Part Number Hot Search : 
KBL00501 SM1001 SC198 1N6111A PMD4002K 3P22131 STP5N 00110
Product Description
Full Text Search
 

To Download ML336RAA Datasheet File

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


  Datasheet File OCR Text:
  high-reliability chip inductors ML336RAA 0805 chip inductors the ML336RAA inductors provide exceptional q values, even at high frequencies. they have a ceramic body and wire wound construction to provide the highest srfs available in 0805 size. inductance 2 percent srf min 4 dcr max 5 imax color part number 1 (nh) tolerance q min 3 (mhz) (ohms) (ma) code ML336RAA020jlz 2.8@ 250 mhz 5 57@ 1000 mhz 5000 0.06 800 gray ML336RAA3n0jlz 3.0@ 250 mhz 5 61@ 1000 mhz 5000 0.06 800 white ML336RAA030jlz 3.3@ 250 mhz 5 48@ 1000 mhz 5000 0.08 600 black ML336RAA050jlz 5.6@ 250 mhz 5 75@ 1000 mhz 4760 0.08 600 orange ML336RAA060jlz 6.8@ 250 mhz 5 54@ 1000 mhz 4440 0.11 600 brown ML336RAA070jlz 7.5@ 250 mhz 5 56@ 1000 mhz 3840 0.14 600 green ML336RAA080_lz 8.2@ 250 mhz 5,2 63@ 1000 mhz 3560 0.12 600 red ML336RAA100_lz 10@ 250 mhz 5,2,1 57@ 500 mhz 3460 0.10 600 blue ML336RAA120_lz 12@ 250 mhz 5,2,1 46@ 500 mhz 3180 0.15 600 orange ML336RAA150_lz 15@ 250 mhz 5,2,1 41@ 500 mhz 2560 0.17 600 yellow ML336RAA180_lz 18@ 250 mhz 5,2,1 48@ 500 mhz 2480 0.20 600 green ML336RAA220_lz 22@ 250 mhz 5,2,1 59@ 500 mhz 2080 0.22 500 blue ML336RAA240_lz 24@ 250 mhz 5,2,1 59@ 500 mhz 1920 0.22 500 gray ML336RAA270_lz 27@ 250 mhz 5,2,1 56@ 500 mhz 2060 0.25 500 violet ML336RAA330_lz 33@ 250 mhz 5,2,1 64@ 500 mhz 1720 0.27 500 gray ML336RAA360_lz 36@ 250 mhz 5,2,1 57@ 500 mhz 1520 0.27 500 orange ML336RAA390_lz 39@ 250 mhz 5,2,1 44@ 250 mhz 1600 0.29 500 white ML336RAA430_lz 43@ 200 mhz 5,2,1 45@ 250 mhz 1440 0.34 500 yellow ML336RAA470_lz 47@ 200 mhz 5,2,1 44@ 250 mhz 1360 0.31 470 black ML336RAA560_lz 56@ 200 mhz 5,2,1 49@ 250 mhz 1280 0.34 460 brown ML336RAA680_lz 68@ 200 mhz 5,2,1 52@ 250 mhz 1200 0.38 440 red ML336RAA820_lz 82@ 150 mhz 5,2,1 51@ 250 mhz 1060 0.42 400 orange ML336RAA910_lz 91@ 150 mhz 5,2,1 49@ 250 mhz 1060 0.48 390 black ML336RAA101_lz 100@ 150 mhz 5,2,1 54@ 250 mhz 1000 0.46 390 yellow ML336RAA111_lz 110@ 150 mhz 5,2,1 38@ 250 mhz 880 0.48 390 brown ML336RAA121_lz 120@ 150 mhz 5,2,1 52@ 250 mhz 880 0.51 380 green ML336RAA151_lz 150@ 100 mhz 5,2,1 33@ 100 mhz 730 0.56 340 blue ML336RAA181_lz 180@ 100 mhz 5,2,1 37@ 100 mhz 730 0.64 340 violet ML336RAA221_lz 220@ 100 mhz 5,2,1 36@ 100 mhz 650 0.70 330 gray ML336RAA241_lz 240@ 100 mhz 5,2,1 36@ 100 mhz 610 1.00 270 red ML336RAA271_lz 270@ 100 mhz 5,2,1 36@ 100 mhz 580 1.00 260 white ML336RAA331_lz 330@ 100 mhz 5,2,1 36@ 100 mhz 520 1.40 230 black ML336RAA391_lz 390@ 100 mhz 5,2,1 34@ 100 mhz 480 1.50 210 brown 1. when ordering, please specify tolerance and testing codes: ML336RAA821glz tolerance: f = 1% g = 2% j = 5% testing: z = cots h = screening per coilcraft cp-sa-10001 n = screening per coilcraft cp-sa-10003 2. inductance measured using a coilcraft smd-a fxture in an agilent/hp 4286a impedance analyzer or equivalent with coilcraft-provided correlation pieces. 3. q measured using an agilent/hp 4291a with an agilent/hp 16197a test fxture or equivalents. 4. srf measured on an agilent 8753es or equivalent with a coilcraft ccf1297 test fxture. 5. dcr measured on a keithley micro-ohmmeter or equivalent and a coilcraft ccf858 test fxture. 6. electrical specifcations at 25c. refer to doc 362 soldering surface mount components before soldering. this robust version of coilcrafts standard 0805cs series features high temperature materials that allow operation in ambient temperatures up to 155c. document ml100-1 revised 11/06/12 ? ? coilcraft, inc. 2012 1102 silv er lak e road car y, il 60013 phone 800-981-0363 fa x 847-639-1508 email c ps@coilcraft.com www . coilcraft-cps . com this pr oduct may not be used in medical or hig h risk applications without prior coilcraft appr oval. specifications subject to change without notice. please check our web site for latest infor mation.
ML336RAA series (0805) 0805 chip inductors typical q vs frequency typical l vs frequency a max b max c max d ref e f g h i j 0.090 0.068 0.060 0.020 0.050 0.020 0.040 0.070 0.040 0.030 2,29 1,73 1,52 0,51 1,27 0,51 1,02 1,78 1,02 0,76 1 10 100 1000 10 100 1000 inductance (nh) frequency (mhz) 220 nh 100 nh 39 nh 15 nh 3.3 nh 12 nh 6.8 nh 3.3 nh 22 nh 39 nh 68 nh 120 nh 270 nh 10 100 frequency (mhz) q f actor 1000 10,000 100 90 80 70 60 50 40 30 20 10 0 -40 -20 02 04 06 08 0 100 160 140 120 ambient temperature (c) pe r cent of rated rms i 120 110 100 90 80 70 60 50 40 30 20 10 0 25c current derating core material ceramic terminations silver-palladium-platinum-glass frit ambient temperature C55c to +125c with i max current, +125c to +155c with derated current storage temperature component: C55c to +155c. packaging: C55c to +80c resistance to soldering heat max three 40 second refows at +260c, parts cooled to room temperature between cycles temperature coeffcient of inductance (tcl) +25 to +155 ppm/c moisture sensitivity level (msl) 1 (unlimited foor life at <30c / 85% relative humidity) enhanced crush-resistant packaging 2000 per 7 reel plastic tape: 8 mm wide, 0.23 mm thick, 4 mm pocket spacing, 1.65 mm pocket depth j h a b ov erall f g e ter minal f c d te rm inal wraparound: appro x 0.015/0,38 both ends i i suggested land p attern document ml100-2 revised 11/06/12 ? ? coilcraft, inc. 2012 1102 silv er lak e road car y, il 60013 phone 800-981-0363 fa x 847-639-1508 email c ps@coilcraft.com www . coilcraft-cps . com this pr oduct may not be used in medical or hig h risk applications without prior coilcraft appr oval. specifications subject to change without notice. please check our web site for latest infor mation.


▲Up To Search▲   

 
Price & Availability of ML336RAA

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