15-Minute on-demand multimedia web casts covering the latest product developments.
Molex Power Integrity Engineering Power connector performance in a given application is becoming more critical due to increasing current demands. It’s also becoming increasingly more difficult to predict. Molex understands performance trade-offs and challenges and is leading the way in developing high current power products targeted to today’s most demanding applications.
Join Michael Bean from Molex for an 20 minute Webcast discussing power interconnect selection and key design considerations, including:
- Power density
- Thermal performance
- Contact reliability
- Contact material & design
- System performance curves
In less than 20 minutes, you’ll gain an understanding of how Molex EXTreme Power® Products are pushing the interconnect technology and packaging envelopes to offer designers more flexibility and greater power density options.
New Product Introductions –
Get the first word on new product launches, with product specs, data, videos, and more in a matter of minutes!
If your application calls for a switch product that’s reliable,customized and can stand up to the harshest environments,trust the world’s largest switch manufacturer – Molex. Our
capabilities cater to almost any industry, so we can work with you to create a fitting solution that meets your specific needs.
As the latest additions to the Molex Mini-Fit® product line, our new high-current, high-density
connectors are ideal for telecom, medical, industrial, computer and power supply applications.
The Mini-Fit Plus HCS (High-Current System) includes crimp terminals, headers and
receptacles that increase current power loads to up to 13A per circuit. In addition, this product
will allow for increased mating cycles. Plus, their patented design expands wipe lengths and
contact areas without changing the connector footprint. Our Mini-Fit RTC Reflow Temperature
Compatible headers feature a special housing made of LCP that can withstand solder-reflow
temperatures of up to 265º C. Learn how these systems can enhance your designs now.