Electronic circuit board and electronic circuit board shield method and construction
The present invention has the object of providing a technology that can facilitate inexpensive shields of individual electronic components with good heat exchange efficiency, the electronic circuit board according to the present invention being provided with: a plurality of conductor parts in a standing state that can extend and contract on a ground pattern that surrounds an electronic component on the electronic circuit board, a conductive plate, and securing members for holding the plate such that the plurality of conductor parts contact the plate in a state in which the conductor parts contract from their natural length.
1. An electronic circuit board, comprising:
a plurality of conductor parts that extends and contracts, and is arranged in a standing state on a ground pattern that surrounds an electronic component on the electronic circuit board;
a conductive plate which covers an entirety of a surface of an electronic component mounted side of said electronic circuit board, and which is brought into electrical contact with said ground pattern by said conductor parts; and
securing members arranged in a circumference of said electronic circuit board, for holding said conductive plate such that said plurality of conductor parts contacts said plate in a state in which said conductor parts contract from their natural length;
wherein said plurality of conductor parts is arranged on an inside of the circumference by said securing members for an area bounded by said plurality of conductor parts which becomes smaller than an area bounded by said conductive plate, and said plurality of conductor parts is positioned to stand adjacent to a location whose value is not greater than a value determined according to electromagnetic waves radiated by the electronic component.
2. A shield method of an electronic circuit board, said method comprising:
providing, in a standing state, a plurality of conductor parts that extends and contracts on a ground pattern that surrounds an electronic component on an electronic circuit board; and
securing a conductive plate which covers an entirety of a surface of an electronic component mounted side of said electronic circuit board, and which is brought into electrical contact with said ground pattern by said conductor parts, by securing members arranged on a circumference of said electronic circuit board, such that said plurality of conductor parts contacts said plate in a state in which said conductor parts contract from their natural length,
wherein said plurality of conductor parts is arranged on an inside of a circumference by said securing members for an area bounded by said plurality of conductor parts which becomes smaller than an area bounded by said conductive plate, and said plurality of conductor parts are positioned to stand adjacent to a location whose value is not greater than a value determined according to electromagnetic waves radiated by the electronic component.
3. A shield method of an electronic circuit board, said method comprising:
providing, in a standing state, a plurality of conductor parts that extends and contracts on a ground pattern that surrounds an electronic component on an electronic circuit board; and
securing the electronic circuit board by securing members such that said plurality of conductor parts contacts a conductive plate which covers an entire surface of an electronic component mounted side of said electronic circuit board, and which is brought into electrical contact with said ground pattern by said conductor parts, by securing members arranged in a circumference of said electronic circuit board, in a state in which said conductor parts contract from their natural length,
wherein said plurality of conductor parts is arranged on an inside of the circumference by said securing members for an area bounded by said plurality of conductor parts which becomes smaller than an area bounded by said conductive plate, and said plurality of conductor parts is positioned to stand adjacent to a location whose value is not greater than a value determined according to electromagnetic waves radiated by the electronic component.