Product Information

FDUE0640-H-R42M=P3

Product Image X-ON

Datasheet
Fixed Inductors 0.42uH 1.48mOhms 15A +/-20%
Manufacturer: Murata


Price (Ex GST)
N/A

Obsolete
Availability Price Quantity
0 - Global Stock

MOQ : 1
Multiples : 1
1 : $ 6.3
10 : $ 2.4375
100 : $ 1.6938
500 : $ 1.1286
1000 : $ 1.0026
2000 : $ 0.972
5000 : $ 0.9396
10000 : $ 0.909
N/A

Obsolete
   
Manufacturer
Murata
Product Category
Fixed Inductors
RoHS - XON
Y Icon ROHS
Product
Fixed Inductors
Inductance
420 nh
Tolerance
20 %
Maximum DC Current
15 A
Maximum DC Resistance
1.48 mOhms
Self Resonant Frequency
-
Q Minimum
-
Shielding
Shielded
Termination Style
Smd/Smt
Package / Case
-
Application
Power
Core Material
Metal Alloy
Diameter
-
Height
4 mm
Length
6.7 mm
Packaging
Cut Tape
Series
Fdue0640
Width
7.6 mm
Brand
Murata Electronics
Mounting Style
Pcb Mount
Lead Diameter
-
Lead Spacing
-
Product Type
Fixed Inductors
Factory Pack Quantity :
1000
Subcategory
Inductors, Chokes & Coils
Termination
-
Test Frequency
100 Khz
Cnhts
8504500000
Hts Code
8504508000
Mxhts
85045002
LoadingGif
Image
Mfr. Part No.
Description
Stock
Fixed Inductors 1.0uH 2.35mOhms 16A +/-20%
5
Fixed Inductors 2.2uH 19.9mOhms 5.3A +/-20%
478
Fixed Inductors 0.36uH 0.79mOhms 25A +/-20%
380
Fixed Inductors 1.0uH 11.2mOhms 8.4A +/-20%
704
Fixed Inductors 0.22uH 0.64mOhms 32A +-20%
184
Fixed Inductors 1.5uH 2.26mOhms 17A +-20%
465
Image
Mfr. Part No.
Description
Stock
Fixed Inductors 4.7uH 120mOhms 2.9A +/-20%
2527
Fixed Inductors 1.5uH 47mOhms 5A +/-20%
1857
Fixed Inductors 1.2uH 48mOhms 4.5A +/-20%
3607
Fixed Inductors 2.2uH 4.5mOhms 14.7A +/-20%
1772
Fixed Inductors 5150 47uH 20% 3000mA AEC-Q200
291
Fixed Inductors 5150 33uH 20% 3400mA AEC-Q200
392
Fixed Inductors 4339 47uH 20% 2900mA AEC-Q200
842
Fixed Inductors 15uH 47mOhms 4.4A 10x10.9mm AEC-Q200
777

Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance??0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 ?43? 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 ?30? 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? continued from previous page ?? ? ??? STANDARD PART NUMBERS ????? TYPE FDUE0650 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance DC Temperature (3) (1) (2) Decrease Current (4) Part Inductance Tolerance Resistance Rise Current A B (A) Max. (Typ.) Number (?H) (%) (m?) ?T=40?C ?L =20% Tolerance ?7% (A) Max. (Typ.) L FDUE0650-H-R60M=P3 0.6 ? 20 2.35 12 (16) 18 (21) 2.7 3.5 FDUE0650-H-1R0M=P3 1.0 ? 20 3.45 9.8 (13) 16 (19) 2.7 3.5 (1) Inductance is measured with a LCR meter 4284A (Agilent (1) ????????LCR ???4284A?Agilent Technologies? Technologies) or equivalent. ?????????????? Test frequency at 100kHz ??????100kHz? (2) DC resistance is measured with 34420A (Agilent Technologies) or (2) ????????34420A?Agilent Technologies???? 3541(HIOKI). (Reference ambient temperature 25?C) 3541(HIOKI)?????????????????25?C? (3) Inductance Decrease Current based upon 30%(FDUE0630) or (3) ???????????????????????????? 20%(FDUE0640, FDUE0650) inductance reduction from the initial ???????30%??(FDUE0630), 20%??(FDUE0640, value FDUE0650)??????? (4) Temperature Rise Current based upon 40?C temperature rise. (4) ????????????????40?C????? (Reference ambient temperature 25?C) ?????25?C???????? (5) Absolute maximum voltage 30VDC. (5) ?????? 30VDC NOTICE: Please be sure that you carefully discuss your planned ????????????????????????????? purchase with our sales division if you intend to use the ?????????????????????? product for business use etc. is severe. Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? continued from previous page ?? ? ??? STANDARD PART NUMBERS ????? TYPE FDUE0650 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance DC Temperature (3) (1) (2) Decrease Current (4) Part Inductance Tolerance Resistance Rise Current A B (A) Max. (Typ.) Number (?H) (%) (m?) ?T=40?C ?L =20% Tolerance ?7% (A) Max. (Typ.) L FDUE0650-H-R60M=P3 0.6 ? 20 2.35 12 (16) 18 (21) 2.7 3.5 FDUE0650-H-1R0M=P3 1.0 ? 20 3.45 9.8 (13) 16 (19) 2.7 3.5 (1) Inductance is measured with a LCR meter 4284A (Agilent (1) ????????LCR ???4284A(Agilent Technologies) Technologies) or equivalent. ?????????????? Test frequency at 100kHz ??????100kHz? (2) DC resistance is measured with 34420A (Agilent Technologies) or (2) ????????34420A(Agilent Technologies)??? 3541(HIOKI). (Reference ambient temperature 25?C) 3541(HIOKI)????????????(????25?C) (3) Inductance Decrease Current based upon 30%(FDUE0630) or (3) ????????:??????????????????? 20%(FDUE0640, FDUE0650) inductance reduction from the initial ???????30%??(FDUE0630), 20%??(FDUE0640, value FDUE0650)??????? (4) Temperature Rise Current based upon 40?C temperature rise. (4) ????????:???????40?C????? (Reference ambient temperature 25?C) (????25?C???????) (5) Absolute maximum voltage 30VDC. (5) ?????? 30VDC NOTICE: Please be sure that you carefully discuss your planned ???:????????????????????????? purchase with our sales division if you intend to use the ?????????????????????? product for business use etc. is severe. X-ON Electronics Largest Supplier of Electrical and Electronic Components Click to view similar products for Fixed Inductors category: Click to view products by Murata manufacturer: Other Similar products are found below : MLZ1608M6R8WT000 MLZ1608M6R8WTD25 MLZ1608N6R8LT000 MLZ1608N3R3LTD25 MLZ1608N3R3LT000 MLZ1608N150LT000 MLZ1608M150WTD25 MLZ1608M3R3WTD25 MLZ1608M3R3WT000 MLZ1608M150WT000 MLZ1608A1R5WT000 MLZ1608N1R5LT000 PCMB053T-1R0MS PCMB053T-1R5MS PCMB104T-1R5MS CR32NP-100KC CR32NP-151KC CR32NP-180KC CR32NP-181KC CR32NP- 1R5MC CR32NP-390KC CR32NP-3R9MC CR32NP-680KC CR32NP-820KC CR32NP-8R2MC CR43NP-390KC CR43NP-560KC CR43NP- 680KC CR54NP-181KC CR54NP-470LC CR54NP-820KC CR54NP-8R5MC ET3542-057 MGDQ4-00004-P MGDU1-00016-P MHL1ECTTP18NJ MHL1JCTTD12NJ PE-51506NL PE-53601NL PE-53630NL PE-53824SNLT PE-62892NL PE-92100NL PG0434.801NLT PG0936.113NLT PM06-2N7 PM06-39NJ HC2LP-R47-R HC2-R47-R HC3-2R2-R Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? continued from previous page ?? ? ??? STANDARD PART NUMBERS ????? TYPE FDUE0650 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance DC Temperature (3) (1) (2) Decrease Current (4) Part Inductance Tolerance Resistance Rise Current A B (A) Max. (Typ.) Number (?H) (%) (m?) ?T=40?C ?L =20% Tolerance ?7% (A) Max. (Typ.) L FDUE0650-H-R60M=P3 0.6 ? 20 2.35 12 (16) 18 (21) 2.7 3.5 FDUE0650-H-1R0M=P3 1.0 ? 20 3.45 9.8 (13) 16 (19) 2.7 3.5 (1) Inductance is measured with a LCR meter 4284A (Agilent (1) ????????LCR ???4284A(Agilent Technologies) Technologies) or equivalent. ?????????????? Test frequency at 100kHz ??????100kHz? (2) DC resistance is measured with 34420A (Agilent Technologies) or (2) ????????34420A(Agilent Technologies)??? 3541(HIOKI). (Reference ambient temperature 25?C) 3541(HIOKI)????????????(????25?C) (3) Inductance Decrease Current based upon 30%(FDUE0630) or (3) ????????:??????????????????? 20%(FDUE0640, FDUE0650) inductance reduction from the initial ???????30%??(FDUE0630), 20%??(FDUE0640, value FDUE0650)??????? (4) Temperature Rise Current based upon 40?C temperature rise. (4) ????????:???????40?C????? (Reference ambient temperature 25?C) (????25?C???????) (5) Absolute maximum voltage 30VDC. (5) ?????? 30VDC NOTICE: Please be sure that you carefully discuss your planned ???:????????????????????????? purchase with our sales division if you intend to use the ?????????????????????? product for business use etc. is severe. Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? FDUE0630 / FDUE0640 / FDUE0650 Inductance Range: 0.12 ?H~0.24uH (FDUE0630), 0.15 ?H~0.42uH (FDUE0640), 0.6 ?H~1.0uH (FDUE0650) Recommended patterns ??????? FDUE0630 FDUE0640 Tolerance:?0.3 (Unit: mm) FDUE0650 (Unit: mm) FDUE0630: 3.0mm Max. * FDUE0640: 4.0mm Max. FDUE0650: 5.0mm Max. FEATURES ?? ? 6.7 ? 7.6mm square and 3.0 or 4.0 or 5.0mm Max. height. ? 6.7 ? 7.6mm ????3.0, 4.0 ??? 5.0 mm Max. ? Magnetically shielded construction, low DC resistance. ? ??????????? ? The use of magnetic iron powder ensures capability for ? ?????????????????? large current. ? ???????? ? Low audible core noise. ? DC-DC ?????????????? ? Ideal for DC-DC converter applications in hand held ? RoHS ????,??????? personal computer and etc. ? RoHS compliant. Halogen Free. STANDARD PART NUMBERS ????? TYPE FDUE0630 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =30% Tolerance ?7% L FDUE0630-H-R12M=P3 0.12 ? 20 0.58 33 (43) 36 (42) 2.0 2.5 FDUE0630-H-R24M=P3 0.24 ? 20 1.12 23 (30) 27 (32) 2.0 2.5 TYPE FDUE0640 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance Temperature DC (3) (4) Decrease Current Rise Current (1) (2) Part Inductance Tolerance Resistance (A) Max. (Typ.) ?T=40?C A B Number (?H) (%) (m?) ?L (A) Max. (Typ.) =20% Tolerance ?7% L FDUE0640-H-KR15M=P3 0.15 ? 20 0.61 25 (33) 33 (39) 2.0 2.5 FDUE0640-H-R24M=P3 0.24 ? 20 0.89 19 (25) 27 (34) 2.0 2.5 FDUE0640-H-R42M=P3 0.42 ? 20 1.48 15 (20) 22 (28) 2.0 2.5 continued on next page ?? ??? Metal Alloy Inductors ? ?????? ????? continued from previous page ?? ? ??? STANDARD PART NUMBERS ????? TYPE FDUE0650 (Quantity/reel; 1000 PCS) (1) (2) (3) (4) ?? ??????? ??? ???? ???????? ???????? Dimensions (mm) Inductance DC Temperature (3) (1) (2) Decrease Current (4) Part Inductance Tolerance Resistance Rise Current A B (A) Max. (Typ.) Number (?H) (%) (m?) ?T=40?C ?L =20% Tolerance ?7% (A) Max. (Typ.) L FDUE0650-H-R60M=P3 0.6 ? 20 2.35 12 (16) 18 (21) 2.7 3.5 FDUE0650-H-1R0M=P3 1.0 ? 20 3.45 9.8 (13) 16 (19) 2.7 3.5 (1) Inductance is measured with a LCR meter 4284A (Agilent (1) ????????LCR ???4284A(Agilent Technologies) Technologies) or equivalent. ?????????????? Test frequency at 100kHz ??????100kHz? (2) DC resistance is measured with 34420A (Agilent Technologies) or (2) ????????34420A(Agilent Technologies)??? 3541(HIOKI). (Reference ambient temperature 25?C) 3541(HIOKI)????????????(????25?C) (3) Inductance Decrease Current based upon 30%(FDUE0630) or (3) ????????:??????????????????? 20%(FDUE0640, FDUE0650) inductance reduction from the initial ???????30%??(FDUE0630), 20%??(FDUE0640, value FDUE0650)??????? (4) Temperature Rise Current based upon 40?C temperature rise. (4) ????????:???????40?C????? (Reference ambient temperature 25?C) (????25?C???????) (5) Absolute maximum voltage 30VDC. (5) ?????? 30VDC NOTICE: Please be sure that you carefully discuss your planned ???:????????????????????????? purchase with our sales division if you intend to use the ?????????????????????? product for business use etc. is severe. 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Tariff Concession Code
Tariff Desc

Examine
8504.50 COILS, toroidal, having ALL of the following: (a) winding wire dia NOT exceeding 0.25 mm; (b) internal window dia NOT exceeding 40 mm; (c) external dia NOT exceeding 55 mm Op. 17.06.1985 Dec. 13.01.1986 - TC 8532473

8504.90 CORES AND SHAPES, ferrite, iron powder or molybdenum permalloy powder Op. 13.03.1984 Dec. 13.03.1984 - TC 8342777

MU2
MUP
MUR
MURATA
Murata - TOKO
Murata Electronics
Murata Electronics N
Murata Electronics North America
MURATA MANUFACTURING
Murata Power Solutio
Murata Power Solutions
Murata Power Solutions Inc
Murata Power Solutions Inc.