Modularity in RF Systems: An Overview of the O-Ring 50Ω Hermetic Feedthrough

Webinar

Explore the transformative potential of the O-Ring 50Ω Hermetic Feedthrough (oHFT) in our upcoming webinar focusing on applications where hermeticity is crucial to high-speed signal transmission. Amphenol Ardent Concepts is inviting you to attend a brief 30 minute webinar reviewing the many features and benefits provided by our oHFT. Key Takeaways: • Leak-Proof Reliability: Amphenol […]

Introduction to SK Series Sockets Webinar

Webinar

Join us for a free 30 minute introduction to Ardent Concepts' SK Family of Sockets. This webinar will cover some of the most important benefits of using Ardent Concepts' unique SK Family of test socket solutions when designing and developing next generation electronics. Who should attend: Engineers looking to characterize and test high speed RF […]

Introduction to CA Series Connectors and Interposers Webinar

Webinar

Join us for a free 30 minute introduction to our CA Series where you will learn the key features and benefits of the highest density, high speed, connectors and interposers on the market! Key Takeaways from this Webinar: Learn about the benefits of high speed high density connectors and the variety of scalable form factors […]

Introduction to CA Series Connectors and Interposers Webinar

Webinar

Join us for a free 30 minute introduction to our CA Series where you will learn the key features and benefits of the highest density, high speed, connectors and interposers on the market! Key Takeaways from this Webinar: Learn about the benefits of high speed high density connectors and the variety of scalable form factors […]

Introduction to CA Series Connectors and Interposers Webinar

Webinar

Join us for a free 30 minute introduction to our CA Series where you will learn the key features and benefits of the highest density, high speed, connectors and interposers on the market! Key Takeaways from this Webinar: Learn about the benefits of high speed high density connectors and the variety of scalable form factors […]