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PCB Design and Analysis
PCB (Printed Circuit Board) is quite a core in electronic products that it is applied in almost all appliances of different fields, from small to big, from computers, telecommunications to military hardware. Simply speaking, PCB plays a significant role in implementing functions of electronic products.
Nevertheless, it's never an easy task to design a circuit board and a lot of associations, between layers, components or circuitries, have to be properly dealt with. Our portfolio is one of the most used and trusted tools in the world for the design and analysis of PCBs and enabling the digital transformation of electronic system design.
PADS is an affordable, powerful, intuitive PCB design software used by engineers and their teams. With PADS you can take your electronic design from prototype to production in an easy-to-use environment- from the designer desktop to a connected cloud environment, empowering the future of collaboration.
A stackup that interacts with every high-speed signal on a PCB can be considered as the foundation for the entire board. Getting this foundation correct from the beginning of the PCB design phase is crucial for ensuring overall constraints like impedance and loss, board thickness, trace widths, and power distribution are met throughout the design process.
Z-planner Enterprise is a field-solver based PCB stackup planning and materials selection software that allows for complete control over the design and fabrication of a stackup. Including an accurate field solver, a loss-planning environment, and a complete dielectric materials library, Z-planner Enterprise seamlessly interfaces with the most popular signal-integrity software and facilitates communication with all your fabrication houses.
Increasing edge rates make performing accurate loss and impedance calculations using actual dielectric materials data imperative to getting the stackup right the first time. Modeling the stackup as it will be built avoids delays and surprises found after a design is released to fabrication, and early material selection allows fabricators ample time to ensure specialty materials are in stock, while ensuring that prototype and production PCBs are constructed the same.
