Compact wire wound chip inductor halogen free MYX MWI1008UC100JST-HF suitable for electronic circuits

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Price: Negotiable

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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 reliable performance with a focus on compact size and robust construction, suitable for demanding environments. They are manufactured by DongGuan Ming Yixuan Electronic Technology Co., LTD, a company committed to quality and innovation in electronic components.

Product Attributes

Brand: Ming Yixuan ()
Origin: Dongguan, China
Product Type: Wire Wound Chip Inductor
Series: MWI1008UC
Environmental Compliance: Halogen Free (HF)

Technical Specifications

Shape & Dimension (Unit: mm)

Dimension	Value (mm)
L	2.92 Max.
W	2.70 Max.
T	2.23 Max.
E	1.02 Typ.
F	2.54 Typ.
D	1.27 Typ.

Part Numbering System

MWI 1008 UC 2R2 J S T - HF

1. PRODUCT SYMBOL: MWI
2. DIMENSIONS: 1008
3. MATERIAL TYPE: UC
4. INDUCTANCE: e.g., 2R2 (2.2 H)
5. TOLERANCE: G (2%), J (5%), K (10%), M (20%)
6. TERMINAL MATERIAL: 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 (MHz) Min.	Rdc () Max.	Irms (mA) Max.	Tolerance
1	MWI1008UC4N7ST-HF	4.7	50	50@500MHz	4100	0.08	1000	J,K,M
2	MWI1008UC5N6ST-HF	5.6	50	30@500MHz	4100	0.20	650	J,K,M
3	MWI1008UC10NST-HF	10	50	50@500MHz	4100	0.08	1000	J,K,M
4	MWI1008UC12NST-HF	12	50	50@500MHz	3300	0.09	1000	J,K,M
5	MWI1008UC15NST-HF	15	50	50@500MHz	2500	0.13	1000	J,K,M
6	MWI1008UC18NST-HF	18	50	50@350MHz	2500	0.11	1000	J,K,M
7	MWI1008UC22NST-HF	22	50	55@350MHz	2400	0.12	1000	J,K,M
8	MWI1008UC27NST-HF	27	50	55@350MHz	1600	0.13	1000	J,K,M
9	MWI1008UC39NST-HF	39	50	60@350MHz	1500	0.15	1000	J,K,M
10	MWI1008UC47NST-HF	47	50	65@350MHz	1500	0.16	1000	J,K,M
11	MWI1008UC56NST-HF	56	50	65@350MHz	1300	0.18	1000	J,K,M
12	MWI1008UC68NST-HF	68	50	65@350MHz	1300	0.20	1000	J,K,M
13	MWI1008UC91NST-HF	91	50	60@350MHz	1000	0.56	650	G,J,K,M
14	MWI1008UCR10ST-HF	100	25	60@350MHz	1000	0.56	650	G,J,K,M
15	MWI1008UCR12ST-HF	120	25	60@350MHz	950	0.63	650	G,J,K,M
16	MWI1008UCR15ST-HF	150	25	45@100MHz	850	0.70	580	G,J,K,M
17	MWI1008UCR18ST-HF	180	25	45@100MHz	750	0.77	620	G,J,K,M
18	MWI1008UCR20ST-HF	200	25	45@100MHz	700	0.84	500	G,J,K,M
19	MWI1008UCR22ST-HF	220	25	45@100MHz	700	0.84	500	G,J,K,M
20	MWI1008UCR27ST-HF	270	25	45@100MHz	600	0.91	500	G,J,K,M
21	MWI1008UCR33ST-HF	330	25	45@100MHz	570	1.05	450	G,J,K,M
22	MWI1008UCR39ST-HF	390	25	45@100MHz	500	1.12	470	G,J,K,M
23	MWI1008UCR47ST-HF	470	25	45@100MHz	450	1.19	470	G,J,K,M
24	MWI1008UCR56ST-HF	560	25	45@100MHz	415	1.33	400	G,J,K,M
25	MWI1008UCR68ST-HF	680	25	45@100MHz	375	1.47	400	G,J,K,M
26	MWI1008UCR82ST-HF	820	25	45@100MHz	350	1.61	400	G,J,K,M
27	MWI1008UCR91ST-HF	910	25	35@50MHz	320	1.68	380	G,J,K,M
28	MWI1008UC1RST-HF	1000	25	35@50MHz	290	1.80	370	J,K,M
29	MWI1008UC1R2ST-HF	1200	7.9	35@50MHz	250	2.00	310	J,K,M
30	MWI1008UC1R5ST-HF	1500	7.9	28@50MHZ	200	2.30	330	J,K,M
31	MWI1008UC1R8ST-HF	1800	7.9	28@50MHZ	160	2.60	300	J,K,M
32	MWI1008UC2R2ST-HF	2200	7.9	28@50MHZ	160	2.80	280	J,K,M
33	MWI1008UC2R7ST-HF	2700	7.9	22@25MHz	140	3.20	290	J,K,M
34	MWI1008UC3R3ST-HF	3300	7.9	22@25MHz	110	3.40	290	J,K,M
35	MWI1008UC3R9ST-HF	3900	7.9	20@25MHz	100	3.60	260	J,K,M
36	MWI1008UC4R7ST-HF	4700	7.9	20@7.9MHz	60	4.00	260	J,K,M
37	MWI1008UC5R6ST-HF	5600	7.9	16@7.9MHz	20	5.70	240	J,K,M
38	MWI1008UC6R8ST-HF	6800	7.9	18@7.9MHz	40	7.70	200	J,K,M
39	MWI1008UC8R2ST-HF	8200	7.9	18@7.9MHz	25	10.70	170	J,K,M
40	MWI1008UC100ST-HF	10000	7.9	18@7.9MHz	25	12.70	100	J,K,M

: Indicates product tolerance

Test Remarks:

All test data is referenced to 25 ambient.
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. Verification in the end application is recommended.