33Ω, 0.1A thin film common mode filter
MM0806M-330-LF
33Ω, 0.1A thin film common mode filter33Ω, 0.1A thin film common mode filter with dimension...
Details Add to List47Ω, 0.1A Ultra-Compact Common Mode Chokes
MM0806M-470-LF
47Ω, 0.1A Ultra-Compact Common Mode Chokes47Ω, 0.1A Ultra-Compact Common Mode Chokes with...
Details Add to List90Ω, 0.1A wide-band Common Mode Chokes
MM0806M-900-LF
90Ω, 0.1A wide-band Common Mode Chokes90Ω, 0.1A wide-band Common Mode Chokes with dimension...
Details Add to List65Ω, 0.1A thin film common mode choke for EMI suppression
MM1006M-650-LF
65Ω, 0.1A thin film common mode choke for EMI suppression65Ω, 0.1A thin film common mode...
Details Add to List90Ω, 0.1A Multilayer dataline common mode choke coils
MM1006M-900-LF
90Ω, 0.1A Multilayer dataline common mode choke coils90Ω, 0.1A Multilayer dataline common...
Details Add to List50Ω, 0.1A Miniaturized thin-film common-mode filters
MM1206M-500-LF
50Ω, 0.1A Miniaturized thin-film common-mode filters50Ω, 0.1A Miniaturized thin-film common-mode...
Details Add to List90Ω, 0.2A compact common mode filter for high-speed differential signal lines
MM1206M-900-LF
90Ω, 0.2A compact common mode filter for high-speed differential signal lines90Ω, 0.2A compact...
Details Add to List120Ω, 0.3A Bead arrays
MA2010-121-LF
120Ω, 0.3A Bead arrays utilize the ferrite powder as the core body. Because the magnetic permeability...
Details Add to List240Ω, 0.3A Chip arrays signal filtering
MA2010-241-LF
240Ω, 0.3A Chip arrays signal filtering utilize the ferrite powder as the core body. Because...
Details Add to List300Ω, 0.2A Low frequency chip beads
MA2010-301-LF
300Ω, 0.2A Low frequency chip beads utilize the ferrite powder as the core body. Because the magnetic...
Details Add to List470Ω, 0.2A Chip array ferrite beads
MA2010-471-LF
470Ω, 0.2A Chip array ferrite beads utilize the ferrite powder as the core body. Because the magnetic...
Details Add to List600Ω, 0.2A Ferrite chip beads
MA2010-601-LF
600Ω, 0.2A Ferrite chip beads utilize the ferrite powder as the core body. Because the magnetic...
Details Add to List

