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rigid flexrigids different from rigid PCBs Rigid-flexrigid PCBs and rigid PCBs are two distinct types of circuit board designs, each offering unique advantages and applications. Understanding the differences between these two types of PCBs is essential for determining the most suitable solution for a particular electronic device or system. Rigid PCBs, as the name suggests, are made from solid substrate […]

PCB SMT Be Used in High-Frequency High-frequency PCBs are used extensively in a variety of applications including radar systems, satellite communications, wireless networks, microwave equipment, medical imaging devices and other cutting-edge technology. They are required to handle very high frequencies, currents and voltages which can cause considerable damage if not handled properly. For this reason, it is very important to […]

Become a Surface Mount PCB Technician Surface mount pcb is the mounting of electronic components directly onto the surfaces of printed circuit boards (PCBs). This method is much faster and cheaper than traditional through-hole technology. It also allows for a much higher circuit density and more complex circuitry. It is also a good choice when working with limited space. However, […]

automated assembly processes streamline print pcb board Automated assembly processes have revolutionized the manufacturing of print PCB boards, streamlining production and improving efficiency in electronic device manufacturing. These advanced processes leverage robotics, machinery, and sophisticated software to automate repetitive tasks, minimize human intervention, and enhance precision, consistency, and throughput throughout the assembly process. One of the primary ways automated assembly […]

Affecting the Flex PCB The flex pcb is a key component in many electronic devices, making it possible for manufacturers to produce curved displays and foldable devices that fit comfortably on the user’s wrist. It’s important for designers to understand the key factors that influence a flex pcb, so they can optimize their design to reduce manufacturing costs. The first […]

Thermal Interface Material Play in PCB Assys A key role that thermal interface material plays in pcb assy is providing a high-performance path between the heat-generating component and a heat sink or other cooling solution. TIMs fill the microscopic air gaps between the two surfaces, ensuring optimal heat transfer and significantly lower thermal resistance. They can also provide electrical isolation […]

Thermal Vias Enhance Thermal Management in PCBs Managing the temperature of a circuit board’s components is essential to ensure its operation and longevity. High power components generate a lot of heat, which, if not managed properly, can cause the board to overheat. This can be prevented by using a combination of cooling strategies, including a thermal pad and heat sink […]

Circuit Board Differ A circuit board is an essential part of any electronic device. The circuit board carries electrical connections from components to the rest of the device, and it also provides a protective layer for the internal components from external interference. Both traditional rigid PCBs and flexible PCBs perform this function, but they differ in the way that they […]

PCB Stiffeners Contribute to Overall Product Longevity Whether you’re manufacturing a bare flexible PCB or a rigid-flex board, stiffeners are integral to overall product longevity. These stiffeners hinder flexibility in select areas earmarked for integration into the final product and prevent wear that can negatively affect functionalities like electrical conductivity. They can also protect delicate components, ports, and breakable circuit […]