Connector for electronic card

Abstract

An electric card connector includes a first connector and a second connector. The first connector includes an insulated main body, a plurality of conductive terminals accepted in the insulated main body and a first shielding shell body shielded on the insulated main body. The second connector installed with the first connector in stacked includes a second shielding shell body, a bottom plate installed under the second shielding shell body and a plurality of conductive terminals. The insulated main body cooperates with the second shielding shell so as to form a guide component capable of guiding to electronic card to insert. The structure is capable of steadily stacking the first and second connectors, and preventing shape distortion of the guide plate plastic or positional deviation of the first and second connectors. And this structure is simply structured and conveniently assembled.

Description

【Technical field】 [0001] The invention relates to an electronic card connector, in particular to an electronic card connector with stable structure. 【Background technique】 [0002] Since its inception, flash memory has been favored by consumers because of its attractive features such as powerful computing functions, fast speed, high expandability, and high storage density. Due to the many functions and characteristics of flash memory, some related companies use flash memory to develop various types of electronic cards, such as SD cards, MS cards, CF cards, XD cards and other specifications of electronic cards. Now many digital consumer products, such as mobile phones, digital cameras, digital cameras and PDAs, have become more and more dependent on such electronic cards. Moreover, due to the current semiconductor technology is becoming more and more sophisticated, the storage density and transmission speed of flash memory have grown by leaps and bounds, so that electronic c...

AI Technical Summary

Problems solved by technology

[0004] However, since the aforementioned triangular plate body is directly placed on the supporting iron sheet and there is no buckling device between the supporting iron sheet, a triangular plastic plate due to the guiding mechanism will be produced. The warping deformation of the body, the flatness of the lower iron sheet, or the influence of assembly tolerances cause a large gap between the supporting iron sheet and the guiding mechanism.

Therefore, when the first electronic card is inserted into the receiving space of the first connector, due to the large gap between the guide mechanism and the support iron piece, the support iron piece and the guide mechanism cannot be flattened, thereby interfering with the first electronic card. card insertion

Moreover, the first connector and the second connector are stacked only by passing the bolts through the screw holes at the rear end, resulting in a positional deviation between the triangular plate and the supporting iron sheet, and it is difficult to ensure the stable holding of the two

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