Data transmission plate of terminal and preparation process thereof

Abstract

The invention relates to the technical field of the data transmission connecting terminal, especially to a data transmission plate of a terminal and a preparation process thereof. The data transmission plate is characterized in that a plurality of recessed terminal plate slots are formed in an insulting body; and electroplating terminal plates are embedded into the terminal plate slots tightly. In addition, the process includes: an insulting body forming step, an electroplating zone activation step, and a step of electroplating terminal plate forming by electroplating. Because the electroplating terminal plates are formed in the terminal plate slots, metal stamping for forming electroplating terminal plates is not required when the terminal is formed, thereby saving lots of material resources, manpower, and materials. Besides, on the basis of tight combination of the electroplating terminal and the terminal plate slot, PCB-based positioning is not needed and line connection can be carried out directly at the electroplating terminal plates at the rear of the insulating body, so that there is no need to use a traditional PCB connecting plate to carry out positioning and connecting. Moreover, the structure is simple and the costs and resources are saved.

Description

technical field [0001] The invention relates to the technical field of data transmission connection terminals, in particular to a terminal data transmission sheet and a preparation process thereof. Background technique [0002] Data transmission terminals are widely used in electronic and electrical fields, such as personal computers, mobile phones, household appliances, and medical equipment, etc., for data transmission, and it is of great significance to ensure the normal operation of equipment and the stability of data transmission; the current data The data transmission sheet of the transmission terminal is generally a metal plating terminal piece formed by stamping inserted into the insulator used, and the metal plating terminal piece is connected by inserting a PCB connection board at the tail of the data terminal, and then connected to the data through the PCB connection board. The PCB connection board serves as a carrier for positioning the electroplating terminal st...

AI Technical Summary

Problems solved by technology

[0002] Data transmission terminals are widely used in electronic and electrical fields, such as personal computers, mobile phones, household appliances, and medical equipment, etc., for data transmission, and it is of great significance to ensure the normal operation of equipment and the stability of data transmission; the current data The data transmission sheet of the transmission terminal is generally a metal plating terminal piece formed by stamping inserted into the insulator used, and the metal plating terminal piece is connected by inserting a PCB connection board at the tail of the data terminal, and then connected to the data through the PCB connection board. The PCB connection board serves as a carrier for positioning the electroplating terminal strip and connecting the electroplating terminal strip and the data line. During the period, it is also necessary to punch off the connecting piece connected to the tail of the electroplating terminal strip to form an integral body; this form of data transmission piece It is formed by inserting metal electroplating terminal pieces in the insulator. The metal electroplating terminal pieces are inserted in the insulator and are not closely matched with the insulator. It is prone to shifting and peeling off, which affects the performance and service life of the data transmission terminal. Therefore, in the insulator Various buckle insertion positions are also set to position the terminal pieces; in addition, it is necessary to form electroplated terminal pieces through metal stamping, which requires many processes and requires a lot of tooling and mold cooperation. In addition, metal stamping needs a lot of waste. Manually inserting hardware into the insulator wastes a lot of material and manpower, and the production cost is very high, resulting in high terminal prices

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