Connector

Abstract

The invention discloses a connector used for connecting a sensing module with a substrate in a portable electronic device; the connector comprises a connector body having a first outer surface respectively matched with the sensing module and a second outer surface respectively matched with the circuit substrate; the first and second outer surfaces are right opposite to each other; a plurality of conductive terminals penetrate the connector body and are respectively exposed outside the first and second outer surfaces, thus folding on the first outer surface so as to form a plurality of first welding pads used for welding the sensing module, and folding on the second outer surface so as to form a plurality of second welding pads used for welding the circuit substrate. The connector can provide accurate sizes and stable connections, thus improving product production efficiency and conductive performances.

Description

technical field [0001] The invention relates to the technical field of electrical connector products, in particular to a connector that can be installed on a circuit substrate as a sensing component of a portable electronic device. Background technique [0002] In recent years, with the miniaturization and high density of portable electronic devices, and with the rise of portable electronic devices with camera and photography, the demand for optical systems and other information sending and receiving systems has been increasing. These sensing components sense The external information of the environment, such as sound or light source, etc., is used to adjust the effect of the portable electronic device through the feedback of external information. [0003] Sensing components (such as optical sensors, sound sensors, etc.) currently used in portable electronic devices are placed in a limited space. The requirements are different, and some require relatively precise dimensional...

AI Technical Summary

Problems solved by technology

[0007] 1. Traditional connectors are formed by stacking substrates. There is a large error in the size of the substrate itself. After stacking, the accumulation of tolerances in the size makes the size error very large and difficult to control, and the product yield rate in the process is reduced.

[0008] 2. The traditional connector is formed by stacking substrates. Due to the material characteristics of the substrate itself, it is easy to deform and bend if it is too long or overheated, resulting in differences in size, which is also a factor that reduces product yield in the manufacturing process.

[0009] 3. Another traditional connector is formed by welding with a plurality of metal guide posts one by one. The use of metal guide posts requires multiple processes in the manufacturing process. The manufacturing process is too complicated and requires a variety of molds, and the subsequent reprocessing is cumbersome and reprocessing The tolerance caused by it causes problems such as high production cost and low process efficiency

Images