The role of PCBs in the manufacture of electrical and electronic equipment cannot be overemphasized. PCBs form the backbone of many modern electromechanical devices. However, despite the advantages offered by PCBs, the main problem associated with their use is the generation of heat.
Designing and manufacturing your own printed circuit boards (PCBs) used to be a challenge. However, with the rise of free PCB design software, both novices and experts can now easily create custom, high-quality PCBs for prototyping, home projects, or mass production.
An adequately made board enables precise determination of the connection network and assembly of elements. What types of printed circuit boards can be found on the market?
The world of electronics and other electrical appliances keeps evolving with new inventions added to the shelves just as the clock ticks
I see most printed circuit boards are green in color. I’ve seen some blue and yellow boards, but not so many – so I have a question: Why are most PCBs green? The above question is not only asked by electronics hobbyists but also questioned by engineers, so today let’s unravel the mystery.
PCB tombstoning is a defect that occurs during the reflow soldering process in surface-mount technology (SMT). It happens when one end of a small component, like a resistor or capacitor, lifts off the PCB and stands upright, resembling a tombstone.
In electronics, the terms VCC, VEE, VDD, and VSS are frequently used to describe different power supply voltages in circuits. These designations are essential for understanding the supply roles and the correct functioning of components like bipolar junction transistors (BJTs) and field-effect transistors (FETs).
In PCB manufacturing, engineers need a Bill of Materials (BOM) to organize every component required for their product. A BOM is a vital document for tracking parts, managing inventory, and ensuring production accuracy.
Blind vias and buried vias optimize space and functionality in multilayer PCBs, essential for high-density designs that enable complex and efficient layouts.
Explore the world of Electroless Nickel Immersion Gold PCBs. Understand their advantages, how they compare with HASL surface finishes, and their growing importance in various industries.
The pricing of a bespoke PCB and the variables that affect it will be covered in this article.
Choosing the right packaging form for integrated circuits is crucial in electronics. BGA and QFN offer distinct features and applications. Factors like pin density, thermal management, and repair ease guide the choice. Transitioning from QFN to BGA may address higher pin density, thermal needs, and market trends, balancing design and cost considerations.
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