Rigid-Flex Material Considerations

Flex and rigid-flex designs refer to a PCB that is partially or entirely constructed using flexible rather than exclusively rigid…

new features for stackup planning

What’s New in Z-planner V2023.1

Z-planner V2023.1 builds on previous versions by enhancing rigid/flex useability, tighter integration with Xpedition and HyperLynx and the addition of more Mil-Aero materials to the dielectric materials library.

PCB Material Selection

6 material properties that can save you money when designing your PCB stackup

Introduction Stackup decisions are critical to every PCB and electronic product, but they don’t always get the attention that they…

stackup planning

What materials are used in PCBS?

As a fundamental component of electronic products, printed circuit boards (PCBs) appear in every electronic product. PCBs connect all kinds of components together, making the electronic products work in the way we expect them to. So what materials are used in PCBs? Let’s look at the PCB together.

Z-planner Enterprise PCB stackup tool

What’s New in Z-planner V2022.1

Creating the correct PCB stackup using the proper materials and then transferring that information to your fabricator is extremely important in the success of your PCB design.  Being able to “left-shift” this stage of your design process can add huge cost and quality savings into your entire design.

PCB material selection

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.

Z-planner Stackup design overview.

Practical advice on PCB stackup planning

The more technology advances, the more attention we must pay to every aspect of printed circuit board (PCB) design, including…