Magnetic coupling coil component

A coil component, comprising:

• a first insulator body containing first filler particles at least partially having electrical conductivity;
• a second insulator body containing second filler particles at least partially having electrical conductivity;
• a first coil conductor provided in the first insulator body and wound around a coil axis for N1 turns such that intervals between adjacent turns are g1;
• a second coil conductor provided in the second insulator body and wound around the coil axis for N2 turns such that intervals between adjacent turns are g2;
• a first external electrode electrically connected to one end of the first coil conductor;
• a second external electrode electrically connected to another end of the first coil conductor;
• a third external electrode electrically connected to one end of the second coil conductor;
• and
• a fourth external electrode electrically connected to another end of the second coil conductor,
• wherein a distance M1 between the first coil conductor and the first external electrode satisfies a relationship M1≥g1×N1,
• a distance M2 between the first coil conductor and the second external electrode satisfies a relationship M2≥g1×N1,
• a distance M3 between the second coil conductor and the third external electrode satisfies a relationship M3≥g2×N2, and
• a distance M4 between the second coil conductor and the fourth external electrode satisfies a relationship M4≥g2×N2.

A coil component, comprising:

• a first insulator body containing first filler particles at least partially having electrical conductivity;
• a second insulator body containing second filler particles at least partially having electrical conductivity;
• a first coil conductor provided in the first insulator body and wound around a coil axis for N1 turns such that intervals between adjacent turns are g1;
• a second coil conductor provided in the second insulator body and wound around the coil axis for N2 turns such that intervals between adjacent turns are g2;
• a first external electrode electrically connected to one end of the first coil conductor;
• a second external electrode electrically connected to another end of the first coil conductor;
• a third external electrode electrically connected to one end of the second coil conductor;
• a fourth external electrode electrically connected to another end of the second coil conductor;
• a first via conductor electrically connecting between the first coil conductor and the first external electrode;
• a second via conductor electrically connecting between the first coil conductor and the second external electrode;
• a third via conductor electrically connecting between the second coil conductor and the third external electrode;
• and
• a fourth via conductor electrically connecting between the second coil conductor and the fourth external electrode,
• wherein a distance M5 between the second coil conductor and the first via conductor satisfies a relationship M5≥g1×N1+g2×N2,
• a distance M6 between the first coil conductor and the second via conductor satisfies a relationship M6≥g1×N1, and
• a distance M7 between the second coil conductor and the fourth via conductor satisfies a relationship M7≥g2×N2.