SMD Power Inductors HER5027

Mag

Part Number	Inductance(µH)	DCR(Ω) ±30%	DC Saturation　Allowable Current (A)	Temperature Rise　Allowable Current (A)
HER5027-1R0N	1 ± 30%	0.009	5.5	5.3
HER5027-1R5N	1.5 ± 30%	0.012	4.5	4.75
HER5027-2R0N	2 ± 30%	0.016	3.85	3.65
HER5027-3R0N	3 ± 30%	0.021	3.35	3.4
HER5027-3R6N	3.6 ± 30%	0.029	2.85	2.82
HER5027-4R3N	4.3 ± 30%	0.038	2.7	2.45
HER5027-5R6N	5.6 ± 30%	0.045	2.45	2.25
HER5027-6R2N	6.2 ± 30%	0.063	2.15	1.9
HER5027-7R5N	7.5 ± 30%	0.075	2	1.7
HER5027-100M	10 ± 20%	0.091	1.7	1.55
HER5027-120M	12 ± 20%	0.098	1.6	1.45
HER5027-150M	15 ± 20%	0.12	1.4	1.3
HER5027-180M	18 ± 20%	0.13	1.3	1.25
HER5027-220M	22 ± 20%	0.15	1.15	1.15
HER5027-270M	27 ± 20%	0.19	1.05	1
HER5027-330M	33 ± 20%	0.23	1	0.95
HER5027-390M	39 ± 20%	0.3	0.9	0.8
HER5027-470M	47 ± 20%	0.39	0.8	0.7
HER5027-560M	56 ± 20%	0.47	0.7	0.63
HER5027-680M	68 ± 20%	0.59	0.65	0.56
HER5027-820M	82 ± 20%	0.67	0.6	0.52
HER5027-101M	100 ± 20%	0.75	0.55	0.49
HER5027-121M	120 ± 20%	0.84	0.45	0.46
HER5027-151M	150 ± 20%	1.12	0.4	0.39
HER5027-181M	180 ± 20%	1.26	0.35	0.37

Inductance Measuring Condition:100kHz,1V(＜10μH)、1kHz,1V(≧10μH)
DC saturation allowable current:The current value which inductance decrease within 30% from the initial value
Temperature rise allowable current:The rise in temperature of core surface is within 40℃

Characteristics of DC Superposition

Characteristics of Temperature Rise