caution / ??f? 1. please be sure that you carefully disc uss your planned purchase with our sales division if you intend to use the products in this catalog for applications where extremely high reliability is required or if you intend to use products for applications other than those listed in this catalog. 2. contents of this catalog are effective as of july. 2001 note that the contents of this catalo g are subject to change without notice. when placing your order, please confirm the specifications and delivery conditions. 1. ?????t??l?????i??a????a?????????m?????a?v???3???p?r????2?g?p?e?2????????a?????????t??l??3??? ?p?r??o????2?g?p?e?2?????????a?k?????o????e?c ??????????2???k?-???3??b 2. ?????t??l???e? 2001 ?n 7 ?????y???????b?l???e?e?\????-???x??????a?????????2?1?3?-???3??b?2????????????d?l?e?[??d?l??????????e?? ?e????? ??b fixed inductors ?? ? ?c?? ?_ ?n?^ type 10rbm ?y 10rbm ?z (unit : mm) ideal as a choke coil for noise filtering. it is suitable for use in audio processing circuits for low, high and bandpass filtering. ??c???t?\??2yt? ?????2yt?y? frequency range : 10 200khz inductance range : 1 47mh ??g???? ?f 10 200khz 2yt?y??? ?f 1 47mh dimensions / ?o?`???@?} features / ? ? electrical characteristics / ?d?c?i???
fixed inductors ?? ? ?c?? ?_ ?n?^ type 10rbm ???????e ?y 10rbm ?z ?????i?? (1) 2yt?y? (2) ???e? q (3) ???????r ???????e?d?? (4) ?????u??g?? (5) toko part number ( 1 ) inductance ( 2 ) ( mh ) tolerance (%) q ( 3 ) min. dc resistance ( ? ) max. rated dc current (4) (ma) max. self-resonant frequency (5) (mhz) min. 265ly-102 ?? 1.0 ?}?t?a?} 10 40 4.7 57 1.6 265ly-122 ?? 1.2 ?}?t?a?} 10 40 5.1 50 1.5 265ly-152 ?? 1.5 ?}?t?a?} 10 45 5.9 46 1.3 265ly-182 ?? 1.8 ?}?t?a?} 10 45 6.6 41 1.3 265ly-222 ?? 2.2 ?}?t?a?} 10 50 7.8 37 1.1 265ly-272 ?? 2.7 ?}?t?a?} 10 50 9.0 34 1.0 265ly-332 ?? 3.3 ?}?t?a?} 10 50 10.0 30 1.0 265ly-392 ?? 3.9 ?}?t?a?} 10 50 11.5 28 0.9 265ly-472 ?? 4.7 ?}?t?a?} 10 50 12.6 25 0.8 265ly-562 ?? 5.6 ?}?t?a?} 10 50 17.2 23 0.7 265ly-682 ?? 6.8 ?}?t?a?} 10 50 19.0 20 0.7 265ly-882 ?? 8.2 ?}?t?a?} 10 60 22.0 18 0.6 265ly-103 ?? 10.0 ?}?t?a?} 10 60 25.0 15 0.5 265ly-123 ?? 12.0 ?}?t?a?} 10 60 28.0 14 0.5 265ly-153 ?? 15.0 ?}?t?a?} 10 60 33.0 12 0.4 265ly-183 ?? 18.0 ?}?t?a?} 10 60 42.0 11 0.3 265ly-223 ?? 22.0 ?}?t?a?} 10 70 48.0 10 0.3 265ly-273 ?? 27.0 ?}?t?a?} 10 70 56.0 10 0.3 265ly-333 ?? 33.0 ?}?t?a?} 10 70 64.0 9 0.2 265ly-393 ?? 39.0 ?}?t?a?} 10 70 72.0 8 0.2 265ly-473 ?? 47.0 ?}?t?a?} 10 70 82.0 8 0.2 ( 1 ) add the tolerance code of inductance to within the ?? of the part number as follows : j=5%, k=10%. (2) l measured at 1khz with a universal bridge or equivalent. (3) q measured at 50khz with a q meter 4343b * or equivalent. ( 4 ) the rated dc current is that at which the inductance value decreases by 10% by the excitation with dc current, measured at 1khz with a universal bridge or equivalent. (5) self ? resonant frequency is for reference only. (1) ?? ??2yt?y?????e??e?\???????????a?2 ?w??-???3??b j=5%, k=10%0 (2) (3) q??2yt?y?? 4343b * ?^ q ?????????i?? ?a??3????b (4) ???????e?d????a??t?t??t????????i?e?g ?p??? 1kh?????a????2yt?y???l?a???????d?? ?????? 10 % ???-??????l????b (5) ?????u??g????a?q?l?l????b * agilent technologies selection guide for standard coils / ?w???i????\
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