TITLE

circuit trace

PUB. DATE
April 2016
SOURCE
Computer Desktop Encyclopedia;Apr2016, p1
SOURCE TYPE
Encyclopedia
DOC. TYPE
Reference Entry
ABSTRACT
The copper lines (sometimes aluminum) on a printed circuit board (PCB) that allow electricity to flow between electronic components. See wire trace.
ACCESSION #
114214389

 

Related Articles

  • copper trace.  // Computer Desktop Encyclopedia;10/1/2011, p1 

    See circuit trace.

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    See circuit trace.

  • Current and CONDUCTORS. Jouppi, Michael // Printed Circuit Design & Manufacture;May2003, Vol. 20 Issue 5, p26 

    Focuses on the influence of current and conductors on the electrical traces in circuit boards. Consideration of the thickness of copper to determine the width of a trace; Effects of current on the temperature rise of conductors; Change in the temperature of the circuit boards.

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    Physical wires soldered between wire traces on a prototype circuit board. The more green wires found on such a board, the more errors found in the original printed circuit design. See wire trace.

  • green wires.  // Computer Desktop Encyclopedia;2015, p1 

    Physical wires soldered between wire traces on a prototype circuit board. The more green wires found on such a board, the more errors found in the original printed circuit design. See wire trace.

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    Traces the history of the urban circuit play. Source of drama in early black churches; Definition of an urban circuit play; Elocutionary style of the traditional black preacher.

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    Offers tips on the prevention of short circuit in the turret power harness at the rear of M109A2-A5 howitzer. Tracing of short circuit on the turret power harness; Cause of short circuit in the howitzer.

  • When logic switches too fast. Johnson, Howard W.; Engelke, Roger // Electronic Design;7/08/96, Vol. 44 Issue 14, p64Z 

    Describes the problems associated with fast switching digital logic circuits. Unterminated logic traces; Continuous improvement of switching speeds; Suggestions.

  • Prevent PCB Problems In ISM-Band Designs. Stoehr, Martin // Microwaves & RF;Feb2011, Vol. 50 Issue 2, p69 

    The article offers ways on how to avoid printed-circuit board (PCB) problems in the designs of industrial-scientific-medical (ISM) bands. It says that a ground plane under a circuit trace is an ideal low-impedance path for return currents, which serves as a placement that limits circuit loop...

  • Back to Basics Part 14 -- Conductor Routing Concerns. Fjelstad, Joe // CircuiTree;Mar2007, Vol. 20 Issue 3, p46 

    The article focuses on the basics of circuit trace design. It discusses the actual layout and physical issues associated with metal circuit patterns. The author cites the need for the designer to attempt to keep to a minimum the number of circuit or trace crossovers in the circuit layout which...

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