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Electronic Components Featuring HanElectricity NR5040-101M Power Inductors with Epoxy Resin Adhesive

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Electronic Components Featuring HanElectricity NR5040-101M Power Inductors with Epoxy Resin Adhesive

Current - Saturation (Isat) : 750mA

Description : 750mA SMD,5x5mm Fixed Inductors RoHS

Mfr. Part # : NR5040-101M

Model Number : NR5040-101M

Package : SMD,5x5mm

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Product Overview

The NR5040-XXXM series are power inductors manufactured by HANYONES ELECTRONICS CO.,LTD. These inductors are designed for various electronic applications and come with detailed specifications for inductance value, tolerance, and electrical characteristics.

Product Attributes

Brand: HANYONES
Origin: Dongguan, China
Core Material: Ni-Zn CORE OR EQUIVALENT
Wire Material: POLYURETHANE ENAMELLED COPPER WIRE OR EQUIVALENT
Adhesive Material: EPOXY RESIN OR EQUIVALENT
Solder Material: Sn99.3-Cu0.7 OR EQUIVALENT
Certifications: UL FILE NO. E258243 (for Wire)
Temperature Class: 180 (for Wire)

Technical Specifications

Part No.	Inductance Value (uH)	Tolerance	Test Frequency (kHz/v)	DCR Max ()	Saturation Current Isat (A)	Temperature Rise Current Irms (A)	Dimensions (mm)	Operating Temperature Range	Storage Temperature Range
NR5040 1R0N	1.0	N (30%)	100/0.25	0.017	7.35	4.90	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3	-40 to +125Including Self-heating	-40 to +125
NR5040 1R2N	1.2	N (30%)	100/0.25	0.021	6.50	4.15	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 1R5N	1.5	N (30%)	100/0.25	0.021	6.30	4.30	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 2R2N	2.2	N (30%)	100/0.25	0.025	4.90	3.80	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 3R3M	3.3	M (20%)	100/0.25	0.031	3.95	3.40	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 3R9M	3.9	M (20%)	100/0.25	0.035	3.55	3.20	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 4R7M	4.7	M (20%)	100/0.25	0.039	3.50	3.00	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 5R6M	5.6	M (20%)	100/0.25	0.046	3.00	2.80	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 6R8M	6.8	M (20%)	100/0.25	0.056	2.90	2.50	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 8R2M	8.2	M (20%)	100/0.25	0.062	2.70	2.30	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 100M	10	M (20%)	100/0.25	0.083	2.35	2.10	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 150M	15	M (20%)	100/0.25	0.112	2.00	2.00	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 220M	22	M (20%)	100/0.25	0.168	1.60	1.50	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 330M	33	M (20%)	100/0.25	0.244	1.30	1.20	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 470M	47	M (20%)	100/0.25	0.354	1.10	1.00	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 560M	56	M (20%)	100/0.25	0.494	1.00	0.80	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 680M	68	M (20%)	100/0.25	0.520	0.90	0.80	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 101M	100	M (20%)	100/0.25	0.728	0.75	0.70	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 151M	150	M (20%)	100/0.25	0.975	0.65	0.60	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 181M	180	M (20%)	100/0.25	1.690	0.60	0.50	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 201M	200	M (20%)	100/0.25	1.760	0.55	0.45	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 221M	220	M (20%)	100/0.25	1.820	0.48	0.40	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 331M	330	M (20%)	100/0.25	2.730	0.42	0.40	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 471M	470	M (20%)	100/0.25	3.900	0.37	0.35	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 561M	560	M (20%)	100/0.25	4.920	0.33	0.31	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 681M	680	M (20%)	100/0.25	5.070	0.30	0.25	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 102M	1000	M (20%)	100/0.25	7.800	0.25	0.20	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3
NR5040 152M	1500	M (20%)	100/0.25	13.300	0.20	0.16	A:5.000.2, B:5.000.2, C:4.0 Max, D:2.20.3

Note: Tolerance codes: N:30%, M:20%, K:10%. Rated current is defined as the current that causes a 30% maximum inductance reduction from the initial value or a temperature rise of T 40 on the inductor surface, whichever is smaller (reference ambient temperature 25).

2507221720_HanElectricity-NR5040-101M_C49234217.pdf

Electronic Components Featuring HanElectricity NR5040-101M Power Inductors with Epoxy Resin Adhesive Images

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