How to calculate trace width of PCB?
Why PCB trace width matters? Calculating the size of PCB traces is one of the most fundamental considerations in PCB routing. The width of intricate
MOKOPCB Blog
Boost your PCB knowledge with in-dept guides and expert insights
- May 9, 2025
The assembly process involves installing the necessary components on the blank PCB. There are two commonly used methods: SMT vs. THT. Both feature distinct characteristics and pros and cons. We will examine how SMT and THT vary from one another in this blog and explore the important aspects to take into account when making a decision…
PCB Panel: Boosting Efficiency in Circuit Board Production
PCB panelization is an important step in the circuit board production. A PCB panel combines many small printed circuit boards into one larger board. Compared to producing PCBs individually, panelization
PCB Potting vs. Conformal Coating: Which Should You Choose?
In practical applications, various environmental factors (such as moisture, dust, and chemical exposure) can affect PCB performance, ultimately impacting the durability and reliability of electronic devices. Therefore,
PCB Routing Practices: From Software Design to Fabrication
What Is PCB Routing? PCB routing, the backbone of modern PCB design, is the process of creating PCB trace layout in order to build electronic connections among
How to Build Reliable Circuits on a Zero PCB
Zero PCB is a popular choice for quickly and affordably prototyping and testing circuits. Compared with a standard PCB with predefined layout, the Zero PCB board offers
How Many Types of PCB Hole Do You Know? Look at Here!
If down your AirPods or computer, you will get delicate green printed circuit boards or PCBs. You may notice that there are various holes on
How to Size and Route the PCB Trace?
PCB trace is a conductive pathway that connects components on the printed circuit board, allowing electrical signals, power, and ground between them. Proper PCB trace
SMT vs. THT: What Are the Differences and How to Choose
The assembly process involves installing the necessary components on the blank PCB. There are two commonly used methods: SMT vs. THT. Both feature distinct characteristics
