Search: in
Gunning Transceiver Logic
Gunning Transceiver Logic in Dictionary Dictionary
  Tutorials     Encyclopedia     Videos     Books     Software     DVDs  
       
Dictionary results for: Gunning Transceiver Logic

Gunning Transceiver Logic


Gunning Transceiver Logic

Gunning Transceiver Logic




Source: The Free On-line Dictionary of Computing (26 July 2010)

	Gunning Transceiver Logic
GTL

    (GTL) A
   standard for electrical signals in CMOS circuits used to
   provide higher data transfer speeds with smaller voltage
   swings [compared with what?].

   The GTL signal swings between 0.4 volts and 1.2 volts with a
   reference voltage of about 0.8 volts.  Only a small deviation
   of 0.4 volts (or thereabouts) from the reference voltage is
   required to switch between on and off states.  Therefore, a
   GTL signal is said to be a low voltage swing logic signal.

   Gunning Transceiver Logic has several advantages.  The
   resistive termination of a GTL signal provides a clean
   signalling environment [what?].  Moreover, the low terminating
   voltage of 1.2 volts results in reduced voltage drops across
   the resistive elements.  GTL has low power dissipation and can
   operate at high frequency and causes less electromagnetic
   interference (EMI).

   GTL/BTL: A Low-Swing Solution for High-Speed Digital Logic
   (http://edtn.com/scribe/reference/appnotes/md003ecc.htm).

   (2000-01-16)

	

Matching Word(s)
Gunning

Transceiver

Logic





Search Dictionary :



Search   in  
Search for Gunning Transceiver Logic in Tutorials
Search for Gunning Transceiver Logic in Encyclopedia
Search for Gunning Transceiver Logic in Videos
Search for Gunning Transceiver Logic in Books
Search for Gunning Transceiver Logic in Software
Search for Gunning Transceiver Logic in DVDs
Search for Gunning Transceiver Logic in Store





Powered by dict.org
Advertisement




Gunning Transceiver Logic in Dictionary
Gunning Transceiver Logic top Gunning Transceiver Logic

Home - Add TutorGig to Your Site - Disclaimer

©2011-2013 TutorGig.com. All Rights Reserved. Privacy Statement