Batch Creation of Pin Pairs in CR-8000

Tech Tip: Batch Creation of Pin Pairs in CR-8000

Menu

Creating pin pairs in the Constraint Browser is fine for one or two nets at a time, but if you want to create pin pairs for a whole design, I recommend using an easy, single-step macro.

Pin pairs of nets other than power/ground nets can be created using a macro command. Pin pairs are needed in the Constraint Browser to obtain values such as “measured route length” and “Manhattan ratio.”

From the macro command, type the following: (cnew allsignalnetpinpairs)

Brian Gilman
Brian Gilman
Applications Engineer
Brian Gilman is an applications angineer, supporting customers with CR-8000/CR-5000 training and consulting. He works directly with the customers on a daily basis helping them work through the technical challenges they face. He loves to ski and must be on the first chairlift in the morning to lay down the first tracks on fresh powder.
Reuse of Schematic and Layout Modules in PCB design
  • Webinar
April 12, 2024
Dealing with Component Obsolescence in PCB Design

This webinar will demonstrate how Zuken's CR-8000 Enterprise PCB Design System automates updates and redesigns in response to component obsolescence. Learn how to identify affected modules, update designs with a schematic module library, and intelligently assist layout modifications.

REGISTER
Live Webinar on June 11, 11 am CEST
Figure-5-serdes-link-simulation-1024x474-1-510x310
  • Webinar
July 12, 2022
Analysis and constraint-driven PCB Design with CR-8000 using analysis of SerDes

Using the example of the analysis of SerDes transmission paths such as PCI Express, SATA or USB3, we explain the methodology of an analysis- and constraint-driven assembly development with CR-8000 Design Force.

Watch Now
ECAD Migration
  • Webinar
July 11, 2022
Electro Mechanical Design for Electronic Engineers:​ ECAD-MCAD Collaboration with CR-8000​

With its support of 3D, CR-8000 Design Force offers the possibility of validating PCB designs against the mechanical envelope. In this session you will learn how to use formats such as IDX and JT in Design Force or, alternatively, how to import native 3D data from various MCAD systems.

Watch Now
A stylized graphic of a circuit board with a central chip, representing high-speed data transfer and LPDDR4 memory design
  • Blog
December 13, 2021
High Speed Design Demystified: LPDDR4 Design Explained

A trend towards low power design prevails in the electronics industry today and is not likely to change in the near future. This development is driven by many reasons but primarily by the performance and storage density demands of mobile devices, where a reduction of the power consumption is crucial to extending battery life without sacrificing the bandwidth. This comprehensive guide helps you mitigate LPDDR4 Design.

Read now