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.
When you manufacture a PCB, you’ll have to coat it with several materials, and that results in a number of lamination layers on your PCB. PCB tinning is a sort of lamination layer on any PCB. If you’re not sure what exactly is PCB tinning, then this article will walk you through every detail associated with it.
Artificial intelligence is quickly becoming one of the most versatile and useful tools available to manufacturers. The use of artificial intelligence in chip design is gaining momentum as electronics manufacturers face growing demand and supply chain pressures.
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.
Radar sensing technology enables continuous and contactless monitoring of heart rate and respiration rate while featuring low power consumption and a small PCB footprint. By embedding innovative 60-GHz radar sensors into a wide variety of home consumer electronics, from computers to televisions, we are making contactless vital sign sensing and health monitoring a reality.
With sensors cost from 15 USD to 1,000 USD, automakers confuse, at least for a while, how many sensors are needed for a vehicle to be fully autonomous. Sensors like image, lidar, radar, ultrasonic and thermal sensors to gather data about the surrounding environment. This is the key driving force behind sensor fusion, which combines multiple types of sensors to enable safe autonomous driving.
During PCB manufacturing and assembly, there’s a high chance of manufacturing defects.
Some defects are visible by naked eyes, while some require special inspection techniques, where PCBA x-ray inspection is one such technique.
In this article, you’ll revolve around PCBA x-ray inspection and all the important details related to x-ray inspection.
In this blog post, we’ll take an in-depth look into what automated Optical Inspection (AOI) actually is – its advantages, disadvantages, and differences between visual inspection and AOI – as well as considerations when looking for PCB AOI test services so you can make the most out of this incredible technology.
In-circuit testing is a powerful tool for ensuring the quality and reliability of electronic components. It involves connecting test probes to specific points on a circuit board, checking its performance against predetermined standards, and making necessary modifications or repairs. This testing method can help reduce costly recalls and increase customer satisfaction by catching defects early in manufacturing. In this guide, we’ll explore the basics of in-circuit testing and discuss how it can be used to streamline electronics quality assurance processes.
Today, we’ll discuss a topic known as SMT PCB assembly. This might sound like a big and complicated topic but don’t worry. We’ll easily explain everything. Surface Mount Technology, or SMT, is a type of putting together circuit boards. Manufacturing electronic gadgets like smartphones, tablets, and PCs relies heavily on SMT PCB assembly.