Balancing connectivity priorities in mobile medical equipment

Connectivity is at the core of the devices transforming healthcare, yet interconnects are often an afterthought. Selecting the right connectors in the initial design process supports better overall performance and functionality.

Source: Adobe Stock

Medtech designers face some of the toughest design challenges in the electronics industry. Portable medical devices must be compact and lightweight enough to be moved easily, while tolerating the vibration, shock, and impact of frequent transport. Because these products operate within a larger network of connected devices and systems, electromagnetic interference (EMI) and interoperability should also be considered early on in the design process.

In addition to the usual design considerations like size, torque, pin count, and locking mechanism, connectors used in medical devices must withstand moisture, dust, chemicals, and high temperatures. They must be …

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How to design for connectivity in portable medical devices

An EMT prepares to use an automated external defibrillator (AED). [Image: Adobe Stock]

Connectivity is at the core of the devices transforming healthcare, yet interconnects are often an afterthought. Selecting the right connectors in the initial design process supports better overall performance and functionality.

Medtech designers face some of the toughest design challenges in the electronics industry. Portable medical devices must be compact and lightweight enough to be moved easily, while tolerating the vibration, shock, and impact of frequent transport. Because these products operate within a larger network of connected devices and systems, electromagnetic interference (EMI) and interoperability should also be considered early on in the design process.

In addition to the usual design considerations like size, torque, pin count, and locking mechanism, connectors used in medical devices must withstand …

Read more
  • 0