Infographics

Trust our Nearshoring Transfer Process to mitigate rising labor costs and reduce supply chain disruptions for your critical medical device products. This proven process has helped improve quality, reduce shipping and transportation costs, shorten the turnaround time for product development, and give greater supply chain control to customers.

If you’ve never worked with one before, interconnect diagrams can appear confusing and complex. So, we created the infographic below to help demystify interconnect diagrams and provide a starting point for understanding the different components and configurations that make them work.

Download this infographic to better understand the difference between interconnect diagrams today.

As a designer or engineer of electronics, there will come a time to find out whether the connectors are the weak point in the design or whether you have chosen the correct contact mechanism to ensure the best connection.

Identifying whether an interconnect is an OTU, a High Cycle Life or a Permanent connector will partially dictate what type of contact mechanism would be ideal for a project, but there are many more factors to consider when picking the right mechanism for you and your application. With this table, we’ve done some of that research for you. You’ll be able to compare and contrast a variety of contact mechanisms, how much they may cost, reliability with numerous matings and un-matings, and so forth.

When building a home, you have to have the blueprints. Have a marketing project you need to do? A creative brief is what you are looking for. Before starting an interconnect project, there are a number of things you—and we—need to know to kick off a seamless, successful project. This checklist outlines a handful of data points you need to have—and engineers need to know—to deliver the best connection for you and your project.

The need for standards regulating electronics design is paramount to the safety and market acceptance of electrical products worldwide. Compliance with IEC 60601 and IEC 60512 is a necessary requirement for commercial electrical medical equipment in many countries. However, compliance and testing can be tricky to navigate. This paper outlines how, with an experienced engineering team, your organization can achieve compliance and prepare your medical device for market success.