Understanding Dead Copper on PCBs: Causes, Effects, and Solutions
What is Dead Copper on a PCB? Dead copper refers to areas on a copper layer of a printed circuit board (PCB) that are unable to conduct electrical current. These [...]
What is Dead Copper on a PCB? Dead copper refers to areas on a copper layer of a printed circuit board (PCB) that are unable to conduct electrical current. These [...]
PCB Design Requirements for 5G Applications In 5G applications, the key PCB design requirements include high-frequency, high-speed materials, high-density interconnects (HDI), impedance matching, layer stack-up planning, signal integrity for trace [...]
LEDs are increasingly used in areas like indicators and displays due to their long lifespan and low energy consumption. When replacing traditional lighting sources with LED technology, factors such as [...]
Importance of Sufficient Separation in High-Frequency Signal Routing Signal routing on a PCB, especially for high-frequency digital signals, requires sufficient separation to minimize crosstalk. When the center-to-center spacing between traces [...]
As the PCB industry develops, the demand for precise control over trace impedance has increased, necessitating stricter control over trace width. PCBs are becoming more reliable and widely used in [...]
Each PCB design should aim to minimize total costs and the potential for DFM issues (mostly a requirement from management, but whether engineers follow through varies by individual). Generally, this [...]
In our previous article, "Experience Formulas in PCB Design" we introduced some practical formulas. Now, let’s dive into a real-world application by focusing on high-speed USB design on a [...]
In electronic systems, the power supply is a critical module responsible for powering other functions. A well-designed PCB layout can optimize power efficiency, reduce heat dissipation issues, and minimize noise, [...]