For any electronics product, printed circuit board (PCB) forms the basic foundation for interconnecting and packaging. PCBs are used to mechanically support and electrically connect electronic components using conductive pathways, tracks or signal traces etched from copper sheets laminated on a non-conductive substrate. PCBs are also referred to as printed wiring boards (PWBs), or etched wiring boards, which have evolved over the years from uncomplicated single- and double-sided plated-through-hole (PTH) to become multi-layered PCBs.
The fortunes of the PCB industry depend on the health of IT, telecom, automobile, electronic gaming and consumer electronics. Due to the rapid growth of the electronics industry worldwide, the global PCB market has witnessed a remarkable growth over the last two decades.
Japan and Asia-Pacific collectively contribute a major share to the global PCB market. Amongst Asian countries, India and China are central to the growth of the PCB industry, thanks to the rapid expansion of electronic manufacturing bases. This growth is triggered by the shifting of production activities and facilities of key multinational players in these countries.
The demand from automotive electronics segment drives a positive outlook for the PCB market over the next few years. As electronic components account for a fair portion of the overall value of materials consumed in cars’ production, the stage seems to be well set for robust growth in the PCB market in near future. “Without PCB, we can’t expect any electronic circuit. Since a PCB provides physical support as well as interconnections between different electronic components, there exist great opportunities as well as very good growth in this field worldwide.
PCB designers are key persons in research and development (R&D), electronics production units as well as in the PCB industry. A PCB designer’s job comes with a lot of responsibilities. Nowadays it’s not only about making interconnections between electronic components but also understanding the functioning of the circuit. It is often observed that a circuit which functions well when assembled over a bread board may or may not function properly over a poorly designed PCB layout. Depending upon the complexity of the circuit or PCB it may take two to three days for system engineers to locate and rectify the problems.
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