| 摘要 |
A microconnector provides a practically sufficient strength, and has an arrangement in which structures of electrode members and guiding members can be designed at least somewhat independently of each other for allowing a simple connecting operation. In a male connector, wiring layers are formed on a substrate, and male pin connector electrodes project from the wiring layers, whereby the electrodes are two-dimensionally arranged and enclosed with spacers. In a female connector, on the other hand, wiring layers are formed on a substrate, and female connector electrodes are formed on single ends of the wiring layers respectively. The female connector electrodes comprise holes for receiving the pin electrodes, and are arranged in correspondence to the pin electrodes. The female connector electrodes each having a spring characteristic and are enclosed with spacers. The male and female connectors are electrically connected with each other by superposing the substrates with each other while orienting electrode surfaces thereof to be opposed to each other. The pin electrodes and the female connector electrodes are naturally aligned and brought into engagement with each other due to attraction of magnetic layers formed on the male and female connectors respectively.
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