Voltage Converter Circuitry Having Permanent Magnet Structures

A voltage converter that converts an input voltage to an output voltage for powering an electrical component, comprising:

• a first magnet having a first north pole and a first south pole;
• a second magnet having a second north pole and a second south pole, wherein the first north pole is separated from the second south pole by a gap;
• an inductive structure, wherein the inductive structure is formed in the gap between the first north pole and the second south pole;
• and
• control circuitry, wherein the control circuitry receives the input voltage and is configured to control the inductive structure to power the electrical component using the output voltage.

A system, comprising:

• a first permanent magnet;
• a second permanent magnet, wherein the first and second permanent magnets produce a magnetic field;
• inductive structures formed between the first and second permanent magnets and within the magnetic field;
• switching circuitry that receives an input voltage and that generates an intermediate signal based on the input voltage, wherein the inductive structures generate a power supply voltage based at least on the generated intermediate signal;
• and
• an electrical component, wherein the electrical component is powered using the generated power supply voltage.