Surface mount wire wound chip inductor MWI1008UCR56JST-HF with halogen free environmental compliance

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Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The MWI1008UC series is a range of wire-wound chip inductors designed for various electronic applications. These inductors offer a compact form factor suitable for surface mounting, with precise dimensions and reliable electrical characteristics. They are manufactured by DongGuan Ming Yixuan Electronic Technology Co., LTD and are available in tape and reel packaging for automated assembly. The series is designed to meet stringent environmental standards, including Halogen Free (HF) options.

Product Attributes

Brand: Ming Yixuan ()
Origin: Dongguan, China
Product Type: Wire Wound Chip Inductor
Series: MWI1008UC
Environmental Compliance: Halogen Free (HF)
Terminal Material Options: Gold (G), Tin (S)
Packaging Options: Tape & Reel (T), Bulk (B)

Technical Specifications

Part Number	Inductance (nH)	Frequency (MHz)	Q Factor (Min.)	SRF (MHz) Min.	Rdc () Max.	Irms (mA) Max.	Tolerance
MWI1008UC4N7ST-HF	4.7	50	50@500MHz	4100	0.08	1000	J,K,M
MWI1008UC5N6ST-HF	5.6	50	30@500MHz	4100	0.20	650	J,K,M
MWI1008UC10NST-HF	10	50	50@500MHz	4100	0.08	1000	J,K,M
MWI1008UC12NST-HF	12	50	50@500MHz	3300	0.09	1000	J,K,M
MWI1008UC15NST-HF	15	50	50@500MHz	2500	0.13	1000	J,K,M
MWI1008UC18NST-HF	18	50	50@350MHz	2500	0.11	1000	J,K,M
MWI1008UC22NST-HF	22	50	55@350MHz	2400	0.12	1000	J,K,M
MWI1008UC27NST-HF	27	50	55@350MHz	1600	0.13	1000	J,K,M
MWI1008UC39NST-HF	39	50	60@350MHz	1500	0.15	1000	J,K,M
MWI1008UC47NST-HF	47	50	65@350MHz	1500	0.16	1000	J,K,M
MWI1008UC56NST-HF	56	50	65@350MHz	1300	0.18	1000	J,K,M
MWI1008UC68NST-HF	68	50	65@350MHz	1300	0.20	1000	J,K,M
MWI1008UC91NST-HF	91	50	60@350MHz	1000	0.56	650	G,J,K,M
MWI1008UCR10ST-HF	100	25	60@350MHz	1000	0.56	650	G,J,K,M
MWI1008UCR12ST-HF	120	25	60@350MHz	950	0.63	650	G,J,K,M
MWI1008UCR15ST-HF	150	25	45@100MHz	850	0.70	580	G,J,K,M
MWI1008UCR18ST-HF	180	25	45@100MHz	750	0.77	620	G,J,K,M
MWI1008UCR20ST-HF	200	25	45@100MHz	700	0.84	500	G,J,K,M
MWI1008UCR22ST-HF	220	25	45@100MHz	700	0.84	500	G,J,K,M
MWI1008UCR27ST-HF	270	25	45@100MHz	600	0.91	500	G,J,K,M
MWI1008UCR33ST-HF	330	25	45@100MHz	570	1.05	450	G,J,K,M
MWI1008UCR39ST-HF	390	25	45@100MHz	500	1.12	470	G,J,K,M
MWI1008UCR47ST-HF	470	25	45@100MHz	450	1.19	470	G,J,K,M
MWI1008UCR56ST-HF	560	25	45@100MHz	415	1.33	400	G,J,K,M
MWI1008UCR68ST-HF	680	25	45@100MHz	375	1.47	400	G,J,K,M
MWI1008UCR82ST-HF	820	25	45@100MHz	350	1.61	400	G,J,K,M
MWI1008UCR91ST-HF	910	25	35@50MHz	320	1.68	380	G,J,K,M
MWI1008UC1RST-HF	1000	25	35@50MHz	290	1.80	370	J,K,M
MWI1008UC1R2ST-HF	1200	7.9	35@50MHz	250	2.00	310	J,K,M
MWI1008UC1R5ST-HF	1500	7.9	28@50MHZ	200	2.30	330	J,K,M
MWI1008UC1R8ST-HF	1800	7.9	28@50MHZ	160	2.60	300	J,K,M
MWI1008UC2R2ST-HF	2200	7.9	28@50MHZ	160	2.80	280	J,K,M
MWI1008UC2R7ST-HF	2700	7.9	22@25MHz	140	3.20	290	J,K,M
MWI1008UC3R3ST-HF	3300	7.9	22@25MHz	110	3.40	290	J,K,M
MWI1008UC3R9ST-HF	3900	7.9	20@25MHz	100	3.60	260	J,K,M
MWI1008UC4R7ST-HF	4700	7.9	20@7.9MHz	60	4.00	260	J,K,M
MWI1008UC5R6ST-HF	5600	7.9	16@7.9MHz	20	5.70	240	J,K,M
MWI1008UC6R8ST-HF	6800	7.9	18@7.9MHz	40	7.70	200	J,K,M
MWI1008UC8R2ST-HF	8200	7.9	18@7.9MHz	25	10.70	170	J,K,M
MWI1008UC100ST-HF	10000	7.9	18@7.9MHz	25	12.70	100	J,K,M

Dimensions (unit: mm)

L	W	T	E	F	D
2.92 Max.	2.70 Max.	2.23 Max.	1.02 Typ.	2.54 Typ.	1.27 Typ.

Part Numbering System

MWI 1008 UC 2R2 J S T - HF

1. PRODUCT SYMBOL: MWI
2. DIMENSIONS: 1008
3. MATERIAL (Chip Type): UC
4. INDUCTANCE: e.g., 2R2 = 2.2 H
5. TOLERANCE: 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)

General Specifications

Operating Temperature: -40 ~ +125 (Including self-generated heat)
Storage Temperature: -10 ~ +40, R.H.: 60% Max.
Moisture Sensitivity Level (MSL): 1
Recommended Usage: Within 12 months from the date of delivery.
Maximum Part Temperature: Should not exceed 125C under worst-case operating conditions (ambient + temp rise).