The currently available PCB cleaning processes include water-based cleaning, semi-aqueous cleaning, solvent cleaning, and no-clean process. We have discussed the first 3, today we will introduce no-clean process. What is a No-clean Process? The no-clean process refers to the quality and process control of raw materials such as printed circuit boards and electronic components. The alternative …
Soldering is an important step in the production of electronic equipment. After soldering, there are always varying degrees of flux residues and other types of contaminants on the circuit board surface, even if a low-solid content, halogen-free, no-clean flux is used. There will still be more or less residue. In order to prevent circuit failure …
Soldering is an important step in the production of electronic equipment. After soldering, there are always varying degrees of flux residues and other types of contaminants on the circuit board surface, even if a low-solid content, halogen-free, no-clean flux is used. There will still be more or less residue. In order to prevent circuit failure …
Soldering is an important step in the production of electronic equipment. After soldering, there are always varying degrees of flux residues and other types of contaminants on the circuit board surface, even if a low-solid content, halogen-free, no-clean flux is used. There will still be more or less residue. In order to prevent circuit failure …
The standard thickness of a printed circuit board (PCB) can vary based on the specific application, type of PCB, and the industry standards followed. However, some common standard thicknesses exist. Here are a few examples: Standard Thickness for Single-Sided PCBs: 1.6 mm (0.063 inches) is a commonly used standard thickness for single-sided PCBs. Standard Thickness …
Printed circuit board (PCB) manufacturing involves several steps to create a functional PCB that can be used in electronic devices. Below is an overview of the typical PCB manufacturing process: Design and Layout The process begins with the design of the PCB. Engineers and designers use PCB design software to create a schematic diagram and …
The PCB industry first developed in the 20th century and continues to evolve. PCBs have made great contributions to the development of the electronics industry. For example, it has led to the emergence and development of small electronic components with very high performance, such as resistors. We’ll discuss printed circuit boards, their uses, and the …
Introduction to PCB Types And Production Requirements Read More »
Printed Circuit Board (PCB for short) is an important part of electronic equipment, which realizes the function of the circuit by connecting electronic components and circuits together. The principle of printed circuit board mainly includes the following aspects: Basic structure A printed circuit board usually consists of a substrate, wires, holes, and pads. The substrate …
Before printed circuit board design begins, designers should take some basic steps to ensure a successful project, such as management and scheduling. Time and resources must be allocated to the project, including buffers for design changes or bugs that require changes to the schematic and layout. All too often, PCB designers have to struggle to …
PCB circuit boards use insulating boards as the base material to replace the chassis of the previous electronic components. With the rapid development of the electronics industry, PCB circuit boards are now developing better in the electronic field. The basic rules of PCB circuit board layout 1. The position of the clock PCB circuit should …
