We will take a close look at PCB isolators in this comprehensive guide. Whether you’re a seasoned expert or just curious about how things work, this guide is here to help you understand the vital role of PCB isolator in the gadgets we use every day.
This article will introduce several main 7 types of PCB circuit board welding processes and their characteristics to help readers better understand and choose the welding method that suits their needs.
In the PCB design , all designers know that right angles are a very difficult problem, because right angles will introduce many problems during the manufacturing process and use. Therefore, why PCBs cannot have right angles becomes an interesting question.
Thin-film circuit and thick-film circuit are widely used in electronic applications, but what is the difference between thin-film circuit vs thick-film circuit? Keep reading!
In the ensuing discourse, we shall explore the versatile applications, various classifications, advantages, and pragmatic considerations associated with PCB thermal pads. These pads, prevalent from the realm of consumer electronics to the domain of industrial machinery, bestow their ubiquitous contribution to thermal regulation.
There are many types of resistors. Thin-film resistors are one of the commonly used ones. What are the types of thin-film resistors? What materials are commonly used to make thin-film resistors? In what fields are thin-film resistors mainly used?
Thick film resistors are electronic components that are thicker and have higher resistance quality than thin-film resistors. They are usually made from a layer of thick film resistive material (chromium, nickel, etc.) that is screen printed, baked and sintered on a ceramic substrate.
This article will discuss the application of electronic transformers in new energy inverters, introduce their working principles and their advantages in improving inverter performance, efficiency and reliability.