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1 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 1 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. lqw15an_80 series 1005/0402 (mm/inch) general wound (no shield) 0.6 thickness mm max. low rdc e - 12 step e - 24 step h i q tight tolerance reflow ok rohs c dimensions 1.00.1 0.50.1 0.60.1 0.10.05 0.20.1 0.20.1 (in mm) 0.60.1 c packaging code packaging minimum quantity d ?180mm paper taping 10000 b packing in bulk 500 c rated value ( p : packaging code) part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an1n3c80 p 1.3nh ? 0.2nh 100mhz 3150ma 0.012
20 250mhz 18ghz lqw15an1n3d80 p 1.3nh ? 0.5nh 100mhz 3150ma 0.012
20 250mhz 18ghz lqw15an1n5c80 p 1.5nh ? 0.2nh 100mhz 2100ma 0.028
20 250mhz 18ghz lqw15an1n5d80 p 1.5nh ? 0.5nh 100mhz 2100ma 0.028
20 250mhz 18ghz lqw15an1n6c80 p 1.6nh ? 0.2nh 100mhz 1450ma 0.045
20 250mhz 18ghz lqw15an1n6d80 p 1.6nh ? 0.5nh 100mhz 1450ma 0.045
20 250mhz 18ghz lqw15an1n7c80 p 1.7nh ? 0.2nh 100mhz 1150ma 0.065
20 250mhz 18ghz lqw15an1n7d80 p 1.7nh ? 0.5nh 100mhz 1150ma 0.065
20 250mhz 18ghz lqw15an2n2b80 p 2.2nh ? 0.1nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n2c80 p 2.2nh ? 0.2nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n2d80 p 2.2nh ? 0.5nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n3b80 p 2.3nh ? 0.1nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n3c80 p 2.3nh ? 0.2nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n3d80 p 2.3nh ? 0.5nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n4b80 p 2.4nh ? 0.1nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n4c80 p 2.4nh ? 0.2nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n4d80 p 2.4nh ? 0.5nh 100mhz 2530ma 0.022
30 250mhz 15.5ghz lqw15an2n5b80 p 2.5nh ? 0.1nh 100mhz 2100ma 0.03
30 250mhz 15.5ghz lqw15an2n5c80 p 2.5nh ? 0.2nh 100mhz 2100ma 0.03
30 250mhz 15.5ghz lqw15an2n5d80 p 2.5nh ? 0.5nh 100mhz 2100ma 0.03
30 250mhz 15.5ghz lqw15an2n6b80 p 2.6nh ? 0.1nh 100mhz 1950ma 0.035
30 250mhz 14.5ghz lqw15an2n6c80 p 2.6nh ? 0.2nh 100mhz 1950ma 0.035
30 250mhz 14.5ghz lqw15an2n6d80 p 2.6nh ? 0.5nh 100mhz 1950ma 0.035
30 250mhz 14.5ghz lqw15an2n7b80 p 2.7nh ? 0.1nh 100mhz 1500ma 0.047
28 250mhz 14ghz lqw15an2n7c80 p 2.7nh ? 0.2nh 100mhz 1500ma 0.047
28 250mhz 14ghz lqw15an2n7d80 p 2.7nh ? 0.5nh 100mhz 1500ma 0.047
28 250mhz 14ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. continued on the following page.
2 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 2 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an2n8b80 p 2.8nh ? 0.1nh 100mhz 1500ma 0.047
27 250mhz 13.5ghz lqw15an2n8c80 p 2.8nh ? 0.2nh 100mhz 1500ma 0.047
27 250mhz 13.5ghz lqw15an2n8d80 p 2.8nh ? 0.5nh 100mhz 1500ma 0.047
27 250mhz 13.5ghz lqw15an2n9b80 p 2.9nh ? 0.1nh 100mhz 1500ma 0.047
25 250mhz 12.5ghz lqw15an2n9c80 p 2.9nh ? 0.2nh 100mhz 1500ma 0.047
25 250mhz 12.5ghz lqw15an2n9d80 p 2.9nh ? 0.5nh 100mhz 1500ma 0.047
25 250mhz 12.5ghz lqw15an3n3b80 p 3.3nh ? 0.1nh 100mhz 2000ma 0.03
30 250mhz 14ghz lqw15an3n3c80 p 3.3nh ? 0.2nh 100mhz 2000ma 0.03
30 250mhz 14ghz lqw15an3n3d80 p 3.3nh ? 0.5nh 100mhz 2000ma 0.03
30 250mhz 14ghz lqw15an3n4b80 p 3.4nh ? 0.1nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n4c80 p 3.4nh ? 0.2nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n4d80 p 3.4nh ? 0.5nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n5b80 p 3.5nh ? 0.1nh 100mhz 1950ma 0.030
30 250mhz 10.0ghz lqw15an3n5c80 p 3.5nh ? 0.2nh 100mhz 1950ma 0.030
30 250mhz 10.0ghz lqw15an3n5d80 p 3.5nh ? 0.5nh 100mhz 1950ma 0.030
30 250mhz 10.0ghz lqw15an3n6b80 p 3.6nh ? 0.1nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n6c80 p 3.6nh ? 0.2nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n6d80 p 3.6nh ? 0.5nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an3n7b80 p 3.7nh ? 0.1nh 100mhz 1950ma 0.030
35 250mhz 10.0ghz lqw15an3n7c80 p 3.7nh ? 0.2nh 100mhz 1950ma 0.030
35 250mhz 10.0ghz lqw15an3n7d80 p 3.7nh ? 0.5nh 100mhz 1950ma 0.030
35 250mhz 10.0ghz lqw15an3n8b80 p 3.8nh ? 0.1nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an3n8c80 p 3.8nh ? 0.2nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an3n8d80 p 3.8nh ? 0.5nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an3n9b80 p 3.9nh ? 0.1nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an3n9c80 p 3.9nh ? 0.2nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an3n9d80 p 3.9nh ? 0.5nh 100mhz 1950ma 0.030
35 250mhz 10ghz lqw15an4n0b80 p 4.0nh ? 0.1nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an4n0c80 p 4.0nh ? 0.2nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an4n0d80 p 4.0nh ? 0.5nh 100mhz 1950ma 0.030
30 250mhz 10ghz lqw15an4n1b80 p 4.1nh ? 0.1nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n1c80 p 4.1nh ? 0.2nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n1d80 p 4.1nh ? 0.5nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n2b80 p 4.2nh ? 0.1nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n2c80 p 4.2nh ? 0.2nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n2d80 p 4.2nh ? 0.5nh 100mhz 1800ma 0.044
30 250mhz 9.6ghz lqw15an4n4b80 p 4.4nh ? 0.1nh 100mhz 1600ma 0.052
34 250mhz 9.6ghz lqw15an4n4c80 p 4.4nh ? 0.2nh 100mhz 1600ma 0.052
34 250mhz 9.6ghz lqw15an4n4d80 p 4.4nh ? 0.5nh 100mhz 1600ma 0.052
34 250mhz 9.6ghz lqw15an4n5b80 p 4.5nh ? 0.1nh 100mhz 1450ma 0.06
34 250mhz 9.6ghz lqw15an4n5c80 p 4.5nh ? 0.2nh 100mhz 1450ma 0.06
34 250mhz 9.6ghz lqw15an4n5d80 p 4.5nh ? 0.5nh 100mhz 1450ma 0.06
34 250mhz 9.6ghz lqw15an4n7b80 p 4.7nh ? 0.1nh 100mhz 1200ma 0.071
31 250mhz 8ghz lqw15an4n7c80 p 4.7nh ? 0.2nh 100mhz 1200ma 0.071
31 250mhz 8ghz lqw15an4n7d80 p 4.7nh ? 0.5nh 100mhz 1200ma 0.071
31 250mhz 8ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. continued on the following page.
3 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 3 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an4n8b80 p 4.8nh ? 0.1nh 100mhz 1200ma 0.071
30 250mhz 8ghz lqw15an4n8c80 p 4.8nh ? 0.2nh 100mhz 1200ma 0.071
30 250mhz 8ghz lqw15an4n8d80 p 4.8nh ? 0.5nh 100mhz 1200ma 0.071
30 250mhz 8ghz lqw15an4n9b80 p 4.9nh ? 0.1nh 100mhz 1200ma 0.071
27 250mhz 8ghz lqw15an4n9c80 p 4.9nh ? 0.2nh 100mhz 1200ma 0.071
27 250mhz 8ghz lqw15an4n9d80 p 4.9nh ? 0.5nh 100mhz 1200ma 0.071
27 250mhz 8ghz lqw15an5n0b80 p 5nh ? 0.1nh 100mhz 1770ma 0.04
32 250mhz 10ghz lqw15an5n0c80 p 5nh ? 0.2nh 100mhz 1770ma 0.04
32 250mhz 10ghz lqw15an5n0d80 p 5nh ? 0.5nh 100mhz 1770ma 0.04
32 250mhz 10ghz lqw15an5n1b80 p 5.1nh ? 0.1nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n1c80 p 5.1nh ? 0.2nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n1d80 p 5.1nh ? 0.5nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n2b80 p 5.2nh ? 0.1nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n2c80 p 5.2nh ? 0.2nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n2d80 p 5.2nh ? 0.5nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n3b80 p 5.3nh ? 0.1nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n3c80 p 5.3nh ? 0.2nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n3d80 p 5.3nh ? 0.5nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n4b80 p 5.4nh ? 0.1nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n4c80 p 5.4nh ? 0.2nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n4d80 p 5.4nh ? 0.5nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n5b80 p 5.5nh ? 0.1nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n5c80 p 5.5nh ? 0.2nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n5d80 p 5.5nh ? 0.5nh 100mhz 1770ma 0.04
35 250mhz 8ghz lqw15an5n6b80 p 5.6nh ? 0.1nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n6c80 p 5.6nh ? 0.2nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n6d80 p 5.6nh ? 0.5nh 100mhz 1770ma 0.040
35 250mhz 8ghz lqw15an5n7b80 p 5.7nh ? 0.1nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n7c80 p 5.7nh ? 0.2nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n7d80 p 5.7nh ? 0.5nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n8b80 p 5.8nh ? 0.1nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n8c80 p 5.8nh ? 0.2nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n8d80 p 5.8nh ? 0.5nh 100mhz 1770ma 0.040
30 250mhz 8ghz lqw15an5n9b80 p 5.9nh ? 0.1nh 100mhz 1770ma 0.04
30 250mhz 8ghz lqw15an5n9c80 p 5.9nh ? 0.2nh 100mhz 1770ma 0.04
30 250mhz 8ghz lqw15an5n9d80 p 5.9nh ? 0.5nh 100mhz 1770ma 0.04
30 250mhz 8ghz lqw15an6n0b80 p 6.0nh ? 0.1nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n0c80 p 6.0nh ? 0.2nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n0d80 p 6.0nh ? 0.5nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n1b80 p 6.1nh ? 0.1nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n1c80 p 6.1nh ? 0.2nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n1d80 p 6.1nh ? 0.5nh 100mhz 1600ma 0.056
32 250mhz 8ghz lqw15an6n2b80 p 6.2nh ? 0.1nh 100mhz 1600ma 0.056
33 250mhz 8ghz lqw15an6n2c80 p 6.2nh ? 0.2nh 100mhz 1600ma 0.056
33 250mhz 8ghz lqw15an6n2d80 p 6.2nh ? 0.5nh 100mhz 1600ma 0.056
33 250mhz 8ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. continued on the following page.
4 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 4 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an6n4g80 p 6.4nh ? 2% 100mhz 1380ma 0.065
33 250mhz 7ghz lqw15an6n4j80 p 6.4nh ? 5% 100mhz 1380ma 0.065
33 250mhz 7ghz lqw15an6n5g80 p 6.5nh ? 2% 100mhz 1380ma 0.065
32 250mhz 7ghz lqw15an6n5j80 p 6.5nh ? 5% 100mhz 1380ma 0.065
32 250mhz 7ghz lqw15an6n6g80 p 6.6nh ? 2% 100mhz 1280ma 0.078
30 250mhz 7ghz lqw15an6n6j80 p 6.6nh ? 5% 100mhz 1280ma 0.078
30 250mhz 7ghz lqw15an6n7g80 p 6.7nh ? 2% 100mhz 1280ma 0.078
30 250mhz 7ghz lqw15an6n7j80 p 6.7nh ? 5% 100mhz 1280ma 0.078
30 250mhz 7ghz lqw15an6n9g80 p 6.9nh ? 2% 100mhz 1420ma 0.069
32 250mhz 8.5ghz lqw15an6n9j80 p 6.9nh ? 5% 100mhz 1420ma 0.069
32 250mhz 8.5ghz lqw15an7n0g80 p 7.0nh ? 2% 100mhz 1420ma 0.069
33 250mhz 8ghz lqw15an7n0j80 p 7.0nh ? 5% 100mhz 1420ma 0.069
33 250mhz 8ghz lqw15an7n1g80 p 7.1nh ? 2% 100mhz 1420ma 0.069
32 250mhz 7ghz lqw15an7n1j80 p 7.1nh ? 5% 100mhz 1420ma 0.069
32 250mhz 7ghz lqw15an7n2g80 p 7.2nh ? 2% 100mhz 1700ma 0.05
32 250mhz 7ghz lqw15an7n2j80 p 7.2nh ? 5% 100mhz 1700ma 0.05
32 250mhz 7ghz lqw15an7n3g80 p 7.3nh ? 2% 100mhz 1700ma 0.05
32 250mhz 7ghz lqw15an7n3j80 p 7.3nh ? 5% 100mhz 1700ma 0.05
32 250mhz 7ghz lqw15an7n4g80 p 7.4nh ? 2% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n4j80 p 7.4nh ? 5% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n5g80 p 7.5nh ? 2% 100mhz 1700ma 0.050
35 250mhz 7ghz lqw15an7n5j80 p 7.5nh ? 5% 100mhz 1700ma 0.050
35 250mhz 7ghz lqw15an7n6g80 p 7.6nh ? 2% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n6j80 p 7.6nh ? 5% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n7g80 p 7.7nh ? 2% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n7j80 p 7.7nh ? 5% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n8g80 p 7.8nh ? 2% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n8j80 p 7.8nh ? 5% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an7n9g80 p 7.9nh ? 2% 100mhz 1700ma 0.05
30 250mhz 7ghz lqw15an7n9j80 p 7.9nh ? 5% 100mhz 1700ma 0.05
30 250mhz 7ghz lqw15an8n0g80 p 8.0nh ? 2% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an8n0j80 p 8.0nh ? 5% 100mhz 1700ma 0.050
30 250mhz 7ghz lqw15an8n1g80 p 8.1nh ? 2% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n1j80 p 8.1nh ? 5% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n2g80 p 8.2nh ? 2% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n2j80 p 8.2nh ? 5% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n3g80 p 8.3nh ? 2% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n3j80 p 8.3nh ? 5% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n4g80 p 8.4nh ? 2% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n4j80 p 8.4nh ? 5% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n5g80 p 8.5nh ? 2% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an8n5j80 p 8.5nh ? 5% 100mhz 1500ma 0.069
32 250mhz 6.5ghz lqw15an9n1g80 p 9.1nh ? 2% 100mhz 1400ma 0.080
32 250mhz 6.5ghz lqw15an9n1j80 p 9.1nh ? 5% 100mhz 1400ma 0.080
32 250mhz 6.5ghz lqw15an9n2g80 p 9.2nh ? 2% 100mhz 1400ma 0.081
32 250mhz 6ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. continued on the following page.
5 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 5 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an9n2j80 p 9.2nh ? 5% 100mhz 1400ma 0.081
32 250mhz 6ghz lqw15an9n3g80 p 9.3nh ? 2% 100mhz 1400ma 0.081
34 250mhz 6ghz lqw15an9n3j80 p 9.3nh ? 5% 100mhz 1400ma 0.081
34 250mhz 6ghz lqw15an9n4g80 p 9.4nh ? 2% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n4j80 p 9.4nh ? 5% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n5g80 p 9.5nh ? 2% 100mhz 1400ma 0.081
32 250mhz 6ghz lqw15an9n5j80 p 9.5nh ? 5% 100mhz 1400ma 0.081
32 250mhz 6ghz lqw15an9n6g80 p 9.6nh ? 2% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n6j80 p 9.6nh ? 5% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n7g80 p 9.7nh ? 2% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n7j80 p 9.7nh ? 5% 100mhz 1400ma 0.081
33 250mhz 6ghz lqw15an9n8g80 p 9.8nh ? 2% 100mhz 1400ma 0.081
34 250mhz 6ghz lqw15an9n8j80 p 9.8nh ? 5% 100mhz 1400ma 0.081
34 250mhz 6ghz lqw15an9n9g80 p 9.9nh ? 2% 100mhz 1400ma 0.081
32 250mhz 6ghz lqw15an9n9j80 p 9.9nh ? 5% 100mhz 1400ma 0.081
32 250mhz 6ghz lqw15an10ng80 p 10nh ? 2% 100mhz 1400ma 0.081
31 250mhz 6ghz lqw15an10nj80 p 10nh ? 5% 100mhz 1400ma 0.081
31 250mhz 6ghz lqw15an12ng80 p 12nh ? 2% 100mhz 1240ma 0.093
30 250mhz 5.2ghz lqw15an12nj80 p 12nh ? 5% 100mhz 1240ma 0.093
30 250mhz 5.2ghz lqw15an13ng80 p 13nh ? 2% 100mhz 1240ma 0.093
30 250mhz 5.2ghz lqw15an13nj80 p 13nh ? 5% 100mhz 1240ma 0.093
30 250mhz 5.2ghz lqw15an14ng80 p 14nh ? 2% 100mhz 1150ma 0.111
31 250mhz 5.2ghz lqw15an14nj80 p 14nh ? 5% 100mhz 1150ma 0.111
31 250mhz 5.2ghz lqw15an16ng80 p 16nh ? 2% 100mhz 1000ma 0.126
31 250mhz 5ghz lqw15an16nj80 p 16nh ? 5% 100mhz 1000ma 0.126
31 250mhz 5ghz lqw15an20ng80 p 20nh ? 2% 100mhz 800ma 0.186
30 250mhz 4.5ghz lqw15an20nj80 p 20nh ? 5% 100mhz 800ma 0.186
30 250mhz 4.5ghz lqw15an21ng80 p 21nh ? 2% 100mhz 780ma 0.202
30 250mhz 4.5ghz lqw15an21nj80 p 21nh ? 5% 100mhz 780ma 0.202
30 250mhz 4.5ghz lqw15an22ng80 p 22nh ? 2% 100mhz 780ma 0.202
30 250mhz 4.5ghz lqw15an22nj80 p 22nh ? 5% 100mhz 780ma 0.202
30 250mhz 4.5ghz lqw15an23ng80 p 23nh ? 2% 100mhz 760ma 0.201
29 250mhz 4.5ghz lqw15an23nj80 p 23nh ? 5% 100mhz 760ma 0.201
29 250mhz 4.5ghz LQW15AN24NG80 p 24nh ? 2% 100mhz 770ma 0.212
31 250mhz 4ghz lqw15an24nj80 p 24nh ? 5% 100mhz 770ma 0.212
31 250mhz 4ghz lqw15an25ng80 p 25nh ? 2% 100mhz 750ma 0.221
31 250mhz 4.1ghz lqw15an25nj80 p 25nh ? 5% 100mhz 750ma 0.221
31 250mhz 4.1ghz lqw15an26ng80 p 26nh ? 2% 100mhz 720ma 0.282
29 250mhz 4.1ghz lqw15an26nj80 p 26nh ? 5% 100mhz 720ma 0.282
29 250mhz 4.1ghz lqw15an27ng80 p 27nh ? 2% 100mhz 680ma 0.288
30 250mhz 4ghz lqw15an27nj80 p 27nh ? 5% 100mhz 680ma 0.288
30 250mhz 4ghz lqw15an30ng80 p 30nh ? 2% 100mhz 660ma 0.309
30 250mhz 3.8ghz lqw15an30nj80 p 30nh ? 5% 100mhz 660ma 0.309
30 250mhz 3.8ghz lqw15an33ng80 p 33nh ? 2% 100mhz 620ma 0.336
30 250mhz 3.6ghz lqw15an33nj80 p 33nh ? 5% 100mhz 620ma 0.336
30 250mhz 3.6ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. continued on the following page.
6 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 6 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. part number inductance inductance test frequency rated current max. of dc resistance q (min.) q test frequency self resonance frequency (min.) lqw15an36ng80 p 36nh ? 2% 100mhz 540ma 0.431
30 250mhz 3.5ghz lqw15an36nj80 p 36nh ? 5% 100mhz 540ma 0.431
30 250mhz 3.5ghz lqw15an39ng80 p 39nh ? 2% 100mhz 530ma 0.456
28 250mhz 3.4ghz lqw15an39nj80 p 39nh ? 5% 100mhz 530ma 0.456
28 250mhz 3.4ghz lqw15an43ng80 p 43nh ? 2% 100mhz 515ma 0.516
30 250mhz 3.4ghz lqw15an43nj80 p 43nh ? 5% 100mhz 515ma 0.516
30 250mhz 3.4ghz lqw15an47ng80 p 47nh ? 2% 100mhz 440ma 0.648
25 250mhz 3.2ghz lqw15an47nj80 p 47nh ? 5% 100mhz 440ma 0.648
25 250mhz 3.2ghz lqw15an53ng80 p 53nh ? 2% 100mhz 415ma 0.696
25 200mhz 2.9ghz lqw15an53nj80 p 53nh ? 5% 100mhz 415ma 0.696
25 200mhz 2.9ghz lqw15an56ng80 p 56nh ? 2% 100mhz 340ma 0.996
25 200mhz 2.9ghz lqw15an56nj80 p 56nh ? 5% 100mhz 340ma 0.996
25 200mhz 2.9ghz lqw15an75ng80 p 75nh ? 2% 100mhz 320ma 1.224
25 200mhz 2.4ghz lqw15an75nj80 p 75nh ? 5% 100mhz 320ma 1.224
25 200mhz 2.4ghz operating temperature range (self-temperature rise is not included): -55 ? 125 ? only for re? ow soldering. c derating of rated current in operating temperature exceeding +85c, derating of current is necessary for lqw15a_80 series. please apply the derating curve shown in chart according to the operating temperature. derating of rated current 100 50 0 125 85 0 rated derating (%) operating temperature (c) c q-frequency characteristics (typ.) 0 60 100 160 20 40 80 120 180 140 200 1 10 100 1000 10000 frequency (mhz) q 1.3nh 5.6nh 3.6nh 27nh 10nh 43nh 75nh c inductance-frequency characteristics (typ.) l (nh) frequency (mhz) 1 10 100 1000 1 1000 100 10 10000 75nh 43nh 27nh 10nh 5.6nh 3.6nh 1.3nh continued on the following page.
7 data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s speci? cations are subject to change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers before ordering. 2. this datasheet has only typical speci? cations because there is no space for detailed speci? cations. therefore, please approve our product speci? cations or transact the approval sheet for product speci? cations before ordering. http://www.murata.com/ 7 rf inductors (coils) 2013.7.8 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. continued from the preceding page. c ! caution/notice ! caution (rating) do not use products beyond the rated current as this may create excessive heat. notice solderability of tin plating termination chip might be deteriorated when low temperature soldering pro? le where peak solder temperature is below the tin melting point is used. please con? rm the solderability of tin plating termination chip before use.

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