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#FSLM2520-100J=P2

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Inductors (SMD) 1008 RoHS
Manufacturer: Murata


Price (Ex GST)

From 0.1598

75 - Global Stock
Ships to you between
Fri. 11 Dec to Thu. 17 Dec
MOQ: 5 Multiples:
Pack Size :   5
Availability Price Quantity
25 - Global Stock


Ships to you between Fri. 11 Dec to Thu. 17 Dec
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MOQ : 5
Multiples : 5
5 : $ 0.2527
50 : $ 0.1904
150 : $ 0.1789
500 : $ 0.1674
2500 : $ 0.1624
5000 : $ 0.1598

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Manufacturer
Murata
Product Category
Fixed Inductors
Inductance
10uh
Tolerance
±5%
Category
Fixed Inductors
Rohs
Y
Package
1008
Brand Category
Murata
Rated Current
155 mA
Dc Resistance Dcr
2.2 Ohms
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Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/S?-Cu??? Cu with Ni/S?-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 1/4 ) ?? Item ?? Specification ?? Condition 1 ???????? ???????? ??? Instrument Inductance Refer to the part specifications. : 4291A (HP) ( 0.1 ? 82 ? H ) ??????????????? Impedance Analyzer 2 Q 4194A (HP) ( 100 ? 220 ? H ) 3 ???? ??? Instrument DC Resistance ???????????? Digital Multimeter: TR6871(ADVANTEST) 4 ???? ????????????????????10%?????? Rated DC current ?????????????????????20?? ?????????????????? Which the inductance value decreases 10% by the excitation of DC current or which the temperature rises to 20? by excitation of DC current, whichever is lower. (environment temp. of 20?) 5 ??????? ??? Instrument Self resonant frequency ???????????? Network Analyzer : 8753C (HP) 6 ??? ???????? ??????? AC100V ? 1????? Dielectric strength Without damage. 100V AC shall be applied for 60 s between the terminal and the body. 7 ???? 100M ? ?? ??????? DC50V ? 30????? Insulation resistance 100M ? or more. 50V DC shall be applied 30 s between the terminal and the body. 8 ????? ??????????? ?????????3mm????????0.5mm? Bending ???????????? ??????30??????? No mechanical damage such Apply pressure gradually in the direction of the arrow at a rate as breakage or crack. of about 0.5mm/s until bent depth reaches 3mm and hold for Electrical characteristics shall 30 s. be satisfied. ?? Boad : 40 ? 100mm , ?? thickness 1.0mm 9 ??? ??????????? R0.5?????????? Adhesion strength ???????????? ?????????10N? ??????10??????? No mechanical damage such A static load of 10N using a R0.5 scratch tool shall be as breakage or crack. applied to the body of the specimen in the direction of the Electrical characteristics shall arrow and shall be held for 10 s. be satisfied. Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 1/4 ) ?? Item ?? Specification ?? Condition 1 ???????? ???????? ??? Instrument Inductance Refer to the part specifications. : 4291A (HP) ( 0.1 ~ 82 ? H ) ??????????????? Impedance Analyzer 2 Q 4194A (HP) ( 100 ~ 220 ? H ) 3 ???? ??? Instrument DC Resistance ???????????? Digital Multimeter: TR6871(ADVANTEST) 4 ???? ????????????????????10%?????? Rated DC current ?????????????????????20?? ?????????????????? Which the inductance value decreases 10% by the excitation of DC current or which the temperature rises to 20? by excitation of DC current, whichever is lower. (environment temp. of 20?) 5 ??????? ??? Instrument Self resonant frequency ???????????? Network Analyzer : 8753C (HP) 6 ??? ???????? ??????? AC100V ? 1????? Dielectric strength Without damage. 100V AC shall be applied for 60 s between the terminal and the body. 7 ???? 100M O ?? ??????? DC50V ? 30????? Insulation resistance 100M O or more. 50V DC shall be applied 30 s between the terminal and the body. 8 ????? ??????????? ?????????3mm????????0.5mm? Bending ???????????? ??????30??????? No mechanical damage such Apply pressure gradually in the direction of the arrow at a rate as breakage or crack. of about 0.5mm/s until bent depth reaches 3mm and hold for Electrical characteristics shall 30 s. be satisfied. ?? Boad : 40 ? 100mm , ?? thickness 1.0mm 9 ??? ??????????? R0.5?????????? Adhesion strength ???????????? ?????????10N? ??????10??????? No mechanical damage such A static load of 10N using a R0.5 scratch tool shall be as breakage or crack. applied to the body of the specimen in the direction of the Electrical characteristics shall arrow and shall be held for 10 s. be satisfied. Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 2/4 ) ?? Item ?? Specification ?? Condition 10 ???? ??????????? R0.5???????? Core body strength ???????????? ?????????10N? ???????????? 10??????? No mechanical damage such as breakage or crack. A static load of 10N using a R0.5 Pressing tool shall be Electrical characteristics shall applied to the body of the specimen in the direction of the be satisfied. arrow and shall be held for 10 s. 11 ?????? ????????95%?? ?????????????????????? Solderability ??????????? ??????????????? ???? New solder shall cover Electrode shall be immersed in flux at room temperature 95% minimum of the surface and then shall be immersed in solder bath. immersed. ???? Solder Sn - 3Ag - 0.5Cu ?????? Soldering 245?5? , 2?3 s 12 ?????? ??????? ???? Test method Resistance to soldering L???? ? 5%?? ???????? Reflow soldering method heat ????????? ??????? Preheat 150?180? , 90?30 s. ?? ????? ??????? Peak temp. 250??? ?? ?230???? 30?10 s? ?Temp. maintained above 230?. 30?10s? Change from an initial value ?????0.8mm????????????????? L : within ?5% ??????????2???? There shall be no excessive The specimen shall be subjected to the reflow process damage in appearance. under the above condition 2 times. Test board shall be 0.8 mm thick. Base material shall be glass epoxy resin. ????? Solder bath method ??????? Preheat 100?105? ,30?5 s ?? ?????? Soldering 260?3? , 5??s ?? ??????????????????? The specimen shall be immersed in the solder bath under the above condition. ?????? Soldering iron method ?????? Bit temperature 350?10? ?? ???????? Period of soldering 3??s ?? ?? Measurement ??????24???????? The specimen shall be stored at standard atmospheric conditions for 24 h in prior to the measurement. 13 ??? ??????? ????? 10?55?10Hz/????? 1.5mm Vibration L???? ? 3%?? X?Y?Z ????2??? ????????? ??? JIS C 0040 ?????? ????? Change from an initial value The specimen shall be subjected to a vibration of 1.5mm L : within ?3% amplitude, sweep frequency 10?55Hz(10Hz to 55Hz to 10Hz There shall be no excessive in a period of one minute) for 2 h in each of 3(X, Y, Z) axes. damage in appearance. Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 1/4 ) ?? Item ?? Specification ?? Condition 1 ???????? ???????? ??? Instrument Inductance Refer to the part specifications. : 4291A (HP) ( 0.1 ~ 82 ? H ) ??????????????? Impedance Analyzer 2 Q 4194A (HP) ( 100 ~ 220 ? H ) 3 ???? ??? Instrument DC Resistance ???????????? Digital Multimeter: TR6871(ADVANTEST) 4 ???? ????????????????????10%?????? Rated DC current ?????????????????????20?? ?????????????????? Which the inductance value decreases 10% by the excitation of DC current or which the temperature rises to 20? by excitation of DC current, whichever is lower. (environment temp. of 20?) 5 ??????? ??? Instrument Self resonant frequency ???????????? Network Analyzer : 8753C (HP) 6 ??? ???????? ??????? AC100V ? 1????? Dielectric strength Without damage. 100V AC shall be applied for 60 s between the terminal and the body. 7 ???? 100M O ?? ??????? DC50V ? 30????? Insulation resistance 100M O or more. 50V DC shall be applied 30 s between the terminal and the body. 8 ????? ??????????? ?????????3mm????????0.5mm? Bending ???????????? ??????30??????? No mechanical damage such Apply pressure gradually in the direction of the arrow at a rate as breakage or crack. of about 0.5mm/s until bent depth reaches 3mm and hold for Electrical characteristics shall 30 s. be satisfied. ?? Boad : 40 ? 100mm , ?? thickness 1.0mm 9 ??? ??????????? R0.5?????????? Adhesion strength ???????????? ?????????10N? ??????10??????? No mechanical damage such A static load of 10N using a R0.5 scratch tool shall be as breakage or crack. applied to the body of the specimen in the direction of the Electrical characteristics shall arrow and shall be held for 10 s. be satisfied. Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 ?? Type ????? Specifications LLM2520 ???? Physical Dimensions ?0.1 2.0 1.6 1.4 0.5 ?????????? ???? Inductance ID Rotation ID ?? Tolerance : ?0.2 ?? Unit : mm ???? Materials ???? Components ?? Materials 1 ?????? Drum core ????? Ferrite 2 ?? Wire ??????????????? High heat-resistant polyurethane-system coated copper wire 3 ?? Electrode ?? Ni/Sn-Cu??? Cu with Ni/Sn-Cu plating 4 ??? Adhesive ?????? Epoxy-system 5 ?? Package ??????? Epoxy resin ?????????? Inductance ID ????????????3??????????1???2???????????????? The nominal inductance value is identified by three digits or combination of two digits and one letter. ?3?????? ?Three digits ID ???2??????????????????? First two digits indicate the effective inductance value. ?2?????3????????? ? H??? The last digit indicates the number of "0" following ??????2????????????? first two digits. The unit is ? H. ?R?2??????? ?Two digits and letter "R" ID ??? ? H??????????????????? The unit is ? H. ??? R ????? Letter "R" represent the decimal point. 2.5 0.4 Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 1/4 ) ?? Item ?? Specification ?? Condition 1 ???????? ???????? ??? Instrument Inductance Refer to the part specifications. : 4291A (HP) ( 0.1 ~ 82 ? H ) ??????????????? Impedance Analyzer 2 Q 4194A (HP) ( 100 ~ 220 ? H ) 3 ???? ??? Instrument DC Resistance ???????????? Digital Multimeter: TR6871(ADVANTEST) 4 ???? ????????????????????10%?????? Rated DC current ?????????????????????20?? ?????????????????? Which the inductance value decreases 10% by the excitation of DC current or which the temperature rises to 20? by excitation of DC current, whichever is lower. (environment temp. of 20?) 5 ??????? ??? Instrument Self resonant frequency ???????????? Network Analyzer : 8753C (HP) 6 ??? ???????? ??????? AC100V ? 1????? Dielectric strength Without damage. 100V AC shall be applied for 60 s between the terminal and the body. 7 ???? 100M O ?? ??????? DC50V ? 30????? Insulation resistance 100M O or more. 50V DC shall be applied 30 s between the terminal and the body. 8 ????? ??????????? ?????????3mm????????0.5mm? Bending ???????????? ??????30??????? No mechanical damage such Apply pressure gradually in the direction of the arrow at a rate as breakage or crack. of about 0.5mm/s until bent depth reaches 3mm and hold for Electrical characteristics shall 30 s. be satisfied. ?? Boad : 40 ? 100mm , ?? thickness 1.0mm 9 ??? ??????????? R0.5?????????? Adhesion strength ???????????? ?????????10N? ??????10??????? No mechanical damage such A static load of 10N using a R0.5 scratch tool shall be as breakage or crack. applied to the body of the specimen in the direction of the Electrical characteristics shall arrow and shall be held for 10 s. be satisfied. Reference Only Spec No. J(E)TE243C-0002 LLM2520 ???? General Specifications ( 2/4 ) ?? Item ?? Specification ?? Condition 10 ???? ??????????? R0.5???????? Core body strength ???????????? ?????????10N? ???????????? 10??????? No mechanical damage such as breakage or crack. A static load of 10N using a R0.5 Pressing tool shall be Electrical characteristics shall applied to the body of the specimen in the direction of the be satisfied. arrow and shall be held for 10 s. 11 ?????? ????????95%?? ?????????????????????? Solderability ??????????? ??????????????? ???? New solder shall cover Electrode shall be immersed in flux at room temperature 95% minimum of the surface and then shall be immersed in solder bath. immersed. ???? Solder Sn - 3Ag - 0.5Cu ?????? Soldering 245?5? , 2~3 s 12 ?????? ??????? ???? Test method Resistance to soldering L???? ? 5%?? ???????? Reflow soldering method heat ????????? ??????? Preheat 150~180? , 90?30 s. +5 ????? ??????? Peak temp. 250 ? -0 (230???? 30?10 s) (Temp. maintained above 230?. 30?10s) Change from an initial value ?????0.8mm????????????????? L : within ?5% ??????????2???? There shall be no excessive The specimen shall be subjected to the reflow process damage in appearance. under the above condition 2 times. Test board shall be 0.8 mm thick. Base material shall be glass epoxy resin. ????? Solder bath method ??????? Preheat 100~105? ,30?5 s +1 ?????? Soldering 260?3? , 5 s -0 ??????????????????? The specimen shall be immersed in the solder bath under the above condition. ?????? Soldering iron method ?????? Bit temperature 350?10? +1 ???????? Period of soldering 3 s -0 ?? Measurement ??????24???????? The specimen shall be stored at standard atmospheric conditions for 24 h in prior to the measurement. 13 ??? ??????? ????? 10~55~10Hz/????? 1.5mm Vibration L???? ? 3%?? X?Y?Z ????2??? ????????? ??? JIS C 0040 ?????? ????? Change from an initial value The specimen shall be subjected to a vibration of 1.5mm L : within ?3% amplitude, sweep frequency 10~55Hz(10Hz to 55Hz to 10Hz There shall be no excessive in a period of one minute) for 2 h in each of 3(X, Y, Z) axes. damage in appearance.

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

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