Low Profile SMD Wire Wound Common Mode Choke YJYCOIN YLM7060-701T Designed for EMI Noise Suppression

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Product Description

Product Overview

The YLM7060 Series is a wire-wound common mode choke designed with SMD construction and a low profile. It offers high impedance, excellent frequency characteristics, self-electromagnetic shielding, and low magnetic flux leakage, making it suitable for applications requiring EMI common-mode noise suppression, such as LED lighting, TV games, and monitors.

Product Attributes

Brand: YJY ()
Origin: Shenzhen, China
Material List: Core (Ferrite), Wire (2UEW P180), Base (LCP), Solder (Sn Cu), Epoxy (ME-5890), Ink (White BON MARK)

Technical Specifications

Type	Dimensions (mm)	Inductance Value ( @100MHz/0.1V)	DC Resistance (m) Max.	Rated Current (A) Max.	Rated Volt. (V) Max.	Marking
YLM7060-400T	7.00.5 x 6.00.5 x 3.8	40	5	10	125	400
YLM7060-101T	7.00.5 x 6.00.5 x 3.8	100	10	10	125	101
YLM7060-301T	7.00.5 x 6.00.5 x 3.8	225	10	10	125	301
YLM7060-501T	7.00.5 x 6.00.5 x 3.8	275	10	10	125	501
YLM7060-601T	7.00.5 x 6.00.5 x 3.8	500	15	15	125	601
YLM7060-701T	7.00.5 x 6.00.5 x 3.8	500	15	15	125	701
YLM7060-102T	7.00.5 x 6.00.5 x 3.8	800	17	17	125	102
YLM7060-132T	7.00.5 x 6.00.5 x 3.8	910	21	21	125	132
YLM7060-272T	7.00.5 x 6.00.5 x 3.8	2000	63	63	125	272
YLM7060-302T	7.00.5 x 6.00.5 x 3.8	2500	75	75	125	302

Reliability Testing

Test Item	Condition
Operating Temperature	-30 to +100 (Contain Heating coil)
Appearance Inspection	No external defects by visual inspection
Terminal Strength	After soldering, push terminals with 10N(1.02kg) for 10+/-2 sec. Terminals should not peel off.
Heat endurance of reflow soldering	Refer to figure
Insulating resistance	Over 100 M at 100V D.C. between wire and core.
Dielectric Strength	Apply at 0.5KV 3mA for 1 minute between wire and core.
Temperature characteristics	Inductance coefficient (0~2,000) 10/ (-30 ~ +100 )
Humidity characteristics	Inductance deviation within 10%, after 96 hours in 90~95% relative humidity at 40 2 and 1 hours drying under normal condition.