Constraint Driven Design - Overview

It’s easy to request and register for the latest version of the OrCAD free trial from the its website

Use IPC 2581 to exchange Stack up information. Utilize already existing database stack up for new designs to reduce repetitive manual efforts and human error.

Setting up manufacturing design checks from the beginning helps you easily identify and eliminate any potential issues before they cost you time and money.

Working with your manufacturer and setting up your fabrication, assembly and testing checks from the beginning can help you easily identify and avoid any unexpected problems before they disrupt your p

Identifying potential problems before you finish the design and before you begin the manufacturing process helps reduce costs and eliminate added expenses.

Learn how to utilize blind, buried and micro vias to save space and pack power in a more compact HDI design.

Easily streamline your documentation process and convey everything needed for error-free manufacturing.

The web based DFM Partner Program lets you easily communicate and request custom manufacturability rules from leading manufacturers for your designs, saving you time.

High-speed designs are vulnerable to problems such as reflection and ringing, so it’s important to simulate your designs and nip any issues in the bud.

Ensure that all your high-speed requirements are met by setting up constraints to flag any signal integrity issues and quickly optimize your PCB design.

Set up your Design for Test constraints to find potential defects/functionality issues and produce more reliable products.

Through proper component placement, you can improve design performance, lower costs and shorten time to market.

Learn how you can create a reuse module from the completed circuitry and save it to your library for future use.

Extensive design for manufacturability rules coexist with all other design rules in the constraints manager. In total, there are over 200 checks available. Adding a new rule is easy; just find th