AOI3225FN

Miniature SMD chip inductors have been designed especially for the need of today’s high frequency designer.
Their ceramic construction delivers the highest possible SRFs as well as excellent Q values.
The non-magnetic coil form also assure the utmost in thermal stability, predictability,and batch consistency.
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A (mm)	B (mm)	C (mm)	D (mm)	H (Ref.)	I (Ref.)	J (Ref.)
3.6 MAX.	2.9 MAX.	2.4 MAX.	0.5 ± 0.1	2.70	1.20	2.00

Part Number	Inductance (uH)/MHz	Inductance Tolerance	Q (Min.)/MHz	SRF (MHz)Typ.	DCR（Ω）Max.	IDC （mA）Max.
AOI3225FNR39□T	0.39/25	J	40/25	500	0.30	1500
AOI3225FNR82□T	0.82/25	J，K	35/25	340	0.38	1300
AOI3225FN1R0□T	1.0/7.9	J，K	35/7.9	320	0.42	1200
AOI3225FN1R2□T	1.2/7.9	J，K	35/7.9	280	0.47	1100
AOI3225FN1R5□T	1.5/7.9	J，K	35/7.9	250	0.50	1100
AOI3225FN1R8□T	1.8/7.9	J，K	40/7.9	203	0.62	1000
AOI3225FN2R2□T	2.2/7.9	J，K	33/7.9	200	0.65	1000
AOI3225FN2R7□T	2.7/7.9	J，K	40/7.9	200	0.65	1000
AOI3225FN3R0□T	3.0/7.9	J，K	40/7.9	180	0.78	800
AOI3225FN3R3□T	3.3/7.9	J，K	30/7.9	146	0.83	1200
AOI3225FN3R9□T	3.9/7.9	J，K	30/7.9	139	1.74	900
AOI3225FN4R7□T	4.7/7.9	J，K	35/7.9	124	1.90	800
AOI3225FN5R6□T	5.6/7.9	J，K	30/7.9	114	2.05	700
AOI3225FN6R8□T	6.8/7.9	J，K	30/7.9	109	1.37	450
AOI3225FN100□T	10/2.5	J，K	23/2.5	90	1.70	590
AOI3225FN150□T	15/2.5	J，K	25/2.5	67	2.22	340
AOI3225FN180□T	18/2.5	J，K	25/2.5	57	2.42	330
AOI3225FN220□T	22/2.5	J，K	25/2.5	48	2.66	300
AOI3225FN270□T	27/2.5	J，K	25/2.5	38	2.99	250
AOI3225FN330□T	33/2.5	J，K	25/2.5	26	3.24	220
AOI3225FN390□T	39/2.5	J，K	25/2.5	24	3.61	195
AOI3225FN470□T	47/2.5	J，K	25/2.5	22	3.96	195
AOI3225FN560□T	56/2.5	J，K	25/2.5	20	4.36	190
AOI3225FN680□T	68/2.5	J，K	23/2.5	15	4.50	340
AOI3225FN820□T	82/2.5	J，K	23/2.5	15	5.95	300
AOI3225FN101□T	100/1	J，K	15/1	14	6.62	250
AOI3225FN121□T	120/1	J，K	15/1	11	7.53	190
AOI3225FN151□T	150/1	J，K	15/1	11	8.29	135
AOI3225FN181□T	180/1	J，K	15/1	10	11.53	100
AOI3225FN221□T	220/1	J，K	15/1	8	12.48	80

The operating temperature range is -40℃ to +125℃(Including self-temperature rise).
□ Tolerance J：±5%，K：±10%
IDC for inductance drop 10% from its value without current.

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