Choosing the right laminate for your PCB design
A balanced approach to material selection involves understanding and considering more than just electrical parameters. In general, with dielectric materials, every parameter that improves performance comes at a marginal increase in cost. Because of this, ensuring that you don’t overdesign within your materials is quite important.
You Need to Control Your PCB Stackups!
Z-planner Enterprise contains all the tools you need to design and verify stackups on fast PCB designs. In addition to being able to calculate impedance and design valid stackups, you can run the field solver and perform cross-section analysis. And, it includes the industry’s largest dielectric materials library, including laminates. The result is a stackup design that will produce first-time-right results regardless of the fabricator.
PCB Stackup Design e-book
While not the final word on the subject of stackups, Bill’s e-book goes a long way to helping you plan ahead, providing an important voice in a space that is surprisingly lacking in content. I would also recommend exploring Z-planner Enterprise, a stackup tool that Bill has spent years developing. Now all you need is a sharp pencil.
How do you do PCB Stackup Planning?
Being able to quickly qualify materials based on your known electrical tolerances, and not upon the materials availability of your selected fabricator is key for efficient stackup design. This allows you to optimize the design around the available materials and take complete control of your stackup.
On-demand webinar: PCB Stackup Planning
See how material choices can make or break your design, and how to compare materials not just for the technical match, but for selecting the best material at the best value. You will also learn how today’s (and tomorrow’s) high speed circuits have brought new considerations into stackup design such as copper surface roughness and glass-weave skew.