Integrated inductor and capacitor components and methods of manufacture
View Patent ↗An integrated inductor and capacitor component is provided and includes a number of tapered conductors. Neighboring ones of the tapered conductors are separated by a gap extending along a length of the component. A first one of the tapered conductors is characterized by a first width w 1 that is larger at a first end of the component and tapers along the length of the component toward a second end of the component, and a second one of the tapered conductors is characterized by a second width w 2 that is larger at the second end of the component and tapers toward the first end of the component.
1. An integrated inductor and capacitor component comprising:
a plurality of tapered conductors, wherein neighboring ones of the tapered conductors are separated by a gap extending along a length of the component, wherein a first one of the tapered conductors is characterized by a first width w 1 that is larger at a first end of the component and tapers along the length of the component toward a second end of the component, and wherein a second one of the tapered conductors is characterized by a second width w 2 that is larger at the second end of the component and tapers toward the first end of the component.
2. The integrated inductor and capacitor component of claim 1 , wherein the tapered conductors are coplanar, the component further comprising an encapsulation that covers the tapered conductors.
3. The integrated inductor and capacitor component of claim 2 , wherein the encapsulation comprises a dielectric material.
4. The integrated inductor and capacitor component of claim 2 , wherein the tapered conductors and the encapsulation are folded to form a series capacitance between the tapered conductors.
5. The integrated inductor and capacitor component of claim 4 , wherein the folded tapered conductors and encapsulation are wound to form a solenoid.
6. The integrated inductor and capacitor component of claim 4 , wherein the folded tapered conductors and encapsulation are wound to form a planar spiral coil.
7. The integrated inductor and capacitor component of claim 4 , wherein the tapered conductors and the encapsulation are further folded along a length thereof.
8. The integrated inductor and capacitor component of claim 1 , comprising at least three tapered conductors, wherein a third one of the tapered conductors is characterized by a third width w 3 that is larger at the second end of the component and tapers toward the first end of the component, and wherein the first one of the tapered conductors extends between the second and third ones of the tapered conductors.
9. The integrated inductor and capacitor component of claim 1 , wherein each of the tapered conductors is rounded at a respective tip thereof.
10. The integrated inductor and capacitor component of claim 1 , further comprising a plurality of inner conductors disposed between the first and the second conductors.
11. The integrated inductor and capacitor component of claim 1 , wherein each of the tapered conductors has at least one planar surface, and wherein the tapered conductors are arranged vertically with the planar surfaces parallel.
12. An integrated inductor and capacitor component comprising:
a plurality of tapered conductors arranged to form a loop, wherein neighboring ones of the tapered conductors are separated by a gap, wherein a first one of the tapered conductors is characterized by a first width w 1 that is larger at a first end of the loop and tapers along the length of the component toward a second end of the loop, and wherein a second one of the tapered conductors is characterized by a second width w 2 that is larger at the second end of the loop and tapers toward the first end of the loop.
13. The integrated inductor and capacitor component of claim 12 , wherein the tapered conductors are coplanar, the component further comprising an encapsulation that covers the tapered conductors.
14. The integrated inductor and capacitor component of claim 13 , wherein the encapsulation comprises a dielectric material.
15. The integrated inductor and capacitor component of claim 12 , wherein each of the tapered conductors is rounded at a respective tip thereof.
16. A method for manufacturing an electrical component, the method comprising arranging a plurality of tapered conductors such that neighboring ones of the tapered conductors are separated by a gap extending along a length of the electrical component, wherein a first one of the tapered conductors is characterized by a first width w 1 that is larger at a first end of the component and tapers along the length of the component toward a second end of the component, and wherein a second one of the tapered conductors is characterized by a second width w 2 that is larger at the second end of the component and tapers toward the first end of the component.
17. The method of claim 16 , wherein the tapered conductors are arranged in a plane, the method further comprising encapsulating the tapered conductors.
18. The method of claim 17 , further comprising folding the encapsulated tapered conductors to form a series capacitance between the tapered conductors.
19. The method of claim 18 , further comprising winding the folded, encapsulated tapered conductors to form a solenoid.
20. The method of claim 18 , further comprising winding the folded, encapsulated tapered conductors to form a planar spiral coil.
21. The method of claim 18 , further comprising folding the tapered conductors and the encapsulation along a length thereof.
22. The method of claim 16 , further comprising disposing a plurality of inner conductors between the first and the second conductors.
23. The method of claim 16 , wherein the tapered conductors are arranged vertically.
24. A transformer comprising at least one integrated inductor and capacitor component having:
a plurality of tapered conductors, wherein neighboring ones of the tapered conductors are separated by a gap extending along a length of the component, wherein a first one of the tapered conductors is characterized by a first width w 1 that is larger at a first end of the component and tapers along the length of the component toward a second end of the component, and wherein a second one of the tapered conductors is characterized by a second width w 2 that is larger at the second end of the component and tapers toward the first end of the component.
25. The transformer of claim 24 comprising a plurality of integrated inductor and capacitor components, wherein the integrated inductor and capacitor components are magnetically coupled to one another.
26. The transformer of claim 24 , further comprising at least one cable component, wherein the integrated inductor and capacitor component and the cable component are magnetically coupled.