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IPC-TR-484
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IPC-TR-484 1986 Edition, April 1, 1986 Results of IPC Copper Foil Ductility Round Robin Study
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Description / Abstract:
Objectives and Scope
The Metalic foil Subcommitee of the Base Material Committee (formerly the Copper Foil Subcommittee of the Raw Materials Committee) decided in August 1982 to undertake a round robin test program on copper foil ductility. The objectives of this Round Robin Study were set by the Subcommittee to be:
(1) the determination of typical ductility values for the various types and classes of copper foil from different foil manufacturers;
(2) the establishment of minimum ductility requirements for the IPC-CF-150, Copper Foil for Printed Wiring Applications1
(3) the round robin testing of the fatigue ductility test method for metallic foils2 to
(a) determine critical and sensitive test method steps,and
(b) if necessary, generate the information to emphasize and elucidate any critical test method steps,
(4) the establishment of the extent to which the relationship underlying the fatigue ductility test method can be utilized to predict the high-cycle fatigue behaviour of metallic foils,and
(5) the determination of the bending fatigue behaviour of the copper foils
The Metalic foil Subcommitee of the Base Material Committee (formerly the Copper Foil Subcommittee of the Raw Materials Committee) decided in August 1982 to undertake a round robin test program on copper foil ductility. The objectives of this Round Robin Study were set by the Subcommittee to be:
(1) the determination of typical ductility values for the various types and classes of copper foil from different foil manufacturers;
(2) the establishment of minimum ductility requirements for the IPC-CF-150, Copper Foil for Printed Wiring Applications1
(3) the round robin testing of the fatigue ductility test method for metallic foils2 to
(a) determine critical and sensitive test method steps,and
(b) if necessary, generate the information to emphasize and elucidate any critical test method steps,
(4) the establishment of the extent to which the relationship underlying the fatigue ductility test method can be utilized to predict the high-cycle fatigue behaviour of metallic foils,and
(5) the determination of the bending fatigue behaviour of the copper foils