EMI Coils

STIB4 Series

STIB4 Series is a common mode EMI data line filter, a ferrite core wound by copper wire and fixed on a dip type bobbin. It’s often used for signal filter to suppress noise because it’s high impedance and large rated current.   

TIB4 Series

TIB4 Series is a common mode EMI data line filter, a ferrite core wound by copper wire and fixed on a dip type bobbin. It’s often used for signal filter to suppress noise at communication equipments because it’s high impedance.

TIB2 Series

TIB2 Series is a differential mode EMI data line filter, a ferrite core wound by copper wire and fixed on a dip type bobbin. It’s often used for signal filter to suppress noise at communication equipments because it’s high impedance.

MTBA Series

MTBA Series is a SMD type common mode EMI data line filter, a ferrite core wound by copper wire and fixed on a SMD type bobbin. It’s often used for signal filter to suppress noise because it’s high impedance and large rated current.

MTBB Series

MTBB Series is a SMD type common mode EMI data line filter, a ferrite core wound by copper wire and fixed on a SMD type bobbin. It’s often used for signal filter to suppress noise because it’s high impedance.

WRH Series

WRH Series is a economical differential mode EMI data line filter. It consists of a copper wire through one or two pieces ferrite beads and can be used in automated insertion line. It’s often used for power circuit to prevent high frequency noise or withstand high peak current, ex : power supplier, resonant circuit, SCR switch circuit, Class-C power amplifier.

S5H Series

S5H Series is a SMD type bead, a ferrite core with 2.5ts copper wire winding directly. It’s often used for signal filter or DC line filter to suppress outside noise at communication equipments because it’s high impedance and large rated current.

R6H Series

R6H Series is  a winding type bead, a ferrite core with 2.0 / 2.5 / 3.0 turns copper wire winding directly. It’s often used for signal filter or DC line filter to suppress outside noise at communication equipments because it’s high impedance and large rated current.