The invention relates to the technical field of electronic products, and provides an earphone connector and electronic equipment. The earphone connector comprises a connector housing with an accommodation cavity and a plurality of terminals. The connector housing is provided with an insertion end and a tail end opposite to the insertion end, wherein the insertion end is provided with an insertionport which is used for the insertion of an earphone plug into the accommodation cavity. Each terminal comprises a supporting part which is disposed in the accommodation cavity and is used for fixing and supporting, a first connecting part, and a second connecting part. The periphery of each supporting part is annularly provided with an insulating plastic case, and there are gaps between two adjacent first connecting parts and between two adjacent second parts. The periphery of each supporting part is annularly provided with the insulating plastic case, thereby enabling the adjacent two supporting parts to be isolated in an insulated manner. When electronic equipment with the earphone connector is used in water, the residual water which is located in earphone jacks and is not easy to evaporate cannot cause the short-circuit fault of the adjacent two terminals of the earphone connector, and also cannot cause the failure of the functions of the earphone, thereby improving the safety and reliability of the earphone connector.