Wire Wound Molded SMD Power Inductors-WT Series

2023-05-11
●FEATURES
■Extremely low DCR and ultra low AC losses for high switching frequencies (up to 5MHz)
■ Closed magnetic circuit design reduces leakage flux and Electro Magnetic Interference (EMI)
■ Excellent saturation characteristics
■ Ultra wide temperature range of application(-55°C~155°C)
■ No thermal aging issues
■ High reliability
■Operating Temp. : -55°C~+155°C(Including self-heating)

SUNLORD

WT SeriesWT□0430T1R0MTWTH201612T SeriesWTH201612TA1R0MTWTXE252012T SeriesWTX322509T SeriesWTX322509TR80NMTWTX322510T SeriesWTX322510TWTX322510T150MTWTH201612TWTXE252012TWTX322509TWTX322512T SeriesWTX322512TWTXE322512T SeriesWTXE322512TWTXE323012TWTX323020TWTH0415TWTH0420TWTHE0420TWTX0430TWTX0614HWTX0615TWTX0624HWTX0630HWTX0717TWTXE1330TWTXE252012TR22MTWTXE252012TA1R0MTWTXE252012TA1R5MTWTX322512TR10MTWTX322512TAR47MTWTX322512TA1R0MTWTXE322512TR47MTWTXE322512TR68MTWTXE323012T SeriesWTXE323012TR47MTWTXE323012TR68MTWTX323020T SeriesWTX323020T1R0MTR01WTH0415T SeriesWTH0420T SeriesWTHE0420T SeriesWTX0430T SeriesWTX0614H SeriesWTX0614H2R2LTWTX0614H3R3KTWTX0615T SeriesWTX0615TR28MTWTX0615T1R0MTWTX0630H SeriesWTX0630HR10MTWTX0717T SeriesWTX0717T1R4MTWTXE1330T SeriesWTH0415TR33MTWTH0415TR47MTWTH0415TR68MTWTH0415T1R0MTWTH0420TR33MTWTH0420TR47MTWTH0420TR68MTWTH0420TR82MTWTH0420T1R0MTWTH0420T1R5MTWTH0420T2R2MTWTH0420T3R3MTWTHE0420TR47MTWTHE0420TR68MTWTHE0420T1R0MTWTHE0420T1R2MTWTX0430TR33MTWTX0430TR47MTWTX0430TR68MTWTX0430T1R0MTWTX0430T1R5MTWTX0430T2R2MTWTX0430T3R3MTWTX0430T4R7MTWTX0430T6R8MTWTXE1330T1R0MTWTXE1330T1R5MTWTXE322512TR47

More

Part#

Wire Wound Molded SMD Power InductorsMolded SMD Power Inductors

More

High-end phones ]tablets ]5G modules ]Server ]base station ]Various DC-DC conversion power modules ]

More

Datasheet

More

More

Please see the document for details

More

More

201612;252012;322509;322510;322512;323012;323020;0415;0420;0430;0614;0615;0624;0630;0717;1330

English Chinese Chinese and English Japanese

2023/02/28

1.8 MB

- The full preview is over. If you want to read the whole 9 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: