Wave transmission lines and networks – Dissipating terminations for long lines – Fluid-cooling
Patent
1999-05-27
2000-05-30
Tokar, Michael
Wave transmission lines and networks
Dissipating terminations for long lines
Fluid-cooling
333124, H01P 126
Patent
active
060695390
ABSTRACT:
A system for the distribution of VTT termination voltage for a GTL bus system includes a plurality of GTL signal lines, a plurality of first termination resistors, and a plurality of second termination resistors. The GTL signal lines have a first end and a second end. The resistors have a signal end and a VTT end. The first end of the signal line is connected to the signal end of the first resistor. The second end of the signal line is connected to the signal end of the first resistor. A plurality of nodes are formed from the VTT ends of the first and second resistors. These nodes may be formed in many different ways, and in many different numbers. The nodes are each driven with a separate VTT supply, and the nodes are interconnected such that a failure in the power supply furnishing power to one node does not affect the other nodes, and does not affect the operation of the system consuming this VTT voltage.
REFERENCES:
patent: 5023488 (1991-06-01), Gunning
patent: 5677651 (1997-10-01), Crane
patent: 5945886 (1999-08-01), Millar
AN-1065, National Semiconductor, Santa Clara, CA.
AN-1070, National Semiconductor, Santa Clara, CA.
AN-1094, National Semiconductor, Santa Clara, CA.
GTLP16612, National Semiconductor, Santa Clara, CA.
JEDEC JESD8-3, Electronic Industry Assn, Arlington, VA.
Camerlo Sergio D.
Sanders David K.
Chesavage Jay A.
Cisco Technology Inc.
Tokar Michael
Tran Anh
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