Wire Wound Chip Inductor MYX MWI1210UC3R3JST-HF Suitable For Various Electronic Circuit Requirements

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Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The MWI1210UC series wire wound chip inductors are designed for various electronic applications. These inductors offer reliable performance with a focus on environmental compliance, featuring halogen-free (HF) and lead-free (LF) options. They are suitable for use in a wide temperature range and are manufactured by DongGuan Ming Yixuan Electronic Technology Co., LTD.

Product Attributes

Brand: Ming Yixuan
Origin: Dongguan, China
Product Type: Wire Wound Chip Inductor
Series: MWI1210UC
Environmental Compliance: Halogen Free (HF), Lead Free (LF), Red Phosphor Free (FP)
Packaging Options: Tape & Reel (T), Bulk (B)

Technical Specifications

Dimensions (Unit: mm)

L (Max)	W (Max)	T (Max)	E (Typ)	F (Typ)	D (Typ)
3.5	2.9	2.25	1.02	2.54	1.78

Electrical Characteristics

Part Number	Inductance (nH)	Test Freq (MHz)	Q Min. (MHz)	SRF Min. (MHz)	Rdc () Max.	Irms (mA) Max.	Tolerance
MWI1210UC10NST-HF	10	100	40@300MHZ	4000	0.08	1000	J,K,M
MWI1210UC12NST-HF	12	100	40@300MHZ	3200	0.08	1000	J,K,M
MWI1210UC15NST-HF	15	100	40@300MHZ	3200	0.20	1000	J,K,M
MWI1210UC18NST-HF	18	100	50@300MHZ	2800	0.10	1000	J,K,M
MWI1210UC22NST-HF	22	100	50@300MHZ	2200	0.10	1000	J,K,M
MWI1210UC27NST-HF	27	100	50@300MHZ	1800	0.11	1000	J,K,M
MWI1210UC33NST-HF	33	100	55@300MHZ	1800	0.11	1000	J,K,M
MWI1210UC39NST-HF	39	100	55@300MHZ	1500	0.12	1000	J,K,M
MWI1210UC43NST-HF	43	100	55@300MHZ	1500	0.12	1000	J,K,M
MWI1210UC47NST-HF	47	100	55@300MHZ	1500	0.13	1000	J,K,M
MWI1210UC56NST-HF	56	100	55@300MHZ	1450	0.14	1000	J,K,M
MWI1210UC68NST-HF	68	100	55@300MHZ	1200	0.15	900	J,K,M
MWI1210UC82NST-HF	82	100	55@300MHZ	1000	0.20	900	J,K,M
MWI1210UC91NST-HF	91	100	60@300MHZ	1100	0.20	1000	J,K,M
MWI1210UCR10ST-HF	100	100	55@300MHZ	900	0.20	850	G,J,K,M
MWI1210UCR12ST-HF	120	100	60@300MHZ	800	0.25	800	G,J,K,M
MWI1210UCR15ST-HF	150	100	60@300MHZ	700	0.30	750	G,J,K,M
MWI1210UCR18ST-HF	180	50	60@300MHZ	650	0.30	700	G,J,K,M
MWI1210UCR22ST-HF	220	50	60@300MHZ	650	0.40	770	G,J,K,M
MWI1210UCR24ST-HF	240	50	40@300MHZ	580	0.40	630	G,J,K,M
MWI1210UCR27ST-HF	270	50	40@300MHZ	580	0.40	630	G,J,K,M
MWI1210UCR33ST-HF	330	50	45@150MHZ	580	0.58	590	G,J,K,M
MWI1210UCR36ST-HF	360	50	45@150MHZ	510	0.58	530	G,J,K,M
MWI1210UCR39ST-HF	390	50	45@150MHZ	510	0.58	530	G,J,K,M
MWI1210UCR47ST-HF	470	50	45@150MHZ	480	1.00	490	G,J,K,M
MWI1210UCR56ST-HF	560	25	45@150MHZ	420	1.10	460	G,J,K,M
MWI1210UCR68ST-HF	680	25	45@150MHZ	400	1.20	430	G,J,K,M
MWI1210UCR82ST-HF	820	25	45@150MHZ	370	2.00	400	G,J,K,M
MWI1210UC1R0ST-HF	1000	25	45@150MHZ	340	1.85	320	G,J,K,M
MWI1210UC1R2ST-HF	1200	25	45@150MHZ	220	2.30	300	J,K,M
MWI1210UC1R5ST-HF	1500	7.9	20@50MHZ	160	2.70	310	J,K,M
MWI1210UC1R8ST-HF	1800	7.9	30@50MHZ	160	3.50	310	J,K,M
MWI1210UC2R2ST-HF	2200	7.9	25@50MHZ	130	2.41	310	J,K,M
MWI1210UC2R7ST-HF	2700	7.9	25@50MHZ	110	3.50	300	J,K,M
MWI1210UC3R0ST-HF	3000	7.9	20@25MHZ	110	3.50	300	J,K,M
MWI1210UC3R3ST-HF	3300	7.9	20@25MHZ	60	3.60	290	J,K,M
MWI1210UC3R9ST-HF	3900	7.9	20@25MHZ	60	4.00	290	J,K,M
MWI1210UC4R7ST-HF	4700	7.9	20@25MHZ	60	5.00	280	J,K,M
MWI1210UC5R2ST-HF	5200	7.9	15@25MHZ	50	6.00	250	J,K,M
MWI1210UC5R6ST-HF	5600	7.9	15@25MHZ	50	6.00	250	J,K,M
MWI1210UC6R8ST-HF	6800	7.9	15@7.9MHZ	40	9.00	230	J,K,M
MWI1210UC7R5ST-HF	7500	7.9	20@7.9MHZ	50	9.50	170	J,K,M
MWI1210UC8R2ST-HF	8200	7.9	20@7.9MHZ	50	9.50	170	J,K,M
MWI1210UC8R6ST-HF	8600	7.9	15@7.9MHZ	40	9.00	200	J,K,M
MWI1210UC100ST-HF	10000	7.9	15@7.9MHZ	30	10.0	150	J,K,M

Test Remarks

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

General Specifications

Operating Temperature: -40 to +125 (Including self-generated heat).
Storage Temperature: -10 to +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.