INDUCTOR DEVICE, FILTER DEVICE AND STEERING CONTROL DEVICE

1 . An inductor device, comprising:

a core including a magnetic material; and

a wire wound on the core and including a shunt resistor including a low-resistance material,

wherein the magnetic material includes a ferrite material, and

wherein the low-resistance material includes at least one alloy material among a copper-manganese (Cu—Mn) alloy material, a copper-nickel (Cu—Ni) alloy material, an iron-chromium (Fe—Cr) alloy material, and an iron-nickel (Fe—Ni) alloy material.

2 . The inductor device of claim 1 , wherein the core includes,

a first core including a first hole; and

a second core including a second hole,

wherein the first core and the second core have a drum shape, and

wherein the wire passes through the first hole included in the drum-shaped first core and the second hole included in the drum-shaped second core.

3 . The inductor device of claim 1 , further comprising an adhesive fixing the core and the wire.

4 . A filter device including an inductor unit to filter noise included in current and sense the current,

wherein the inductor unit includes,

a core including a magnetic material; and

a wire wound on the core and including a shunt resistor including a low-resistance material,

wherein the magnetic material includes a ferrite material, and

wherein the low-resistance material includes at least one alloy material among a copper-manganese (Cu—Mn) alloy material, a copper-nickel (Cu—Ni) alloy material, an iron-chromium (Fe—Cr) alloy material, and an iron-nickel (Fe—Ni) alloy material.

5 . The filter device of claim 4 , wherein the core includes,

a first core including a first hole; and

a second core including a second hole,

wherein the first core and the second core have a drum shape, and

wherein the wire passes through the first hole included in the drum-shaped first core and the second hole included in the drum-shaped second core.

6 . The filter device of claim 4 , wherein the inductor unit further includes an adhesive fixing the core and the wire.

7 . The filter device of claim 4 , further comprising a capacitor unit connected with the inductor unit,

wherein the inductor unit and the capacitor unit are a Π-shaped LC filter.

8 . A steering control device, comprising:

a filter unit including an inductor unit to filter noise included in current and sense the current; and

a steering motor power source unit generating an assist current by converting the filtered current based on a steering motor control signal and controlling a steering motor based on the assist current,

wherein the inductor unit includes,

a core including a magnetic material; and

a wire wound on the core and including a shunt resistor including a low-resistance material,

wherein the magnetic material includes a ferrite material, and

wherein the low-resistance material includes at least one alloy material among a copper-manganese (Cu—Mn) alloy material, a copper-nickel (Cu—Ni) alloy material, an iron-chromium (Fe—Cr) alloy material, and an iron-nickel (Fe—Ni) alloy material.

9 . The steering control device of claim 8 , wherein the core includes,

a first core including a first hole; and

a second core including a second hole,

wherein the first core and the second core have a drum shape, and

wherein the wire passes through the first hole included in the drum-shaped first core and the second hole included in the drum-shaped second core.

10 . The steering control device of claim 8 , further comprising a capacitor unit connected with the inductor unit,

wherein the inductor unit and the capacitor unit are a n-shaped LC filter.

11 . The steering control device of claim 8 , further comprising a controller unit generating the steering motor control signal,

wherein the controller unit determines a state of the steering control device based on the current sensed through the inductor unit and controls the steering motor power source unit according to a result of the determination.