In recent years, the design of Internet of Things products became a major topic of interest. But mostly when discussing IoT aspects, the focus is on the software/application and the business-model side, neglecting the fact that PCBs are the core of - almost - every IoT device, with dedicated requirements for the design and analysis process.

In this presentation, an EMC minded PCB design approach is presented, allowing designers to understand which EMC rules will apply to PCB projects and how EMC analysis capabilities can be utilized in the CAD flow to reduce the risk of EMC compliance failure once the board is manufactured.

DDR5 is the latest generation of memory. In this joint webinar with Keysight Technologies, we’ll begin with pre-layout simulation, then transition to CR-8000. The design will then be verified by Electromagnetic (EM) simulation and system simulations in Keysight ADS, in order to build confidence in the final DDR5 design.

This webinar will cover optimizing wire harness designs to meet targeted weight and cost objectives which is a complex and challenging task. One of the most time-consuming aspects is the consolidation of different data sources into one consistent representation.

This webinar will discuss the different release profiles from work-in-progress to a manufacturing-centric PLM system followed by the demonstration of best practices that can make the job easier and more reliable.

This webinar will cover the design of large electrical projects. A vital element of the design process is the tracking of nomenclature, device and cable functions, assignments and placement.

Design errors due to tolerance violations often lead to the expensive recall of vehicles and equipment. Detection and correction of these errors early in the design chain can eliminate downstream headaches.

Building on the webinar “Electrical and Fluid Engineering in the Internet of Things Era,” this webinar examines the specific requirements of the plant and machinery sector and shows examples of best practices.

With the growing number of digitally connected products and manufacturing processes in the wake of the Internet of Things, electro-mechanical engineering is becoming a key differentiator in the development of industrial machinery. This webinar examines the changing role of electrical and fluid engineering in product development

When selecting panel components, it’s often impossible to tell if they are correct until the manufacturing process begins. With a direct connection between the circuit diagram and panel layout such errors are recognized much earlier and thereby avoided.

This webinar follows our first webinar “Wire Harness Design Automation Basics I” where we have seen the logical part of the design process. Now we will look at the physical part of the wire harness design process.

This webinar covers the logical part of the wire harness design process consisting of creating the wiring diagram and the topology design.

The webinar will explore various points in the design flow where co-design of the FPGA or other programmable devices and board layout can take place

Repeating the same mistakes, missing key requirements, and failure to follow design guidelines all cost time and money. An engineering knowledge base that is tightly integrated with the PCB design process can be a key differentiator for your design team.