PCB Manufacturing Process Tolerances
The process’s stability and dependability are key components of PCB manufacturing’s success. Strict tolerances must be upheld throughout the manufacturing […]
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How High Frequencies Affect PCB Layout and Performance
When you start working with high-frequency signals, a PCB stops being just copper and fiberglass. It starts behaving like a
A Practical Guide to Accurate Impedance Calculations in Modern PCB Design
Impedance can feel like one of those topics that everyone talks about, yet few explain in a simple way. But
PCB, PCB Design
Optimising PCB Designs with Clearer CAD and CAM Collaboration
Designing a printed circuit board is not just about drawing traces and placing components footprints. What really determines whether your
A Quick Guide to Microvias in HDI PCB Design
If you handle critical high-speed and complex multilayer designs, then you’ve probably heard about microvias. They play a significant role
Understanding Partial HDI Layers in Advanced PCB Design
If you work with complex electronics, you already know how quickly things get tight on a circuit board. As parts
Understanding the Importance of Tg in Core and Pre-preg for PCB Manufacturing
Think about how your phone, laptop, or car’s control system works. Each one depends on a printed circuit board (PCB)
Common BOM Errors for PCB design and how to Avoid These
Each PCB prototype project begins with a design idea; however, the success of that PCB often depends on something less
Thermal Vias in PCBs: Importance, Design Tips & Best Practices
If you build or design printed circuit boards, you already know one tricky part of the job, keeping things cool.
The Importance of Pin 1 Orientation for Reliable PCB Assembly
In the world of modern electronics, precision defines success. Even the smallest component misalignment can compromise the performance of an
