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Electronic manufacturing industry
Chip Packaging Process – An Ultimate Guide

Chip Packaging Process – An Ultimate Guide

Chip, or IC (Integrated Circuit), as a high-tech industry, is an industry that all countries in the world are vigorously developing and researching. The IC industry mainly includes three parts: IC design industry, IC manufacturing industry and IC packaging and testing industry. In this article, let’s take a deeper look at the chip packaging technology in IC packaging and testing.

PCB/PCBA knowledge
SMT vs THT – A Complete Guide about Their Differences

SMT vs THT – A Complete Guide about Their Differences

With the rapid development of science and technology, electronic products are entering our life at an alarming speed. In the field of electronic assembly, surface mount technology (SMT) and through hole technology (THT) are two main manufacturing methods. This article will introduce the differences between SMT vs THT in detail, including process principles, equipment requirements, assembly efficiency and quality.

PCB/PCBA knowledge
SMT Line – A Vital Component in the PCB Industry

SMT Line – A Vital Component in the PCB Industry

The SMT line is very important in the making of electronics. Responsible for placing components onto printed circuit boards (PCBs), the SMT line is the heart of the production, where raw boards transform into functional devices.
These boards become the inside of our electronics, like phones and computers. Today, we will talk about what an SMT line is, why we use it, and how to pick a good SMT line manufacturer.
Whether you’re an expert or just learning, this article will help you understand more about SMT lines.

News
MEMS-based timing solution is disrupting traditional quartz timing technology

MEMS-based timing solution is disrupting traditional quartz timing technology

Nowadays, the smart cars and safety-critical systems demand timing components that deliver the highest performance, reliability and stability. Traditional quartz technology has many natural defects, and MEMS timing technology has shown incomparable advantages in terms of performance, stability and reliability. So MEMS is replacing quartz technology as precision timing solutions in modern vehicles.