Hybrid inductor
A hybrid inductor includes a board, a first inductor provided in the board and including conductive patterns disposed at different heights, and a second inductor mounted on the board and an end of the second inductor being connected to the conductive patterns. Since mutual inductance is generated, inductance higher than a capacity value of a single inductor may be obtained.
1. A hybrid inductor comprising: a board; a first inductor provided in the board and comprising conductive patterns disposed at different heights; and a second inductor mounted on the board and an end of the second inductor being connected to the conductive patterns.
2. The hybrid inductor of claim 1 , wherein the conductive patterns form a first coil member.
3. The hybrid inductor of claim 2 , wherein the second inductor comprises a second coil member within a ceramic body.
4. The hybrid inductor of claim 3 , wherein the second coil member is concentric with the first coil member.
5. The hybrid inductor of claim 4 , wherein a winding direction of the first coil member and a winding direction of the second coil member are same.
6. The hybrid inductor of claim 4 , wherein each conductive pattern of the conductive patterns comprise a coil turn on a layer, and the conductive patterns are connected to each other by a connection conductor penetrating through an insulating layer.
7. The hybrid inductor of claim 3 , wherein a central axial line of the second coil member is offset from and parallel to a central axial line of the first coil member.
8. The hybrid inductor of claim 7 , wherein a winding direction of the first coil member and a winding direction of the second coil member are same.
9. The hybrid inductor of claim 7 , wherein the conductive patterns are linearly formed on a first layer and are spaced apart from each other, and the conductive patterns formed on the first layer are connected to other conductive patterns formed on a second layer by a connection conductor penetrating through an insulating layer.
10. The hybrid inductor of claim 1 , further comprising: a connection pad provided on a surface of the board and the second inductor being mounted on the connection pad.
11. The hybrid inductor of claim 10 , further comprising: an electronic component mounted on the board.
12. The hybrid inductor of claim 3 , wherein the second coil member comprises stacked conductive patterns and conductive vias connecting the stacked conductive patterns.
13. The hybrid inductor of claim 12 , wherein the stacked conductive patterns are connected in parallel.
14. The hybrid inductor of claim 12 , wherein the stacked conductive patterns are connected in series.
15. The hybrid inductor of claim 12 , wherein each stacked conductive pattern of the stacked conductive patterns comprise a conductive metal having a preset thickness being disposed in a ceramic layer.
16. A hybrid inductor comprising: a board-type inductor comprising conductive patterns that are disposed at different heights of the board; and a surface-mounted device type inductor mounted on the board type inductor and having an end connected to the conductive patterns, wherein the board type inductor is embedded in a board.
17. The hybrid inductor of claim 16 , wherein a coil member of the surface-mounted device type inductor is disposed to be concentric with a coil member of the board type inductor.
18. The hybrid inductor of claim 17 , wherein the coil member of the surface-mounted device type inductor and the coil member of the board type inductor each have a solenoid structure, and a central axial line of the coil member of the surface-mounted device type inductor is parallel to a central axial line of the coil member of the board type inductor.
19. The hybrid inductor of claim 16 , wherein the board type inductor is mounted on a board.