PCB Buckling During PCB Assembly: Causes, Effects, and Solutions
PCBs can sometimes buckle during PCB assembly, leading to significant issues if left unaddressed. This blog post discusses the causes, effects, and solutions for PCB buckling during assembly. What is PCB Buckling? PCB buckling is when a printed circuit board bends or...
Enhancing PCB Assembly Reliability: Overcoming Component Challenges for Design Engineers
Even advanced components can pose challenges in high-reliability applications, requiring careful consideration and modification. Design engineers must ensure that each part of their design performs reliably throughout its lifespan. This post offers critical insights...
X-ray Component Counters: Transforming Inventory Management in PCB Assembly
Accurate component counting is a critical aspect that can significantly impact the production process. The X-ray component counter is a revolutionary tool that is transforming inventory management and quality control. What is an X-ray Component Counter? An X-ray...
What is Selective Soldering for Printed Circuit Board Assembly
Selective Soldering Selective soldering is a precision process used in PCB assembly to solder specific through-hole components without affecting nearby areas, particularly those with surface-mount technology (SMT) components. This technique ensures targeted soldering...
The 2024 List of Top Printed Circuit Board Assembly Companies Serving North America
Finding a Printed Circuit Board Assembly (PCBA) supplier could prove to be a time-consuming and risky task. A web search returns many search results, and there is no easy way to compare the various PCB companies. When choosing a PCBA company several factors must be...
How does PCB coupling impact PCB fabrication
What is PCB Coupling? Electromagnetic PCB coupling transfers energy between closely spaced components or traces, leading to capacitive and inductive effects, crosstalk, and modal interferences that can affect both design and fabrication Here's how coupling issues can...
Ceramic PCBs: Exceptional Properties, Diverse Applications, and Key Considerations
What is a Ceramic PCB? A Ceramic Printed Circuit Board uses ceramics as its substrate material. Ceramics are known for their exceptional electrical, mechanical, and thermal properties, making them suitable for various applications. Why are Ceramic PCBs used? Ceramic...
Mastering the Art of PCB Material Selection: Core vs. Prepreg for High-Frequency Designs
In this article we'll talk about: 1. Core vs. Prepreg Distinction: Unveiling the Essence of PCB Materials2. Resin and Glass Weave: Crafting the Electromagnetic Canvas3. Dielectric Constants: Navigating the Complexity4. Creepage and Leakage Concerns: Safeguarding...
What is PCB Mechanical Stress and How to Minimize It
In PCB design, engineers must navigate numerous challenges to ensure their products' long-term reliability and functionality. One such challenge is managing strain and flexure in printed circuit boards. Here will explore the common causes of PCB strain and flexure,...
Boost Your PCB Reliability Issues By Preventing Conductive Anodic Filament
Conductive Anodic Filament (CAF) is an important phenomenon to understand in printed circuit board (PCB) manufacturing because it can cause serious reliability issues if not adequately addressed. CAF can result in a short circuit between two or more copper traces on...