`
`1.
`
`An
`
`antenna-integrated
`
`module
`
`comprising:
`
`a
`
`substrate;
`on the substrate; and
`one or more semiconductor chips each arranged
`one or more antenna elements that are connected to the one or more semiconductor
`
`chips,
`
`wherein
`
`at least one antenna element among the one or more antenna elementsis arranged
`are
`in the same
`on the substrate on which the one or more semiconductor
`
`chips
`
`region
`
`arranged.
`
`2.
`
`in
`
`regions
`
`arranged.
`
`The antenna-integrated module according
`antenna elements among
`
`to Claim 1, wherein
`of antenna elements are
`
`remaining
`theplurality
`arranged
`are
`on the substrate different from where the one or more semiconductorchips
`
`3.
`
`to Claim 2, wherein
`
`plurality of semiconductor chips,
`from each other, and
`chips
`arranged separately
`antenna elements among the plurality of antenna elements are
`arranged between the semiconductorchips.
`
`the remaining
`
`4.
`
`The
`
`module
`
`to Claim 1, wherein
`antenna-integrated
`according
`the one or more semiconductor chips each have one or more
`
`frequency
`
`converters.
`
`5.
`
`The
`
`module
`
`to Claim 4, wherein
`antenna-integrated
`according
`the one or more semiconductor chips each have one or more
`circuits that are connected to the one or more
`converters.
`
`phase adjusting
`
`frequency
`
`6.
`
`to Claim 4, wherein
`The antenna-integrated module according
`the one or more semiconductor chips each have one or more
`circuits that are connected to the one or more
`converters.
`
`amplitude adjusting
`
`frequency
`
`19
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`P681442
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`The antenna-integrated module according
`are a
`the one or more semiconductor chips
`the
`of semiconductor
`
`plurality
`
`are
`
`
`
`7.
`
`an
`
`A radar device comprising:
`antenna-integrated module; and
`a second substrate on which the
`
`antenna-integrated
`
`module is mounted,
`
`wherein the antenna-integrated module includes:
`a first substrate;
`one or more semiconductor
`
`each
`
`on the substrate; and
`arranged
`chips
`one or more antenna elements that are connected to the one or more semiconductor
`
`chips,
`
`wherein
`
`at least one antenna element among
`
`in the same
`
`region
`
`arranged.
`
`one or more antenna elementsis arranged
`the
`are
`on the substrate on which the one or more semiconductorchips
`
`8.
`
`The radar device according
`antenna elements among
`
`to Claim 7, wherein
`of antenna elements are
`
`arranged
`the plurality
`remaining
`onthefirst substrate different from where the one or more semiconductor
`
`chips
`
`in
`
`regions
`are
`
`arranged.
`
`9.
`
`The radar device
`
`to Claim 7, wherein
`according
`the one or more semiconductor chips each have one or more
`
`frequency
`
`converters.
`
`10.
`
`to Claim 9, wherein
`The radar device according
`the one or more semiconductor chips each have one or more
`circuits that are connected to the one or more
`converters.
`
`frequency
`
`amplitude adjusting
`
`ll.
`
`to Claim 7, wherein
`The radar device according
`the second substrate has a reflection
`
`that is located inside the antenna-
`
`plate
`
`integrated module.
`
`20
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`P681442
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`
`
`12.
`
`to Claim 9, wherein
`The radar device according
`the second substrate has one or more
`circuits connected to the one
`
`phase adjusting
`
`or more
`
`frequency
`
`converters.
`
`13.
`
`to Claim 9, wherein
`The radar device according
`the second substrate has one or more
`
`amplitude adjusting
`
`circuits connected to the
`
`one or more
`
`frequency
`
`converters.
`
`21
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`P681442
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`