Electronic apparatus, battery powerable apparatus, and radio frequency communication device

An electronic apparatus comprising:

• a substrate;
• a gasifiable component mounted to the substrate;
• an encapsulant mass received over and adhering to the gasifiable component and to the substrate;
• an opening formed through the substrate and extending to the encapsulant mass;
• and
• wherein the component comprises a periphery, and further comprising a plurality of openings formed through the substrate and extending to the encapsulant mass, the plurality of openings being received within the component periphery.

An electronic apparatus comprising:

• a substrate;
• a gasifiable component mounted to the substrate;
• an encapsulant mass received over and adhering to the gasifiable component and to the substrate;
• an opening formed through the substrate and extending to the encapsulant mass;
• and
• wherein the component comprises a periphery and a center, the opening being formed more proximate the periphery than the center.

An electronic apparatus comprising:

• a substrate;
• a gasifiable component mounted to the substrate, the gasifiable component comprising a periphery;
• an encapsulant mass received over and adhering to the gasifiable component and to the substrate;
• and
• a plurality of openings formed through the substrate from a location proximate the component within a region bounded by the component periphery to externally of the substrate.

An electronic apparatus comprising:

• a substrate;
• a gasifiable component mounted to the substrate, the gasifiable component comprising a periphery;
• an encapsulant mass received over and adhering to the gasifiable component and to the substrate;
• an opening extending through the substrate from a location proximate the component within a region bounded by the component periphery to externally of the substrate;
• and
• wherein the component comprises a center, the opening being formed more proximate the periphery than the center.

A battery powerable apparatus comprising:

• a substrate sheet comprising opposing inner and outer surfaces, the inner surface having conductive paths formed thereon;
• a thin profile battery conductively bonded to the conductive paths;
• an encapsulant mass received over and adhering to the thin profile battery and to the substrate inner surface;
• an opening formed through the substrate sheet and extending from the outer substrate surface to the inner substrate surface;
• and
• wherein the battery comprises a periphery, and further comprising a plurality of openings formed through the substrate sheet and extending from the outer substrate surface to the inner substrate surface, the plurality of openings being received within the battery periphery.

A battery powerable apparatus comprising:

• a substrate sheet comprising opposing inner and outer surfaces, the inner surface having conductive paths formed thereon;
• a thin profile battery conductively bonded to the conductive paths;
• an encapsulant mass received over and adhering to the thin profile battery and to the substrate inner surface;
• an opening formed through the substrate sheet and extending from the outer substrate surface to the inner substrate surface;
• and
• wherein the battery comprises a periphery and a center, the opening being formed more proximate the periphery than the center.

A battery powerable apparatus comprising:

• a substrate sheet comprising opposing inner and outer surfaces, the inner surface having conductive paths formed thereon;
• a thin profile battery conductively bonded to the conductive paths, the battery comprising a periphery;
• an encapsulant mass received over and adhering to the thin profile battery and to the substrate inner surface;
• an opening extending through the substrate from the inner surface at a location proximate the thin profile battery within a region bounded by the battery periphery to the outer substrate surface within the region bounded by the battery periphery;
• and
• further comprising a plurality of openings formed through the substrate from the inner surface at a location proximate the thin profile battery within the region bounded by the battery periphery to the outer substrate surface within the region bounded by the battery periphery.

A battery powerable apparatus comprising:

• a substrate sheet comprising opposing inner and outer surfaces, the inner surface having conductive paths formed thereon;
• a thin profile battery conductively bonded to the conductive paths, the battery comprising a periphery;
• an encapsulant mass received over and adhering to the thin profile battery and to the substrate inner surface;
• an opening extending through the substrate from the inner surface at a location proximate the thin profile battery within a region bounded by the battery periphery to the outer substrate surface within the region bounded by the battery periphery;
• and
• wherein the battery comprises a center, the opening being formed more proximate the periphery than the center.

A battery powerable apparatus comprising:

• a substrate sheet comprising opposing inner and outer surfaces, the inner surface having conductive paths formed thereon;
• a thin profile battery conductively bonded to the conductive paths, the battery comprising a periphery;
• an encapsulant mass received over and adhering to the thin profile battery and to the substrate inner surface;
• an opening extending through the substrate from the inner surface at a location proximate the thin profile battery within a region bounded by the battery periphery to the outer substrate surface within the region bounded by the battery periphery;
• and
• wherein the battery comprises a center, the opening being formed more proximate the center than the periphery.

A radio frequency communication device comprising:

• a substrate having conductive paths including an antenna formed thereon;
• at least one integrated circuit chip mounted to the substrate and in electrical connection with a first portion of the substrate conductive paths;
• a thin profile battery conductively bonded to a second portion of the conductive paths;
• an encapsulant mass received over and adhering to the integrated circuit chip, to the thin profile battery and to the substrate;
• an opening formed through the substrate and extending to the encapsulant mass;
• and
• wherein the battery comprises a periphery, and further comprising a plurality of openings formed through the substrate and extending to the encapsulant mass, the openings being received within the battery periphery.

A radio frequency communication device comprising:

• a substrate having conductive paths including an antenna formed thereon;
• at least one integrated circuit chip mounted to the substrate and in electrical connection with a first portion of the substrate conductive paths;
• a thin profile battery conductively bonded to a second portion of the conductive paths;
• an encapsulant mass received over and adhering to the integrated circuit chip, to the thin profile battery and to the substrate;
• an opening formed through the substrate and extending to the encapsulant mass;
• and
• wherein the battery comprises a periphery and a center, the opening being formed more proximate the periphery than the center.

A radio frequency communication device comprising:

• a substrate having conductive paths including an antenna formed thereon;
• at least one integrated circuit chip mounted to the substrate and in electrical connection with a first portion of the substrate conductive paths;
• a thin profile battery conductively bonded to a second portion of the conductive paths;
• an encapsulant mass received over and adhering to the integrated circuit chip, to the thin profile battery and to the substrate;
• an opening formed through the substrate and extending to the encapsulant mass;
• and
• wherein the battery comprises a periphery and a center, the opening being formed more proximate the center than the periphery.

A radio frequency communication device comprising:

• a substrate having conductive paths including an antenna formed thereon;
• at least one integrated circuit chip mounted to the substrate and in electrical connection with a first portion of the substrate conductive paths;
• a thin profile battery conductively bonded to a second portion of the conductive paths, the battery comprising a periphery;
• an encapsulant mass received over and adhering to the integrated circuit chip, to the thin profile battery and to the substrate;
• and
• an opening extending through the substrate from a location proximate the thin profile battery within a region bounded by the battery periphery to externally of the substrate.