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1 Introduction
Application demands, basic backplane considerations,
and how to use this guide.
2 Backplane Protocols Descriptions of different backplane bus protocols,
including PCI- and VME-based protocols.
3 Backplane Architecture
Topics relevant to backplane configuration, including parallel versus
serial configuration and different configuration topologies and timing
architectures
4 Backplane Design Considerations
Issues relevant to backplane layout, including distributed
capacitance, transmission line effect, stub length, termination, and
throughput.
5
Backplane Signal Driving
and Conditioning
Signal driving and conditioning, including power consumption,
rise/fall time, propagation delay, flight time, device drive, pin conditioning,
live insertion, and incident wave switching.
6 Noise, Cross-talk, Jitter,
Skew and EMI
A review of the enemies of signal integrity and high frequency.
7 Transceiver Technologies
Detailed information about the following technologies:
TTL-based (ABT, FCT, and LVT); ECL; and GTLP.
8 Mechanical Considerations Information about mechanical considerations such as backplane
chassis/cages and connectors.
9 Layout Considerations
Physical layout of the receiver and driver cards plugged into the
backplane, primarily focusing on construction of the physical
layer and the configuration of the devices that comprise the |
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eetop公众号
创芯大讲堂
创芯人才网
发表于 2008-5-5 08:48:15
