Overview:
TCA and uTCA are getting popular in today's infrastructure systems. We see an increasing number of designs with bus supporting multiple daughter cards. The first Hot-swap control chip was introduced to reduce the inrush current when plugging a card into the backplane. Now, the hot-swap technology is far more mature. In this seminar, we will discuss how the control scheme affects hot-swap reliability, stability and overall cost. Also, weˇŻll show you some test waveforms to demonstrate how an intelligent current-power limit combined technology helps with hot-swap interface design.
Length: 24 minutes
Published Date: December 2008
Topics covered in this online seminar include:
- The Hot Swap Circuit
- Hot Swap Controller Functions and Applications
- Application Examples & Issues
- How to Solve Inductive Spike
Presenter: Ken Yeap,
Field Application Engineer
Ken Yeap, Field Application Engineer, is responsible for design applications and customer technical issues in Malaysia and the Philippines. Mr Yeap has more than 5 years of work experience in the electronics industry, of which he has spent 3 years on design and trouble-shooting of consumer electronic products in Sony. Prior to joining National, he has worked for an electronics distributor as FAE. Mr. Yeap holds a Bachelor degree in Electrical Engineering, with a major in Telecommunications Engineering, from the University of Technology Malaysia.
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