Marine
The growth of electronics and supporting electrical systems onboard demand a more sophisticated product development approach.
Increased Complexity and Integration Requirements
The extensive use of automated computer control systems for machinery controls, navigation, radars and passenger/crew safety systems, along with the return to electric propulsion systems, are just some of the stimuli for using new technologies; creating increased complexity and driving the requirement for integration management onboard. The majority of all boats now need some form of electrical integration, the extent to which is magnified as the size and complexity of the vessel increases. Additionally it is unlikely that all the equipment for any sized project will be sourced from a single manufacturer; this will mean that there are many electrical and electronic products working to different standards that need to communicate— and be connected together—all this involves a complex cabling network and panel design.
Higher Voltages
The increase in electrical power required to feed all these applications has also spurred a rise in higher voltages being transported around the vessel, which in turn, requires cabling that performs to the highest of safety standards. In addition; these compatibility, consistency and new technology challenges have driven the rise in international standards, which requires full traceability and documentation of electrical systems.
More Information:
- CR-5000 - Enterprise-wide modular PCB Design
- CADSTAR - Price / Performance PCB Design
- E³.series - Software Solutions for the Design of Electrical Wiring
- DS2 - Electrical & Electronic Engineering Data Management