To determine the number of layers in a PCB, observe the via holes and light transmission: if vias are visible on both sides, it’s likely a 4-layer board; if vias are visible only on one side or light passes through them, it could be a 6/8-layer board; multilayer boards with opaque inner cores may have many more layers.
How can one ascertain the number of layers required for a PCB design? Read More »
A PCB’s layer count is determined by observing via holes, crucial for identifying multilayer boards like 4-layer PCBs used in motherboards and display cards, or more complex 6/8-layer boards where via holes are less visible.
Methods for Identifying the Number of Layers in a PCB Multilayer Board Read More »
The evolution of electronic products toward smaller, denser designs has driven the demand for advanced PCBs, especially those using SMT and BGA technologies. As a result, hole plugging is crucial during component mounting to prevent solder from causing short circuits during PCB wave soldering. This process also prevents flux residue buildup, ensures vacuum sealing after component assembly, and maintains solder integrity on the board surface, crucial for reliable electronic performance. Achieving these goals involves intricate processes, such as hot air leveling and various hole-plugging techniques, tailored to meet stringent customer specifications and ensure high-quality PCB production.
Detailed Analysis of PCB Circuit Board Conductive Hole Plugging Process and Reasons Read More »
Numerous factors contribute to rosin joints in PCB processing, including process issues, poor solderability, via holes, component pin distortion, and oxidation.
What are the factors leading to rosin joint formation during PCB processing? Read More »
The SMT process enhances circuit performance through small size, excellent connectivity, and elimination of signal interference, with careful consideration of solder joint formation and PCB board material selection critical for successful PCB development.
Detailed description of PCB board design technology in SMT environment Read More »
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.