Compact wire wound chip inductor MYX MWI0402UC8N2JST HF suitable for precise electronic applications

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Product Description

Product Overview

The MWI0402UC series is a range of wire-wound chip inductors designed for electronic applications. These components offer a compact form factor and are manufactured by DongGuan Ming Yixuan Electronic Technology Co., LTD. They are suitable for various applications requiring precise inductance values and reliable performance.

Product Attributes

Brand: Ming Yixuan
Origin: Dongguan, China
Product Symbol: MWI
Material: Chip Inductor (UC series)
Environmental Compliance: Halogen Free (HF)

Technical Specifications

Dimensions (Unit: mm):

L	W	T	E	F	D
1.19 Max.	0.7 Max.	0.64 Max.	0.36 Max.	0.66 Typ.	0.46 Typ.

Part Numbering System:

MWI 0402 UC R10 J S T - HF

1. PRODUCT SYMBOL: MWI
2. DIMENSIONS: 0402
3. MATERIAL: UC (Chip Type)
4. INDUCTANCE: e.g., R10 (100nH)
5. TOLERANCE: S (0.3), D (0.5), G (2%), J (5%), K (10%), M (20%)
6. TERMINAL: G (Gold), S (Tin)
7. PACKAGING: T (Tape & Reel), B (Bulk)
8. E.P. (Environmental Protection): LF (Lead Free), HF (Halogen Free), FP (Red Phosphor Free)

Electrical Characteristics:

No.	Part Number	L (nH)	Freq (MHz)	Q Min.	SRF (GHz) Min.	Rdc () Max.	Irms (mA) Max.	Tolerance
1	MWI0402UC1N0ST-HF	1.0	250	10	12.90	0.045	1360	S,D,K,M
2	MWI0402UC1N3ST-HF	1.3	250	8	12.90	0.150	900	S,D,K,M
3	MWI0402UC1N5ST-HF	1.5	250	8	12.90	0.150	800	S,D,M
4	MWI0402UC1N8ST-HF	1.8	250	20	12.00	0.070	1040	S,D,K,M
5	MWI0402UC1N9ST-HF	1.9	250	20	11.30	0.070	1040	S,D,K,M
6	MWI0402UC2N0ST-HF	2.0	250	23	11.10	0.090	1040	J,K,M
7	MWI0402UC2N2ST-HF	2.2	250	22	10.80	0.090	960	J,K,M
8	MWI0402UC2N4ST-HF	2.4	250	22	10.50	0.090	790	J,K,M
9	MWI0402UC2N6ST-HF	2.6	250	12	10.40	0.170	400	J,K,M
10	MWI0402UC2N7ST-HF	2.7	250	12	10.40	0.170	400	J,K,M
11	MWI0402UC2N9ST-HF	2.9	250	8	8.00	0.250	400	J,K,M
12	MWI0402UC3N0ST-HF	3.0	250	24	7.00	0.076	840	J,K,M
13	MWI0402UC3N3ST-HF	3.3	250	24	7.00	0.076	840	J,K,M
14	MWI0402UC3N6ST-HF	3.6	250	24	6.80	0.076	840	J,K,M
15	MWI0402UC3N9ST-HF	3.9	250	24	6.00	0.076	840	J,K,M
16	MWI0402UC4N1ST-HF	4.1	250	22	6.00	0.091	700	J,K,M
17	MWI0402UC4N3ST-HF	4.3	250	22	6.00	0.091	700	J,K,M
18	MWI0402UC4N7ST-HF	4.7	250	20	4.77	0.130	640	J,K,M
19	MWI0402UC5N1ST-HF	5.1	250	23	4.80	0.110	800	J,K,M
20	MWI0402UC5N6ST-HF	5.6	250	25	4.80	0.110	760	J,K,M
21	MWI0402UC5N8ST-HF	5.8	250	25	4.80	0.110	760	J,K,M
22	MWI0402UC6N2ST-HF	6.2	250	25	4.80	0.110	760	J,K,M
23	MWI0402UC6N8ST-HF	6.8	250	24	4.80	0.120	680	J,K,M
24	MWI0402UC7N2ST-HF	7.2	250	25	4.80	0.120	680	J,K,M
25	MWI0402UC7N3ST-HF	7.3	250	25	4.80	0.120	680	J,K,M
26	MWI0402UC7N5ST-HF	7.5	250	25	4.80	0.150	680	J,K,M
27	MWI0402UC8N2ST-HF	8.2	250	25	4.40	0.150	680	J,K,M
28	MWI0402UC8N7ST-HF	8.7	250	25	4.10	0.200	480	J,K,M
29	MWI0402UC9N0ST-HF	9.0	250	25	4.16	0.150	680	J,K,M
30	MWI0402UC9N1ST-HF	9.1	250	25	4.16	0.150	680	J,K,M
31	MWI0402UC9N5ST-HF	9.5	250	24	4.00	0.200	480	J,K,M
32	MWI0402UC10NST-HF	10.0	250	24	3.90	0.200	480	G,J,K,M
33	MWI0402UC11NST-HF	11.0	250	26	3.68	0.120	640	G,J,K,M
34	MWI0402UC12NST-HF	12.0	250	26	3.60	0.120	640	G,J,K,M
35	MWI0402UC13NST-HF	13.0	250	24	3.45	0.210	440	G,J,K,M
36	MWI0402UC15NST-HF	15.0	250	26	3.28	0.170	560	G,J,K,M
37	MWI0402UC16NST-HF	16.0	250	25	3.10	0.250	560	G,J,K,M
38	MWI0402UCI8NST-HF	18.0	250	25	3.10	0.230	420	G,J,K,M
39	MWI0402UC19NST-HF	19.0	250	26	3.04	0.240	480	G,J,K,M
40	MWI0402UC20NST-HF	20.0	250	26	3.00	0.250	420	G,J,K,M
41	MWI0402UC22NST-HF	22.0	250	25	2.80	0.300	400	G,J,K,M
42	MWI0402UC23NST-HF	23.0	250	25	2.72	0.300	400	G,J,K,M
43	MWI0402UC24NST-HF	24.0	250	25	2.70	0.350	400	G,J,K,M
44	MWI0402UC27NST-HF	27.0	250	25	2.48	0.300	400	G,J,K,M
45	MWI0402UC30NST-HF	30.0	250	25	2.35	0.400	400	G,J,K,M
46	MWI0402UC33NST-HF	33.0	250	24	2.35	0.400	400	G,J,K,M
47	MWI0402UC36NST-HF	36.0	250	25	2.32	0.500	320	G,J,K,M
48	MWI0402UC39NST-HF	39.0	250	25	2.10	0.550	200	G,J,K,M
49	MWI0402UC40NST-HF	40.0	250	24	2.24	0.650	320	G,J,K,M
50	MWI0402UC43NST-HF	43.0	250	25	2.03	0.810	100	G,J,K,M
51	MWI0402UC47NST-HF	47.0	250	25	2.10	0.830	150	G,J,K,M
52	MWI0402UC51NST-HF	51.0	250	25	1.75	0.920	100	G,J,K,M
53	MWI0402UC56NST-HF	56.0	250	25	1.76	0.970	100	G,J,K,M
54	MWI0402UC62NST-HF	62.0	250	25	1.62	1.400	100	G,J,K,M
55	MWI0402UC68NST-HF	68.0	250	25	1.62	1.500	100	G,J,K,M
56	MWI0402UC72NST-HF	72.0	250	25	1.26	1.700	50	G,J,K,M
57	MWI0402UC75NST-HF	75.0	250	25	1.26	1.750	50	G,J,K,M
58	MWI0402UC77NST-HF	77.0	250	25	1.26	1.750	50	G,J,K,M
59	MWI0402UC82NST-HF	82.0	250	25	1.26	1.800	50	G,J,K,M
60	MWI0402UC91NST-HF	91.0	250	24	1.16	2.200	30	G,J,K,M
61	MWI0402UCR10ST-HF	100.0	250	24	1.16	2.500	30	G,J,K,M
62	MWI0402UCR11ST-HF	110.0	250	24	1.15	2.600	30	G,J,K,M
63	MWI0402UCR12ST-HF	120.0	250	24	1.10	2.200	30	G,J,K,M
64	MWI0402UCR15ST-HF	150.0	250	10	1.00	4.000	20	G,J,K,M

Test Remarks:

(1). All test data is referenced to 25 ambient.
(2). Irms: DC current that causes the temperature rise (T 40 ) from 25 ambient.

General Specification:

Operating Temperature: -40 ~ +125 (Including self-generated heat).
Storage Temperature: -10 ~ +40 R.H.: 60% Max.
Moisture Sensitivity Level (MSL): 1
Recommended Usage: Products should be used within 12 months from the date of delivery.
Part Temperature Limit: The part temperature (ambient + temp rise) should not exceed 125 C under worst-case operating conditions. Circuit design, component placement, PWB trace size and thickness, airflow and other cooling provisions all affect the part temperature. Part temperature should be verified in the end application.

Soldering Conditions:

1. Re-flow Soldering (Lead Free):