Stable Performance Wire Wound Chip Inductor MYX MWI0402IF36NKST-HF for Electronic Device Integration

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Product Description

Product Overview

The MWI0402IF series is a range of wire-wound chip inductors designed for various electronic applications. These inductors offer precise inductance values with specified tolerances, making them suitable for circuits requiring stable performance. They are manufactured by DongGuan Ming Yixuan Electronic Technology Co., LTD, a company based in Guangdong, China.

Product Attributes

Brand: Ming Yixuan ()
Origin: Dongguan, Guangdong, China
Product Type: Wire Wound Chip Inductor
Series: MWI0402IF
Environmental Compliance: Lead Free (LF), Halogen Free (HF), Red Phosphor Free (FP)
Terminal Material: Tin (S)
Packaging: Tape & Reel (T), Bulk (B)

Technical Specifications

Shape & Dimension

Unit: mm

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

Part Numbering System

MWI 0402 IF R47 K S T - HF

Position	Description	Options
1	Product Symbol	MWI
2	Dimensions	0402
3	Chip Type	IF
4	Inductance	e.g., R47 (0.47uH), 22N (22nH)
5	Tolerance	J (5%), K (10%), M (20%)
6	Terminal	S (Tin terminal)
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)	SRF (MHz) Min.	Rdc () Max.	Irms (mA) Max.	Isat (mA) Max.	Tolerance
1	MWI0402IF22NST-HF	22	7.9	2500	0.065	1300	1400	K,M
2	MWI0402IF36NST-HF	36	7.9	2300	0.075	1300	1400	K,M
3	MWI0402IF39NST-HF	39	7.9	2200	0.115	830	1200	K,M
4	MWI0402IF56NST-HF	56	7.9	1900	0.095	1000	1200	K,M
5	MWI0402IF75NST-HF	75	7.9	1600	0.15	600	1200	K,M
6	MWI0402IF78NST-HF	78	7.9	1600	0.13	970	1200	K,M
7	MWI0402IFR10ST-HF	100	7.9	1400	0.16	900	1200	K,M
8	MWI0402IFR11ST-HF	110	7.9	1000	0.2	850	1000	K,M
9	MWI0402IFR15ST-HF	150	7.9	1220	0.26	630	1000	K,M
10	MWI0402IFR18ST-HF	180	7.9	1150	0.28	560	1000	K,M
11	MWI0402IFR20ST-HF	200	7.9	1000	0.44	400	1000	K,M
12	MWI0402IFR22ST-HF	220	7.9	1150	0.53	380	1000	K,M
13	MWI0402IFR25ST-HF	250	7.9	900	0.9	360	900	K,M
14	MWI0402IFR27ST-HF	270	7.9	860	0.9	360	900	KM
15	MWI0402IFR30ST-HF	300	7.9	860	0.9	360	900	K,M
16	MWI0402IFR33ST-HF	330	7.9	820	0.56	350	600	J,K,M
17	MWI0402IFR36ST-HF	360	7.9	810	0.9	250	600	J,K,M
18	MWI0402IFR39ST-HF	390	7.9	760	1.0	200	500	J,K,M
19	MWI0402IFR47ST-HF	470	7.9	650	1.0	200	500	J,K,M
20	MWI0402IFR56ST-HF	560	7.9	600	1.2	200	500	J,K,M
21	MWI0402IFR68ST-HF	680	7.9	290	1.6	100	250	J,K,M
22	MWI0402IFR82ST-HF	820	7.9	385	5.85	90	200	J,K,M
23	MWI0402IF1R0ST-HF	1000	7.9	200	6.5	50	200	J,K,M
24	MWI0402IF2R2ST-HF	2200	7.9	100	2.3	40	200	J,K,M
25	MWI0402IF3R3ST-HF	3300	7.9	80	3.6	10	200	J,K,M
26	MWI0402IF4R7ST-HF	4700	7.9	50	4.8	10	200	J,K,M
27	MWI0402IF6R8ST-HF	6800	7.9	50	6.1	10	200	J,K,M
28	MWI0402IF100ST-HF	10000	1	20	8.5	10	200	J,K,M

Represents product tolerance: J 5%; K 10%; M 20%

Test Remarks

All test data is referenced to 25 ambient.
Isat: DC current at which inductance drops approximately 30% from its value without current.
Irms: DC current that causes the temperature rise (T 40 ) from 25 ambient.

General Specification

Operating Temperature: -40 ~ +85 (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 85 C under worst-case operating conditions. Verification in the end application is recommended.