Part Number Hot Search : 
2SB16 400U80D DA330ME T5551 SSM3K3 S2000AFI LD108 LX5112A
Product Description
Full Text Search
 

To Download B82498-B3569-M Datasheet File

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


  Datasheet File OCR Text:
  76 04/00 size 0805 (eia) and/or 2012 (iec) rated inductance 2,7 to 4700 nh rated current 90 to 1000 ma construction n cubic coil with ceramic or ferrite core n winding partially plastic-sealed n winding ends welded to contact areas features n high q factor n high resonance frequency n close inductance tolerance n suitable for reflow (ir and vapor phase) and wave soldering applications resonant circuits, impedance matching for n antenna amplifiers n dect systems n mobile phones n keyless entry n gps (global positioning system) terminals n thick-film coating of ag/pd/pt n base material al 2 o 3 ceramic or ferrite marking no marking on component minimum data on reel: manufacturer, part number, ordering code, l value and tolerance of l value, quantity, date of packing delivery mode 8-mm blister tape, wound on 178-mm or 330-mm ? reel for details on taping, packing and packing units see page 153 b82498-b smt inductors, simid series simid 0805-b
77 04/00 general technical data rated inductance l r measured with rf lcr meter hp 4286a at frequency f l q factor q min ,q typ measured with rf lcr meter hp 4286a, q min measured at frequency f q rated current i r maximum permissible dc with inductance decrease d l / l 0 10 % and temperature increase of 20 k at rated temperature of 85 c self-resonance frequency f res, min measured with network analyzer hp 8753 dc resistance r max measured at 20 c ambient temperature, measuring current < i r climatic category in accordance with iec 60068-1 55/125/56 (C 55 c/+ 125 c/56 days damp heat test) solderability in accordance with iec 60062-2-58 (215 3) c, (3 0,3) s wetting of soldering area: 3 95 % resistance to soldering heat in accordance with iec 60068-2-20 260 c, 10 s d l / l 3% permissible pcb bending 2 mm (100 mm long standard pcb) weight approx. 8,5 mg b82498-b smt inductors, simid series simid 0805-b
78 04/00 dimensional drawing layout recommendation dimensions (mm) 1) this area (30 % of contact area) should not be used to asses solderability a bc 1,1 0,1 3,4 0,4 1,1 0,2 0,1 2,2 max. 0,25 min. 1,45 max. 1,4 max. 1,2 _ metallisierung schwei?bereich vergu?masse 0,50,3 1) welding area 1) acrylic plastics metallization layoutempfehlung a b c ssb1356-j b82498-b smt inductors, simid series simid 0805-b
79 04/00 characteristics and ordering codes 1) closer tolerances upon request. 2) replace the + by the code letter for the required inductance tolerance. for reel size ? 330 mm append code number ?8?. example: b82498-b3279-m8 l r nh toler- ance 1) q min q typ (at 800 mhz) f l ; f q mhz i r ma r max w f res, min mhz ordering code 2) ( ? 180-mm reel) core material: ceramics 2,7 10 % k 20 % m 20 50 250 1000 0,03 6000 b82498-b3279-m 5,6 25 60 250 900 0,04 6000 B82498-B3569-M 6,8 30 70 250 800 0,05 5500 b82498-b3689-k 8,2 35 75 250 700 0,06 5000 b82498-b3829-m 10 5% j 10 % k 40 80 250 700 0,06 4500 b82498-b3100-+ 12 40 85 250 700 0,06 4000 b82498-b3120-+ 15 40 85 250 670 0,07 3500 b82498-b3150-+ 18 45 90 250 670 0,07 3300 b82498-b3180-+ 22 45 85 250 600 0,09 2600 b82498-b3220-+ 27 50 90 250 600 0,09 2500 b82498-b3270-+ 33 45 80 250 520 0,12 2150 b82498-b3330-+ 39 50 90 250 560 0,10 2050 b82498-b3390-+ 47 45 85 200 500 0,13 1900 b82498-b3470-+ 56 2% g 5% j 10 % k 45 60 200 480 0,14 1700 b82498-b3560-+ 68 45 60 200 410 0,19 1550 b82498-b3680-+ 82 40 60 150 390 0,21 1430 b82498-b3820-+ 100 40 50 150 350 0,26 1310 b82498-b3101-+ 120 40 45 150 270 0,44 1210 b82498-b3121-+ 150 35 40 100 270 0,44 1120 b82498-b3151-+ 180 35 30 100 260 0,47 1030 b82498-b3181-+ 220 35 100 240 0,55 950 b82498-b3221-+ 270 35 100 180 1,0 870 b82498-b3271-+ 330 35 100 180 1,0 800 b82498-b3331-+ 390 35 100 130 1,9 730 b82498-b3391-+ 470 35 100 115 2,4 660 b82498-b3471-+ 560 35 100 100 3,2 600 b82498-b3561-+ ^ ^ ^ ^ ^ ^ ^ b82498-b smt inductors, simid series simid 0805-b
80 04/00 characteristics and ordering codes (continued) 1) closer tolerances upon request. 2) replace the + by the code letter for the required inductance tolerance. for reel size ? 330 mm append code number ?8?. example: b82498-b1681-k8 l r nh toler- ance 1) q min q typ (at 800 mhz) f l ; f q mhz i r ma r max w f res, min mhz ordering code 2) ( ? 180-mm reel) core material: ferrite 680 2% g 5% j 10 % k 20 25,2 250 0,50 450 b82498-b1681-+ 820 20 25,2 240 0,55 400 b82498-b1821-+ 1000 20 7,96 250 0,50 350 b82498-b1102-+ 1200 20 7,96 220 0,65 300 b82498-b1122-+ 1500 20 7,96 200 0,75 250 b82498-b1152-+ 1800 20 7,96 190 0,85 250 b82498-b1182-+ 2200 20 7,96 130 1,7 200 b82498-b1222-+ 2700 20 7,96 120 2,0 200 b82498-b1272-+ 3300 20 7,96 100 3,3 200 b82498-b1332-+ 3900 20 7,96 95 3,6 150 b82498-b1392-+ 4700 20 7,96 90 3,8 150 b82498-b1472-+ ^ ^ ^ b82498-b smt inductors, simid series simid 0805-b
81 04/00 q factor (ceramic core) versus frequency f measured with rf lcr meter hp 4286a inductance l versus dc load current i dc measured with rf lcr meter hp 4275a q factor (ferrite core) versus frequency f measured with rf lcr meter hp 4286a current derating i op / i r versus ambient temperature t a ssb1446-i 0 f q mhz 10 20 30 40 50 60 70 80 90 1 10 2 10 3 10 2,7 nh 6,8 nh 39 nh 68 nh 100 nh 270 nh 560 nh ssb1448-z 10 0 10 1 a m 10 1 10 3 _ 10 0 10 _ 2 10 1 _ dc i 10 _ 2 10 _ 1 l h 4,7 h m 0,68 m h m 0,56 h m 0,1 h 0,01 m h ssb1447-r 5 f q mhz 0 10 10 15 20 25 30 35 40 10 1 1000 nh 680 nh 2200 nh 4700 nh ssb1449-8 0 0 t i b i r a 0,2 0,4 0,6 0,8 1,0 1,2 20 40 60 80 100 140 c i op i r b82498-b smt inductors, simid series simid 0805-b


▲Up To Search▲   

 
Price & Availability of B82498-B3569-M

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