As electrification drives higher power demands, conventional connectors can struggle with resistance, reliability, and lifecycle performance. Join this webinar to learn how next-generation connector solutions can support higher current, lower contact resistance, and longer service life across demanding applications.
Overview
Electrification is accelerating, and this webinar explores the trends driving the growing demand for high-power connectors in a wide range of applications. These applications include warehouse automation (AGV/AMR), railroad transportation systems, AI data centers, C4ISR/vetronics power-distribution units (PDU) for defense applications, and advanced electronic tests and measurement systems such as semiconductor burn-in tests.
Next-generation connector solutions designed to deliver higher current-carrying capacity have been developed to address this growing demand. Discover their lower contact resistance, enhanced reliability, and superior lifecycle performance compared with conventional alternatives.
Key Takeaways
- Understand how high-power modular connectors are enabling electrification across diverse industries and applications.
- Learn how modular connector architectures simplify system design while providing greater flexibility and scalability.
- Discover innovative high-power contact technology that delivers proven improvements in electrical and mechanical performance.
Speaker
Joydip Sanyal is a Chartered Mechanical Engineer with 18-plus years of experience in the industry. He is currently responsible for providing strategic direction for product line development, product and technology roadmap creation, and market penetration.