Streamline PCB Documentation
Watch BluePrint-PCB Perform Live
Automate PCB documentation while improving the transfer of instructions from design to assembly and manufacturing. High quality PCB documentation leads to fewer questions, fewer errors, and lower overall costs.
The Problem
Current tools and methodologies for creating PCB Documentation are outdated, and essentially workarounds, which are clunky, inaccurate, and error prone. The use of these rudimentary practices for PCB documentation is also highly time consuming, plus totally useless for ECOs.
The Solution
BluePrint-PCB was built specifically as a PCB documentation authoring tool. Use it to quickly create the documentation required to drive the PCB fabrication and assembly processes. BluePrint leverages the PCB CAD data to automatically create and intelligently link PCB Views, drill charts, parts lists, detail views, fabrication and assembly notes. Changes made in the PCB design are instantly updated throughout the drawing elements across all drawings and all sheets dramatically reducing time spent maintaining PCB documentation. BluePrint enables you to create quality, accurate and highly detailed PCB documentation in less time.
Details
What
Blue_print PCB Webinar
When
Wednesday the 11th of October 2017
Where
Online
Register
A systematic approach in identifying and removing underperforming parts of a heatsink will be presented. The approach entails examination of the FloTHERM predicted thermal bottleneck distribution within the heatsink geometry, removal of a small portion of the geometry where the thermal bottleneck is lowest, simulating the new bottleneck distribution and repeating the mass removal process.
Avoid Pad Cratering and Capacitor CrackingThis webinar will describe the various ways that cracked capacitors and pad cratering can occur, and how to identify the differences between thermally induced and mechanically induced cracked capacitors. Corrective actions for both manufacturing and design will be presented to help obviate these issues based on material selection and stress levels.