WEBINAR: Optimize Your IC Design Cycle with TR Multicoax
Title:
How a Breakthrough Multicoax Cable Assembly Lets Engineers Test Cleanly out to 70 GHz, Reduces Components on PCB, and Costs Less.
Description:
Engineers designing high speed electrical devices are often faced with the challenge of implementing complex solutions on small or overpopulated printed circuit boards requiring multiple individual cables and connectors to get signals off boards and out to instrumentation. Oftentimes, the testing process alone is cost-prohibitive because components need to be soldered to a board, rendering them “one-time use” only. Additionally, layout of these solder down components can be a cumbersome time-consuming process, resulting in longer lead times and increased costs. However, as important as it may be to engineers to have an easy-to-use testing solution it is paramount that the testing solution offers the highest AC performance while pushing bandwidth barriers, and ensures reliability of the finished solution.
Please join Gordon Vinther, Chief Technology Officer, from Ardent Concepts as he introduces you to the TR Multicoax Series, the first solderless compression mount multicoax assembly solution with superior performance to 70 GHz. The TR Multicoax allows engineers to more easily and efficiently design and test multiple, high speed connections in a more cost effective manner.
Participants will:
• Learn how a solderless system eliminates signal distortion and thus it allows for clean signal integrity with high bandwidth.
• Hear how a solderless assembly allows for connectors to be re-used, eliminating waste and allowing for a quicker and more efficient testing and design process
• Understand how the TR Multicoax implementations utilize industry “best practices” to ensure reliable results with each mate and de-mate
• See where the TR Multicoax can result in cost savings: from lower upfront costs to field replaceable components to tiered series offerings dependent upon customer frequency requirements
• Review case studies of real-life successful implementations across a variety of industries
source
