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MPXV1D0530L100 Datasheet

Part Number MPXV1D0530L100
Manufacturers KEMET
Logo KEMET
Description Metal Composite Power Inductor
Datasheet MPXV1D0530L100 DatasheetMPXV1D0530L100 Datasheet (PDF)

SMD Inductors Metal Composite Power Inductors MPXV Automotive Grade Overview The KEMET MPXV metal composite inductors are ideal for use in DC to DC switching power supplies for automotive applications.The metal composite core has high saturation characteristics maintaining function in rush current mode and characterized by temperature stable inductance. Benefits • Metal composite powder • Shielded construction, SMD configuration • Inductance range from 0.10 to 100.00 µH • Operating temperat.

  MPXV1D0530L100   MPXV1D0530L100






Metal Composite Power Inductor

SMD Inductors Metal Composite Power Inductors MPXV Automotive Grade Overview The KEMET MPXV metal composite inductors are ideal for use in DC to DC switching power supplies for automotive applications.The metal composite core has high saturation characteristics maintaining function in rush current mode and characterized by temperature stable inductance. Benefits • Metal composite powder • Shielded construction, SMD configuration • Inductance range from 0.10 to 100.00 µH • Operating temperature up to +155°C • Low acoustic noise • Low magnetic flux leakage • AEC–Q200 qualified Applications Automotive ECU applications such as: • LED headlights • Meter cluster panels • Head-up displays (HUD) • Electric water pumps (EWP) • Electric oil pumps (EOP) • Electric power steering (EPS) Part Number System MPX Series MPXV 1 Version 1 D0520 Size Code D0520 = 5x5x2.0 mm D0530 = 5x5x3.0 mm D0618 = 6x6x1.8 mm D0624 = 6x6x2.4 mm D0630 = 6x6x3.0 mm D0650 = 6x6x5.0 mm D0830 = 8x8x3.0 mm D0840 = 8x8x4.0 mm D1040 = 10x10x4.0 mm D1054 = 10x10x5.4 mm D1235 = 12x12x3.5 mm D1250 = 12x12x5.0 mm D1264 = 12x12x6.4 mm D1740 = 17x17x4.0 mm D1770 = 17x17x7.0 mm D2213 = 22x22x13.0 mm   L Inductor 1R5 Inductance Code µH The first two digits represent the inductance value. The third digit indicates the number of zeros to be added. R = decimal point Examples: 100 = 10.00 μH R68 = 0.68 µH 1R5 = 1.50 µH 101 = 100.00 µH © KEMET Electronics Corporation • KEMET Tower • One East Broward Boule.


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