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The PCB footprint defines the physical interface between each electronic component and the printed circuit board, providing essential information for the assembly and maintenance phases of the PCB,...
Over the years, the layout of printed circuit boards has become more and more complex, with an increasing density of components. This complexity is due on the one hand by the market demand for...
Digital PCB technology has come a long way in the field of Electronics, as innovations and developments fulfil the demands for faster, smaller and cheaper electronics devices and gadgets. Digital...
Apart from the electronics industry, various sectors employ technologies where the use of high-frequency components and PCBs are flourishing. PCBs station the circuit and provide a wide range of...
Compact low power devices have always been preferred, especially in automotive and smart wearables due to the consumer demand for high-tech functionalities in one package. Alongside, network...
As PCBs are the backbone of electronic circuitry, it is very important to make sure that they are mechanically operational at all times. PCBs also ensure proper connections between components and...
With betterment in the chip technology, PCB designs have gone through significant changes in terms of size and shape. These changes have led to exponential demand for optimum performance in a compact...
Regardless of its type (rigid, flexible, or rigid-flex), each printed circuit requires a physical support, also known as a substrate, on which to place the components and make the necessary...
The demand for multilayer printed circuit boards is growing. Small and fast device electronics have made multilayer PCB very popular. These types of printed circuit boards allow for unprecedented...
