Part Number Hot Search : 
CY7C13 P12008N LAN7500I 5PVTR CD4538BC OPB667T AT88S SI4228DY
Product Description
Full Text Search
 

To Download LQG15HN10NJ02D Datasheet File

  If you can't view the Datasheet, Please click here to try to view without PDF Reader .  
 
 


  Datasheet File OCR Text:
  http://www.murata.com/ data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s specifications are subject t o change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers bef ore ordering. 2. this datasheet has only typical specifications because there is no space for detailed specifications. therefore, please appr ove our product specifications or transact the approval sheet for product specifications before ordering. 1 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. 2010.9.9 inductors (coils) > chip inductor (chip coil) > for high frequency multilayer type 0.5 0.05 (in mm) 1.0 0.05 0.5 0.05 0.25 0.1 polarity marking chip inductor (chip coil) for high frequency multilayer type lqg15hn series (0402 size)  dimensions  packaging code packaging minimum quantity d 180mm paper tape 10000 j 330mm paper tape 50000 b bulk(bag) 1000  rated value ( p : packaging code) part number inductance test frequency rated current max. of dc resistance q (min.) test frequency self resonance frequency (min.) lqg15hn1n0s02 p 1.0nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n1s02 p 1.1nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n2s02 p 1.2nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n3s02 p 1.3nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n5s02 p 1.5nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n6s02 p 1.6nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn1n8s02 p 1.8nh 0.3nh 100mhz 300ma 0.10ohm 8 100mhz 6000mhz lqg15hn2n0s02 p 2.0nh 0.3nh 100mhz 300ma 0.12ohm 8 100mhz 6000mhz lqg15hn2n2s02 p 2.2nh 0.3nh 100mhz 300ma 0.15ohm 8 100mhz 6000mhz lqg15hn2n4s02 p 2.4nh 0.3nh 100mhz 300ma 0.16ohm 8 100mhz 6000mhz lqg15hn2n7s02 p 2.7nh 0.3nh 100mhz 300ma 0.17ohm 8 100mhz 6000mhz lqg15hn3n0s02 p 3.0nh 0.3nh 100mhz 300ma 0.18ohm 8 100mhz 6000mhz lqg15hn3n3s02 p 3.3nh 0.3nh 100mhz 300ma 0.19ohm 8 100mhz 6000mhz lqg15hn3n6s02 p 3.6nh 0.3nh 100mhz 300ma 0.19ohm 8 100mhz 6000mhz lqg15hn3n9s02 p 3.9nh 0.3nh 100mhz 300ma 0.19ohm 8 100mhz 6000mhz lqg15hn4n3s02 p 4.3nh 0.3nh 100mhz 300ma 0.21ohm 8 100mhz 6000mhz lqg15hn4n7s02 p 4.7nh 0.3nh 100mhz 300ma 0.23ohm 8 100mhz 6000mhz lqg15hn5n1s02 p 5.1nh 0.3nh 100mhz 300ma 0.24ohm 8 100mhz 6000mhz lqg15hn5n6s02 p 5.6nh 0.3nh 100mhz 300ma 0.26ohm 8 100mhz 5300mhz lqg15hn6n2s02 p 6.2nh 0.3nh 100mhz 300ma 0.27ohm 8 100mhz 4300mhz lqg15hn6n8j02 p 6.8nh 5% 100mhz 300ma 0.29ohm 8 100mhz 4200mhz lqg15hn7n5j02 p 7.5nh 5% 100mhz 300ma 0.31ohm 8 100mhz 3900mhz lqg15hn8n2j02 p 8.2nh 5% 100mhz 300ma 0.33ohm 8 100mhz 3600mhz operating temperature range: -55 c to +125 c only for reflow soldering. continued on the following page.
continued from the preceding page. http://www.murata.com/ data sheet ! note: 1. this datasheet is downloaded from the website of murata manufacturing co., ltd. therefore, it?s specifications are subject t o change or our products in it may be discontinued without advance notice. please check with our sales representatives or product engineers bef ore ordering. 2. this datasheet has only typical specifications because there is no space for detailed specifications. therefore, please appr ove our product specifications or transact the approval sheet for product specifications before ordering. 2 o this data sheet is applied for chip inductors (chip coils) used for general electronics equipment for your design. 2010.9.9 inductors (coils) > chip inductor (chip coil) > for high frequency multilayer type part number inductance test frequency rated current max. of dc resistance q (min.) test frequency self resonance frequency (min.) lqg15hn9n1j02 p 9.1nh 5% 100mhz 300ma 0.34ohm 8 100mhz 3400mhz lqg15hn10nj02 p 10nh 5% 100mhz 300ma 0.35ohm 8 100mhz 3200mhz lqg15hn12nj02 p 12nh 5% 100mhz 300ma 0.41ohm 8 100mhz 2800mhz lqg15hn15nj02 p 15nh 5% 100mhz 300ma 0.46ohm 8 100mhz 2300mhz lqg15hn18nj02 p 18nh 5% 100mhz 300ma 0.51ohm 8 100mhz 2100mhz lqg15hn22nj02 p 22nh 5% 100mhz 300ma 0.58ohm 8 100mhz 1800mhz lqg15hn27nj02 p 27nh 5% 100mhz 300ma 0.67ohm 8 100mhz 1600mhz lqg15hn33nj02 p 33nh 5% 100mhz 200ma 0.67ohm 8 100mhz 1500mhz lqg15hn39nj02 p 39nh 5% 100mhz 200ma 1.06ohm 8 100mhz 1200mhz lqg15hn47nj02 p 47nh 5% 100mhz 200ma 1.15ohm 8 100mhz 1000mhz lqg15hn56nj02 p 56nh 5% 100mhz 200ma 1.20ohm 8 100mhz 800mhz lqg15hn68nj02 p 68nh 5% 100mhz 180ma 1.25ohm 8 100mhz 800mhz lqg15hn82nj02 p 82nh 5% 100mhz 150ma 1.60ohm 8 100mhz 600mhz lqg15hnr10j02 p 100nh 5% 100mhz 150ma 1.60ohm 8 100mhz 600mhz lqg15hnr12j02 p 120nh 5% 100mhz 150ma 1.60ohm 8 100mhz 600mhz 100 1000 10000 frequency (mhz) 100 80 60 40 20 0 q 1.5nh 4.7nh 12nh 33nh 68nh 120nh 100 1000 10000 frequency (mhz) 1000 100 10 1 inductance (nh) 1.5nh 12nh 4.7nh 33nh 68nh 120nh operating temperature range: -55 c to +125 c only for reflow soldering.  q-frequency characteristics (typ.)  inductance-frequency characteristics (typ.) ! 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 profile where peak solder temperature is below the tin melting point is used. please confirm the solderability of tin plating termination chip before use.  ! caution/notice


▲Up To Search▲   

 
Price & Availability of LQG15HN10NJ02D

All Rights Reserved © IC-ON-LINE 2003 - 2022  

[Add Bookmark] [Contact Us] [Link exchange] [Privacy policy]
Mirror Sites :  [www.datasheet.hk]   [www.maxim4u.com]  [www.ic-on-line.cn] [www.ic-on-line.com] [www.ic-on-line.net] [www.alldatasheet.com.cn] [www.gdcy.com]  [www.gdcy.net]


 . . . . .
  We use cookies to deliver the best possible web experience and assist with our advertising efforts. By continuing to use this site, you consent to the use of cookies. For more information on cookies, please take a look at our Privacy Policy. X