PREEvision

Capital Logic Designer is a powerful graphical and design-management environment for authoring both logical connectivity designs (signals) and physical wiring designs (wires, splices, multicores, etc.). This advanced tool lets engineers quickly and robustly develop logical electrical designs. It supports platform-level electrical design and visualization, simplifying design changes and decision-making through direct navigation between wiring and topology abstractions. The tool automates and controls design tasks using rules-driven device placement and wire routing, with naming conventions, design rule checks, and templates that can be defined and automatically applied. It also provides early indications of wire routing, bundle diameters, and harness complexity, allowing wire lengths to be back-annotated to support accurate voltage-drop, weight, and other types of analyses.

Today’s electronic designs are becoming increasingly complex, making it harder to detect errors that generate high costs and hundreds of work hours. Detecting these errors in advance can be instrumental in preventing these damages. Unfortunately, in many cases, these errors are discovered only in the testing phase or at the customer’s site. BQR’s CircuitHawk is a powerful and unique (patent based) design error detection and stress analysis tool for electrical circuits. CircuitHawk detects design errors during the design phase, before layout and production. This way, no schematic, connectivity or stress errors are found in the qualification tests during final verification. CircuitHawk shortens design cycles and time to market, which in turn saves a lot of money and helps bolster corporate reputation. CircuitHawk is the only tool integrating design error detection with electrical stresses, thermal, MTBF and service life prediction at the schematic level, before PCB layout and production.