surface mount power inductors . c u d n i ) h ( e u l a v . l o t . d t s & 1 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 2 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 3 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 4 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 5 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 6 c i p c d / g n i t a r t n e r r u c s i s e r . x a m 7 c i p 2 c d / g n i t a r t n e r r u c s i s e r . x a m % 0 2 8 6 . % 0 2 0 . 1 % 0 2 4 . 1 % 0 2 8 . 1 % 0 2 2 . 2 % 0 2 7 . 2 5 4 0 . / a 0 6 . 2 ? 9 4 0 . / a 6 5 . 2 ? 7 5 0 . / a 2 5 . 2 ? 4 6 0 . / a 5 9 . 1 ? 2 7 0 . / a 5 7 . 1 ? 9 7 0 . / a 8 5 . 1 ? d c r t l u s n o c " " " 4 5 0 . / a 0 2 . 2 ? 7 5 0 . / a 0 1 . 2 ? d c r t l u s n o c " " " " " d c r t l u s n o c " " " " " d c r t l u s n o c " " " " " d c r t l u s n o c " " " " " d c r t l u s n o c " " " " " % 0 2 3 . 3 % 0 2 9 . 3 % 0 2 7 . 4 % 0 2 6 . 5 % 0 2 8 . 6 % 0 2 2 . 8 7 8 0 . / a 4 4 . 1 ? 4 9 0 . / a 3 3 . 1 ? 9 0 1 . / a 5 1 . 1 ? 6 2 1 . / a 0 1 . 1 ? 2 3 1 . / a 8 0 . 1 ? 7 4 1 . / a 5 0 . 1 ? 0 6 0 . / a 0 0 . 2 ? 5 6 0 . / a 0 9 . 1 ? 0 7 0 . / a 0 8 . 1 ? 5 7 0 . / a 0 7 . 1 ? 0 8 0 . / a 0 6 . 1 ? 0 9 0 . / a 0 5 . 1 ? " " 4 5 0 . / a 8 7 . 1 ? 0 6 0 . / a 8 6 . 1 ? 7 6 0 . / a 8 5 . 1 ? 4 7 0 . / a 8 4 . 1 ? " " " " 5 0 . 0 / a 7 . 2 ? 6 0 . 0 / a 5 . 2 ? " " " " " 4 0 . 0 / a 0 6 . 2 ? " " " " " " " " " " " " % 0 2 0 1 % 0 2 2 1 % 0 2 5 1 % 0 2 8 1 % 0 2 2 2 2 8 1 . / a 4 0 . 1 ? 0 1 2 . / a 7 9 . 0 ? 5 3 2 . / a 5 8 . 0 ? 8 3 3 . / a 4 7 . 0 ? 8 7 3 . / a 8 6 . 0 ? 0 1 . 0 / a 5 4 . 1 ? 2 1 . 0 / a 0 4 . 1 ? 4 1 . 0 / a 0 3 . 1 ? 5 1 . 0 / a 5 2 . 1 ? 9 1 . 0 / a 1 1 . 1 ? 8 0 . 0 / a 4 4 . 1 ? 9 0 . 0 / a 9 3 . 1 ? 0 1 . 0 / a 4 2 . 1 ? 1 1 . 0 / a 2 1 . 1 ? 3 1 . 0 / a 7 0 . 1 ? 7 0 . 0 / a 3 . 2 ? 8 0 . 0 / a 0 . 2 ? 9 0 . 0 / a 8 . 1 ? 0 1 . 0 / a 6 . 1 ? 1 1 . 0 / a 5 . 1 ? 5 0 . 0 / a 8 3 . 2 ? 6 0 . 0 / a 3 1 . 2 ? 7 0 . 0 / a 7 8 . 1 ? 8 0 . 0 / a 3 7 . 1 ? 9 0 . 0 / a 0 6 . 1 ? 6 0 . 0 / a 0 6 . 2 ? 7 0 . 0 / a 5 4 . 2 ? 8 0 . 0 / a 7 2 . 2 ? 9 0 . 0 / a 5 1 . 2 ? 0 1 . 0 / a 5 9 . 1 ? 6 0 . 0 / a 0 5 . 3 ? 7 0 . 0 / a 0 4 . 3 ? 8 0 . 0 / a 0 1 . 3 ? 9 0 . 0 / a 0 0 . 3 ? 0 1 . 0 / a 0 6 . 2 ? % 0 2 7 2 % 0 1 3 3 9 3% 0 1 7 4% 0 1 6 5% 0 1 2 5 . / a 2 6 . 0 ? 4 5 . / a 6 5 . 0 ? 9 5 . / a 2 5 . 0 ? 4 8 . / a 4 4 . 0 ? 4 9 . / a 2 4 . 0 ? 2 2 . / a 0 0 . 1 ? 5 2 . / a 8 8 . 0 ? 2 3 . / a 0 8 . 0 ? 7 3 . / a 2 7 . 0 ? 2 4 . / a 8 6 . 0 ? 5 1 . / a 4 9 . 0 ? 7 1 . / a 5 8 . 0 ? 2 2 . / a 4 7 . 0 ? 5 2 . / a 8 6 . 0 ? 8 2 . / a 4 6 . 0 ? 2 1 . / a 3 . 1 ? 4 1 . / a 2 . 1 ? 6 1 . / a 1 . 1 ? 0 2 . / a 0 . 1 ? 4 2 . / a 4 9 . ? 0 1 . / a 4 4 . 1 ? 2 1 . / a 6 2 . 1 ? 5 1 . / a 0 2 . 1 ? 7 1 . / a 0 1 . 1 ? 0 2 . / a 0 0 . 1 ? 1 1 . / a 6 7 . 1 ? 2 1 . / a 0 5 . 1 ? 4 1 . / a 7 3 . 1 ? 7 1 . / a 8 2 . 1 ? 9 1 . / a 7 1 . 1 ? 1 1 . / a 0 4 . 2 ? 2 1 . / a 0 3 . 2 ? 4 1 . / a 0 1 . 2 ? 7 1 . / a 5 9 . 1 ? 9 1 . / a 5 8 . 1 ? 8 6% 0 1 2 8% 0 1 0 0 1% 0 1 0 2 1% 0 1 0 5 1% 0 1 0 8 1% 0 1 2 1 . 1 / a 7 3 . 0 ? 7 3 . 1 / a 3 3 . 0 ? 6 6 . 1 / a 0 3 . 0 ? d c r t l u s n o c " " 2 5 . / a 2 6 . 0 ? 0 6 . / a 8 5 . 0 ? 0 7 . / a 2 5 . 0 ? 3 9 . / a 9 4 . 0 ? 1 . 1 / a 1 4 . 0 ? 7 3 . 1 / a 8 3 . 0 ? 3 3 . / a 9 5 . 0 ? 1 4 . / a 4 5 . 0 ? 8 4 . / a 1 5 . 0 ? 4 5 . / a 8 4 . 0 ? 5 7 . / a 0 4 . 0 ? 2 0 . 1 / a 6 3 . 0 ? 8 2 . / a 5 8 . ? 7 3 . / a 8 7 . ? 5 4 . / a 2 7 . ? 8 4 . / a 6 6 . ? 8 6 . / a 8 5 . ? 7 7 . / a 1 5 . ? 2 2 . / a 1 9 . ? 5 2 . / a 5 8 . ? 4 3 . / a 4 7 . ? 0 4 . / a 9 6 . ? 4 5 . / a 1 6 . ? 2 6 . / a 6 5 . ? 2 2 . / a 1 1 . 1 ? 5 2 . / a 0 0 . 1 ? 5 3 . / a 7 9 . ? 0 4 . / a 9 8 . ? 7 4 . / a 8 7 . ? 3 6 . / a 2 7 . ? 2 2 . / a 5 6 . 1 ? 5 2 . / a 0 5 . 1 ? 5 3 . / a 0 4 . 1 ? 0 4 . / a 0 3 . 1 ? 7 4 . / a 0 2 . 1 ? 3 6 . / a 0 0 . 1 ? 0 2 2% 0 1 0 7 2% 0 1 0 3 3% 0 1 0 9 3% 0 1 0 7 4% 0 1 0 6 5% 0 1 " " " " " " 7 5 . 1 / a 5 3 . 0 ? 7 8 . 1 / a 1 3 . 0 ? 0 3 . 2 / a 8 2 . 0 ? 0 4 . 3 / a 3 2 . 0 ? 0 5 . 4 / a 0 2 . 0 ? d c r t l u s n o c 0 2 . 1 / a 1 3 . 0 ? 1 3 . 1 / a 9 2 . 0 ? 0 5 . 1 / a 8 2 . 0 ? 7 4 . 2 / a 2 2 . 0 ? 0 0 . 3 / a 0 2 . 0 ? d c r t l u s n o c 6 9 . / a 9 4 . ? 1 1 . 1 / a 2 4 . ? 6 2 . 1 / a 0 4 . ? 7 7 . 1 / a 6 3 . ? 6 9 . 1 / a 4 3 . ? 2 2 . 2 / a 0 3 . ? 2 7 . / a 3 5 . ? 5 9 . / a 5 4 . ? 0 1 . 1 / a 2 4 . ? 4 2 . 1 / a 8 3 . ? 3 5 . 1 / a 5 3 . ? 0 9 . 1 / a 2 3 . ? 3 7 . / a 6 6 . ? 7 9 . / a 7 5 . ? 6 1 . 1 / a 2 5 . ? 0 3 . 1 / a 8 4 . ? 8 4 . 1 / a 2 4 . ? 0 9 . 1 / a 3 3 . ? 3 7 . / a 5 9 . ? 7 9 . / a 0 9 . ? 6 1 . 1 / a 0 8 . ? 0 3 . 1 / a 5 7 . ? 8 4 . 1 / a 5 6 . ? 0 9 . 1 / a 0 6 . ? 0 8 6% 0 1 0 2 8% 0 1 0 0 0 1% 0 1 0 0 2 1% 0 1 0 0 5 1% 0 1 0 0 2 2% 0 1 " " " " " " " " " " " " " " " " " " 6 9 . 2 / a 6 2 . ? d c r t l u s n o c " " " " 2 1 . 3 / a 5 2 . ? 0 0 . 4 / a 2 2 . ? 6 9 . 5 / a 8 1 . ? d c r t l u s n o c " " 5 2 . 2 / a 8 2 . ? 5 5 . 2 / a 4 2 . ? 5 7 . 3 / a 0 2 . ? d c r t l u s n o c " " 5 4 . 2 / a 0 5 . ? 5 5 . 2 / a 8 4 . ? 0 0 . 3 / a 6 4 . ? 0 5 . 3 / a 5 3 . ? 8 1 . 4 / a 2 3 . ? 6 4 . 5 / a 8 2 . ? pic series series pic inductors were developed to provide high current capability in an economical surface mount design. the cylindrical geometry enables a wide range of values with excellent high frequency performance. construction is wirewound and utilizes a ferrite core. units are m arked with inductance value. applications includ e noise filtering, dc/dc converters, telecom, power supplies, switching regulators, etc. custom models avail. industry?s widest range and lowest cost! 0.68h to 2200h, 0.18a to 3.5a options option er 1 : military screening numerous design modifications are available including high frequency testing, shielded, increased current and temperature ratings, non-standard inductance values, custom marking, etc. specifications standard to l.: 27uh 20% (10% avail), >27uh 10% (5% avail) inductance test frequency: 1khz (high freq. testing avail.) temperature range: -40 to +105c temperature rise: 20c typical at rated current derating: derate current rating by 5%/c above 85c resistance to soldering heat: 260c for 10 sec rated current lowers inductance approximately 10% 1 option er military screening: per mil-c-15305 (thermal shock -25/+85c, dcr, inductance, vis./mechanical insp) 2 information on pic7 is preliminary a b c d .040r [1] e f suggested mounting pad e p y t) x a m ( a) x a m ( b) p y t ( cdef 1 c i p 2 c i p 3 c i p 4 c i p 5 c i p 6 c i p 7 c i p 2 ] 8 . 4 [ 9 8 1 . ] 1 . 6 [ 0 4 2 . ] 1 . 8 [ 9 1 3 . ] 1 . 8 [ 9 1 3 . ] 3 . 0 1 [ 5 0 4 . ] 4 . 0 1 [ 9 0 4 . ] 1 1 [ 3 3 4 . ] 5 . 3 [ 8 3 1 . ] 9 . 4 [ 3 9 1 . ] 0 . 4 [ 7 5 1 . ] 5 . 5 [ 6 1 2 . ] 5 . 4 [ 7 7 1 . ] 8 . 5 [ 8 2 2 . ] 5 . 7 [ 5 9 2 . ] 5 . 1 [ 0 6 0 . ] 8 . 1 [ 0 7 0 . ] 1 . 2 [ 3 8 0 . ] 1 . 2 [ 3 8 0 . ] 1 . 2 [ 3 8 0 . ] 1 . 2 [ 3 8 0 . ] 1 . 2 [ 3 8 0 . ] 5 7 . 1 [ 0 7 0 . ] 5 1 . 2 [ 5 8 0 . ] 0 . 3 [ 0 2 1 . ] 0 . 3 [ 0 2 1 . ] 5 7 . 3 [ 0 5 1 . ] 5 7 . 3 [ 0 5 1 . ] 0 . 4 [ 0 6 1 . ] 5 . 4 [ 7 7 1 . ] 7 . 5 [ 5 2 2 . ] 8 . 7 [ 7 0 3 . ] 8 . 7 [ 7 0 3 . ] 0 1 [ 4 9 3 . ] 0 1 [ 4 9 3 . ] 7 . 0 1 [ 0 2 4 . ] 5 . 1 [ 0 6 0 . ] 7 . 1 [ 7 6 0 . ] 2 [ 0 8 0 . ] 2 [ 0 8 0 . ] 5 . 2 [ 0 0 1 . ] 5 . 2 [ 0 0 1 . ] 8 . 2 [ 0 1 1 . resistors capacitors coils delay lines rcd components inc., 520 e. industrial park dr., manchester, nh, usa 03109 tel: (603) 669-0054 fax:(603) 669-5455 e-mail: sales@rcdcomponent s.com www .rcdcomponent s.com fa012c sale of this product is in accordance with gf-061. specifications subject to change without notice. rohs term.w is rohs compliant & 260 c compatible p/n designation: tolerance code : m=20%, w=15% k=10%, j=5% packaging : t= tape & reel inductance (uh): 2 signif. digits & multiplier (r68= .68uh, 1r0=1uh, 100=10uh, 101=100uh, 102=1000uh) option codes : er, 63, etc ( leave blank if std) rcd type pic1 - 1r8 - m t w termination: w= pb-free (std), q= snpb (leave blank if either is acceptable) 102
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