Dielectric-gapped electromagnetic conductive interconnect and electrically communicating an alternating current electrical signal

A dielectric-gapped electromagnetic conductive interconnect (200) for electrically communicating an alternating current electrical signal, the dielectric-gapped electromagnetic conductive interconnect (200) comprising:

• primary communications member (201) disposed on interstitial dielectric partition (212) and in electrical communication with secondary communications member (202) and that comprises primary wireless communicator (204), primary wired extension (205), and primary signal line (206), such that primary communications member (201) communicates primary interconnect signal (221) to secondary communications member (202), and primary communications member (201) receives secondary interconnect signal (222) from secondary communications member (202) and communicates secondary interconnect signal (222) as primary receive signal (224);
• distributed wireless junction (203) that comprises primary communications member (201), secondary communications member (202), and interstitial dielectric partition (212), such that primary communications member (201) is spaced apart from secondary communications member (202) and electrically insulated from secondary communications member (202) by interstitial dielectric partition (212), secondary communications member (202) communicates secondary interconnect signal (222) to primary communications member (201), and secondary communications member (202) receives primary interconnect signal (221) from primary communications member (201), and comprises junction length (232) that tunes the frequency response of dielectric-gapped electromagnetic conductive interconnect (200) and junction cross-sectional area (233) that tunes the electromagnetic coupling of dielectric-gapped electromagnetic conductive interconnect (200) to primary transceiver (219) and secondary transceiver (220);
• primary wireless communicator (204) disposed on primary wired extension (205) and interstitial dielectric partition (212) and in electromagnetic communication with secondary wireless communicator (208) and primary wired extension (205) and in mechanical communication with interstitial dielectric partition (212) and that comprises primary signal line (206);
• primary wired extension (205) disposed on interstitial dielectric partition (212) and in electrical communication with primary wireless communicator (204) and in mechanical communication with interstitial dielectric partition (212) and that comprises primary signal line (206);
• primary signal line (206) disposed on interstitial dielectric partition (212) and in electromagnetic communication with secondary signal line (210) and in mechanical communication with interstitial dielectric partition (212) and that extends from primary wireless communicator (204) to primary wired extension (205), such that primary signal line (206) in primary wireless communicator (204) receives secondary interconnect signal (222) from secondary signal line (210) in secondary wireless communicator (208) across interstitial dielectric partition (212), produces primary receive signal (224) from secondary interconnect signal (222) in primary wired extension (205), receives primary transmission signal (223) in primary wired extension (205), produces primary interconnect signal (221) from primary transmission signal (223) in primary wireless communicator (204), and communicates primary interconnect signal (221) to secondary signal line (210) in secondary wireless communicator (208) within distributed wireless junction (203);
• secondary wireless communicator (208) disposed on secondary wired extension (209) and interstitial dielectric partition (212) and in electromagnetic communication with primary wireless communicator (204) and secondary wired extension (209) and in mechanical communication with interstitial dielectric partition (212) and that comprises secondary signal line (210);
• secondary wired extension (209) disposed on interstitial dielectric partition (212) and in electrical communication with secondary wireless communicator (208) and in mechanical communication with interstitial dielectric partition (212) and that comprises secondary signal line (210);
• secondary signal line (210) disposed on interstitial dielectric partition (212) and in electromagnetic communication with primary signal line (206) and in mechanical communication with interstitial dielectric partition (212) and that extends from secondary wireless communicator (208) to secondary wired extension (209), such that secondary signal line (210) in secondary wireless communicator (208) receives primary interconnect signal (221) from primary signal line (206) in primary wireless communicator (204) across interstitial dielectric partition (212), produces secondary receive signal (228) from primary interconnect signal (221) in secondary wired extension (209), receives secondary transmission signal (227) in primary wired extension (205), produces secondary interconnect signal (222) from secondary transmission signal (227) in secondary wireless communicator (208), and communicates secondary interconnect signal (222) to primary signal line (206) in primary wireless communicator (204) within distributed wireless junction (203);
• and
• interstitial dielectric partition (212) on which is disposed primary communications member (201) and secondary communications member (202) and in mechanical communication with primary communications member (201) and in mechanical communication with secondary communications member (202) and that separates and electrically insulates primary communications member (201) from secondary communications member (202) in distributed wireless junction (203), such that interstitial dielectric partition (212) is interposed between primary communications member (201) and secondary communications member (202) in distributed wireless junction (203).