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Surface mounting technology (SMT) assembly is a way to produce electronic circuits by placing components directly onto the board's surface.
Accelerated Development Cycles: Rapid prototyping drastically reduces the time required to transition from concept to a functional prototype.
Four kinds of special-shaped holes and functions: Sidestep hole / Countersunk hole (Countersink hole) / Crimp hole / Hole on Pad
PCB Quick Turn is the principle of getting a printed circuit board (PCB) prototype and manufacturing it into the market in a shorter than usual time.
Rigid-flex PCBs are often multilayer, with flexible layers strategically placed so they can bend, fold, or twist while maintaining electrical connections.
The primary functions of circuit board connectors are threefold: Electrical connection: Signals and power are reliably transmitted,
How do we fabricate flexible PCBs from copper foil, PI, and adhesive to finished FPC? This article illustrates the flexible PCB fabrication process step by step
A countersink hole is a cone-shaped hole that is notched or drilled into a PCB laminate. This tapered hole allows a flat-head socket screw head to be inserted into the drilled hole
Polyimide PCB material is lightweight and flexible and great at resisting heat and chemicals. This material is widely used in a range of electronics
Double-sided Surface Mount Technology (SMT) assembly involves placing electronic components on both sides of a printed circuit board (PCB) and soldering them in place
At the heart of this technology lies the wireless charger PCB (Printed Circuit Board), which makes convenient, cable-free charging possible.
Reliable box build assembly services in the China with end-to-end support, from wiring to final circuit board integration—fast, flexible, and quality-driven.
Some simple rules will be presented that can help the designer in the development of medical PCBs, simplifying their design, testing and maintenance.
Some simple rules will be presented that can help the designer in the development of medical PCBs, simplifying their design, testing and maintenance.
Leaded solder is easier to use, has a lower melting point, is low cost, and causes fewer quality problems with the solder joints than lead-free solder.
Reflow soldering uses hot air, while wave soldering uses a "wave" of solder to mass-produce PCBs.