High inrush currents can be demanding for switching solutions. We have managed to offer a solution to the problem with our new DW-YL relay. This is our newest Panasonic latching relay, which we are also highlighting in the course of the presentation.
Overview
High inrush currents are demanding for switching components. They occur in a broad variety of applications at end customers. We are providing a solution to this topic and want to highlight our latest released component the DW-YL relay. This is a state of the art latching relay which can handle up to 320A for 1.2ms.
In the course of the webinar we are not only looking at the inrush capabilities but also at the topic latching relays in general.
Key Takeaways
- High Inrush currents, occurence and applications
- Problems in handling this currents and solutions
- Efficient switching and latching relays, a switching solution for the future
Speaker
Florian Becker is Product Manager at Panasonic for Polarized Power Relays and PF Relays. Is affiliated with EMECH Components since more than a decade. His profession at Panasonic started as an application engineer and product coordinator for switches and connectors. Customer's could benefit from his expertise in switching and experience at all intricacies related to electromechanical switching. Since 2022 he could translate this experience into the job as a Manager for Polarized Power Relays. A key component for switching and conducting loads up to 50A - according to Panasonics current portfolio.