I. Brief Introduction to Foreign Printed Circuit Board Manufacturing Technology With the development of micro-device manufacturing and surface mounting technology, the manufacturing technology of printed circuit boards has been innovated and improved faster, especially the wire width of circuit graphics. Currently, the widely used wire width abroad is three wires between pins, and the wire…
1.X-ray fluorescence spectrometry ① Scope of application: Screening test of lead, mercury, cadmium, total chromium and bromine in plastic parts, metal parts and electronic components ② Technical features: One-time rapid qualitative analysis of lead, mercury, cadmium, chromium and bromine in samples. No sample preparation is required for homogeneous samples, and non-destructive testing can be performed….
How to effectively recycle waste circuit boards has become a new topic related to the sustainable development of my country’s economy, society and environment and the recycling of renewable resources in my country. Printed circuit boards (PCBs) are made of glass fiber, reinforced resin and a variety of metal compounds. If waste circuit boards are…
Wiring is to lay out printed conductors according to the electrical schematic or logic diagram and network table as well as the required wire width and spacing. The width and spacing of the wires cannot exceed the limit of the manufacturability requirements of the printed board. And the impact of manufacturing tolerances on the width…
This article provides a comprehensive comparison of top PCB manufacturers catering to hobbyists. It evaluates various options based on quality and cost, helping makers choose the right supplier for their projects.
Explore how turn key assembly solutions enhance efficiency and boost productivity in manufacturing. This article delves into streamlined processes, cost savings, and real-world examples of successful implementation across industries.
Discover exceptional PCB making services tailored for your electronic projects. From design to fabrication, our comprehensive solutions ensure high-quality, reliable circuit boards that meet your specifications and enhance your innovation.
With high-speed signal transmission, higher requirements are put forward for high-speed PCB design. Impedance control is a conventional design of high-speed PCB design. There will be processing errors in more than a dozen processes of PCB processing. At present, the impedance control of conventional board factories is within 10% error. In theory, the smaller this…
This article explores essential factors to consider when selecting a PCB making company for your projects. It offers insights on quality, cost, and service to help you make an informed decision that enhances your design and production process.
This article explores various PCB assembly techniques, focusing on optimized processes and technologies that enhance performance. Readers will gain insights into methods that improve reliability and efficiency in modern electronic manufacturing.
Discover essential techniques in our article on mastering PCB making. Learn effective design strategies and production methods to enhance your skills and deliver high-quality printed circuit boards for various applications.
Method 1 of making your own PCB: Method 2 for making your own PCB: There are many ways to make printed circuit boards in amateur conditions, but they are either time-consuming, complicated in “process”, or of poor quality. My method of making printed circuit boards is one of the best comprehensive methods, as follows: Method…
Discover the innovative PCB makers transforming prototype manufacturing. This article highlights industry leaders pushing boundaries with cutting-edge technology and services, ensuring efficiency, quality, and reliability for all your PCB needs.
Discover top online PCB makers that cater to your project’s needs, offering competitive pricing and quick turnaround times. This article guides you through the best options for ordering PCBs, ensuring quality and convenience for hobbyists.
This article explores the key concepts of THT (Through-Hole Technology) and SMT (Surface Mount Technology) in modern electronics manufacturing, highlighting their processes, advantages, and applications in creating efficient electronic devices.
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