10(2.30)

1.80(2.00)


    1: All test data is referenced to 25°C ambient; 
    2: Rated current: Isat or Irms, whichever is smaller; 
    3: Isat: DC current at which the inductance drops approximate 30% TYP from its value without current; 
    4: Irms: DC current that causes the temperature rise (△T =40°C) from 25°C ambient. 
    5: Absolute maximum voltage 30VDC。

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