Industry News

Aluminum PCB Assembly: Tips for Achieving Optimal Signal Integrity

Aluminum Printed Circuit Boards (PCBs) have gained significant popularity in various industries due to their excellent thermal management properties, lightweight nature, and cost-effectiveness. However, achieving optimal signal integrity in aluminum PCB assembly is a challenging task that requires careful consideration of various factors. In this article, we will discuss some tips and best practices for […]

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How PCB Material Properties Affect PCB Design

Key Takeaways A PCB’s response to electrical, thermal, and mechanical stimuli depend primarily on the material of the substrate materials. Today’s designers have a range of options for PCB substrate materials, ranging from typical FR4 substrates to specialized low-loss laminates. Different material properties are more desirable in different applications, and designers should choose specific material

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Learn About Different Types of PCBs and Their Advantages

A printed circuit board (PCB) is a thin board made from fiberglass, composite epoxy, or other laminate materials. PCBs are found in various electrical and electronic components such as beepers, radios, radars, computer systems, etc. Different types of PCBs are used based on the applications. What are the various types of PCBs? What are the

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Three Common Mistakes to Avoid in the Design Phase of PCB prototype Fabrication

Prototyping is a common procedure for most electronic components including printed circuit boards (PCBs). How businesses design and develop their electronic products has changed over the years. This impact can be felt in PCB design, too. Generally, the PCB design serves as the base for PCB prototyping where engineers create schematic diagrams that are referred

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PCBA Design Tips to Avoid Reflow-Induced Failure

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Why Process Control Measurement is Essential

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What is the purpose of adding alloy metals to the solder paste during PCB assembly?

Tin (Sn) based solder is still the best material for PCB assembly in the modern industry today. The only difference is the lead (Pb) free from the solder base due to environmental concerns. The melting point of tin (Sn) as 231.9°C, is hardly accepted by PCB assembly since most electronic components may not sustain such

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PCB Assembly Design Considerations for Wave Soldering vs Reflow Soldering

Wave Soldering VS Reflow Soldering For PCB assembly, the two soldering techniques called wave soldering and reflow soldering are very different in their functional approach to soldering components. For example, wave soldering incorporates the use of wave crests or peaks to solder the components. On the other hand, reflow soldering utilizes an oven to heat

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