KING CORE
WCM-2012-900T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(16 views)
KING CORE
WCM-2012HS-900T - COMMON MODE CHOKE
SPECIFICATION OF WCM-HS SERIES
FEATURES & APPLICATIONS Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0504 and 0805
(11 views)
KING CORE
WCM-2012HS - COMMON MODE CHOKE
SPECIFICATION OF WCM-HS SERIES
FEATURES & APPLICATIONS Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0504 and 0805
(10 views)
KING CORE
WCM-2012HS-320T - COMMON MODE CHOKE
SPECIFICATION OF WCM-HS SERIES
FEATURES & APPLICATIONS Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0504 and 0805
(9 views)
INPAQ
WCM2012B900BE - Wire-wound Common Mode Filter
WCM Series
Wire-wound Common Mode Filter
◆ Features
1.Powerful component with composite co-fired material
to solve EMI problem for high-speed diff
(8 views)
KING CORE
WCM-2012-221T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(8 views)
KING CORE
WCM-2012-500T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(8 views)
KING CORE
WCM-2012HS-120T - COMMON MODE CHOKE
SPECIFICATION OF WCM-HS SERIES
FEATURES & APPLICATIONS Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0504 and 0805
(7 views)
KING CORE
WCM-2012-201T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(7 views)
KING CORE
WCM-2012-320T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(7 views)
SPORTON
WCM2012 - SMD Wire Wound Common Mode Filter
SPORTON LAB.
SMD Wire Wound Common Mode Filter
WCM Series
Features
● High common mode impedance at high frequency effects excellent noise suppres
(6 views)
KING CORE
WCM-2012-240T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(6 views)
KING CORE
WCM-2012HS-240T - COMMON MODE CHOKE
SPECIFICATION OF WCM-HS SERIES
FEATURES & APPLICATIONS Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0504 and 0805
(6 views)
KING CORE
WCM-2012-181T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(6 views)
KING CORE
WCM-2012-161T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(6 views)
KING CORE
WCM-2012-120T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(5 views)
INPAQ
WCM2012B181BE - Wire-wound Common Mode Filter
WCM Series
Wire-wound Common Mode Filter
◆ Features
1.Powerful component with composite co-fired material
to solve EMI problem for high-speed diff
(5 views)
INPAQ
WCM2012B201BE - Wire-wound Common Mode Filter
WCM Series
Wire-wound Common Mode Filter
◆ Features
1.Powerful component with composite co-fired material
to solve EMI problem for high-speed diff
(5 views)
KING CORE
WCM-2012-261T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(5 views)
KING CORE
WCM-2012-371T - COMMON MODE CHOKE
SPECIFICATION OF WCM SERIES
FEATURES Lowprofile and very small size SMD Design, Wound Chip constructure with standard 0805 to 1812 size, with best EMI
(5 views)