Printed Circuit Boards / PCB

PCBs

PCBs, or printed circuit boards, are a key staple of modern electrical engineering. They can be found in almost every type of electronic device we use today. In fact they’re now so ubiquitous, it’d be much more difficult to list modern tech gadgets that don’t feature some form of PCB than those that do.

This quick introductory page covers the very basics of what printed circuit boards are, and how they’re put together. We’ll also outline the various services available through our state-of-the-art PCB design and manufacturing setup here at ABL Circuits.

What is a PCB?

In very simple terms, a printed circuit board is essentially a neater, more compact and more reliable alternative to the older standard of multi-wire circuits. Before PCBs were as widely used as they are now, components in any electronic device relied on full point-to-point wiring for their interconnections.

Not only is this a labour-intensive and time consuming approach to circuit building, it’s also much more prone to various instabilities and points of failure. Shorts and faulty connections are risks very much inherent to those older circuit design standards, and the likelihood of encountering such issues only increases with device usage and age.

PCB Types

RF/Microwave PCB

Heavy Copper PCB

Rigid-Flex PCB

Semi-Flex PCB

Flexible PCB

Backpanel PCB

HDI PCB

Multilayer PCB

Aluminum PCB

Double-Sided PCB

PCB Applications

From smartphones to kitchen appliances, electronics play a large part in our daily routine. At the heart of each of electronics is a printed circuit board (PCB). It is the foundation of a majority of electronic products today. These components come in a vast array of configurations, allowing them to serve a variety of functions. As electronics expand and develop across industries, PCB applications continue to grow as well. Today, the use of PCBs spans just about every industry and continues to evolve into new industries and applications. PCBs are the major functional centers of most electronics in the modern world. Circuit boards connect components to one another through a series of related circuits.

PCB Process capability

The manufacturing process of PCB Prototype is a processing process of PCB materials. in each PCB manufacturing process, it is affected by the processing capacity and processing tolerances of the PCB equipment. The management system of each PCB manufacturer and the ability of the production personnel also affect the quality of the finished PCB. We summarize PCB materials, PCB equipment capabilities, and processing tolerances, as well as PCB manufacturer's management and staff quality as PCB processing capabilities. So, choose a qualified PCB manufacturer, It is related to the quality of your product, and even whether your product can be successfully produced and occupy the market(How to choose a PCB manufacturer?).

PCB Equipment

At Matching, we have two factories measuring about 15,000 square meters. Also, we pay close attention to high-quality output. Hence, we run our production process with modern automated equipment imported from Germany, Japan, and Israel. It’s not a surprise that we deliver an output of about 2 – 10 layers every month within 300,000 square feet. After all, our factories have been doing an excellent job meeting our customers’ demands—like you, whether it’s a prototype or mass production. Also, we offer bespoke services for small, medium scale, to large mass production volumes.