Guide For Engineers To Create INNOVATIVE, MANUFACTURABLE PCBs

Navigating modern PCB design can feel overwhelming. From CAD tools to supplier selection, Part 1 of this series offers actionable insights to simplify your journey.

- RONAK DESAI, SANTHOSH RANGASAMY

The author, RONAK DESAI, works at Infineon as the System Hardware Application Director.

With over 22 years of experience in the Embedded Industry, he specialises in the design and development of embedded products and set-top box applications. His expertise encompasses microprocessor/ microcontroller/RF and Wi-Fi-based products

The author, SANTHOSH RANGASAMY, works at Infineon. He has over 15 years of experience in PCB layout designing and package design, PCB 3D layout simulation, DFM, DFA & DFT for PCB.

The printed circuit board (PCB) industry continues to expand and evolve, with designers now facing heightened challenges postCovid, including component end-of-life issues and supply chain uncertainties.

The demand for flawless, first-attempt designs has never been higher.

This series is designed to guide PCB engineers in creating innovative and manufacturable designs while navigating the complexities of modern product development. For those new to PCB design or with limited experience, understanding the principles of 'Designing for Reality' is critical. This approach emphasises robust methodologies that ensure reliability, manufacturability, and compliance with diverse design requirements.

Success depends on meticulous attention to detail. PCB design is shaped by unwritten rules, best practices, and varying manufacturer-specific requirements. Visiting manufacturing facilities is a valuable step towards grasping the nuances of board production, which can differ significantly depending on the classification and design specifications.