Near ultra low energy field transducer design

A method for performing near field communications, comprising:

• electrically connecting a transceiver and an electrode via a wire, the wire having a wire length that is also an electrical length between the transceiver and the electrode, the wire being configured such that a physical distance between the electrode and the transceiver is less than the wire length while maintaining the electrical length;
• wherein the wire is connected between the transceiver and the electrode using a plurality of turns in accordance with an orientation pattern that maintains the electrical length;
• and
• wherein the orientation pattern includes the wire being wound in a clockwise orientation during a first turn of the plurality of turns followed by a counter-clockwise orientation during a second turn of the plurality of turns.

An apparatus, comprising:

• an electrode;
• a transceiver;
• means for electrically connecting a transceiver and an electrode via a wire, the wire having a wire length that is also an electrical length between the transceiver and the electrode, the wire being configured such that a physical distance between the electrode and the transceiver is less than the wire length while maintaining the electrical length;
• wherein the wire is connected between the transceiver and the electrode using a plurality of turns in accordance with an orientation pattern that maintains the electrical length;
• and
• wherein the orientation pattern includes the wire being wound in a clockwise orientation during a first turn of the plurality of turns followed by a counter-clockwise orientation during a second turn of the plurality of turns.

A non-transitory computer-readable medium storing code, comprising:

• an electrode;
• a transceiver;
• the code comprising instructions executable by a processor to:
• electrically connect a transceiver and an electrode via a wire, the wire having a wire length that is also an electrical length between the transceiver and the electrode, the wire being configured such that a physical distance between the electrode and the transceiver is less than the wire length while maintaining the electrical length;
• wherein the wire is connected between the transceiver and the electrode using a plurality of turns in accordance with an orientation pattern that maintains the electrical length;
• and
• wherein the orientation pattern includes the wire being wound in a clockwise orientation during a first turn of the plurality of turns followed by a counter-clockwise orientation during a second turn of the plurality of turns.