Self-positioning mounting method for annular ceramic packaging shell

Abstract

The present invention is a self-positioning mounting method for an annular ceramic packaging shell, wherein the structure of the annular ceramic packaging shell includes an upper flange, a ceramic assembly, and a lower flange, and the upper flange, ceramic assembly, and lower flange are connected through solder from top to bottom . Self-positioning mounting method: Design the corresponding embedded mounting mold, and use the mold to realize the self-positioning between the upper and lower flanges and the ceramic component; through the diameter and position of the upper and lower components of the embedded mounting mold High positioning design to realize the self-positioning of the lower flange, ceramic components, upper flange and solder, including the following steps: (1) mold design; (2) parts preparation; (3) mounting and brazing. Advantages: Ensure the positioning accuracy of components, avoid errors caused by manual adjustment, improve the consistency of finished shells; improve product yield, improve the racking efficiency of annular shells, and realize mass production of products.

Description

Technical field [0001] The invention relates to a self-positioning and mounting method for a ring-shaped ceramic packaging shell, belonging to the technical field of mounting and mounting of electronic packaging, and in particular to the technical field of mounting and mounting a ring-shaped ceramic shell. The design of the embedded mounting mold is adopted to realize the self-positioning mounting of flange parts, solder and ceramic components, and to ensure the concentricity of each component. Through self-positioning and mounting, the process of placing the plug and correcting under the microscope is eliminated, and the product consistency and production efficiency are improved. Background technique [0002] In the current electronic packaging field, a part of the housing has special characteristics, and they usually use a ring-shaped ceramic component with a ring-shaped flange to form the main body of the housing. In addition to the normal shell sealing requirements, the ring...

AI Technical Summary

Problems solved by technology

On the one hand, the mounting difficulty of the ring-shaped shell itself is relatively high. Relying on the microscope to magnify and adjust one by one, it is time-consuming and laborious, the production efficiency is low, and the consistency of the product is relatively poor; Unable to confirm, there is a high probability of defective products after the shell production is completed

Therefore, it is quite difficult to use the traditional racking process for production

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