wiring hubs - significado y definición. Qué es wiring hubs
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Qué (quién) es wiring hubs - definición

CIRCUIT LAYOUT STYLE IN COMPUTER ENGINEERING
Right-angle wiring; Right angle wiring

On-premises wiring         
CUSTOMER-OWNED TELECOMMUNICATION TRANSMISSION OR DISTRIBUTION LINES
Inside wiring; Customer-premises wiring; Customer premises wiring; On premises wiring; Premises wiring
On-premises wiring (customer premises wiring) is customer-owned telecommunication transmission or distribution lines.[tsp.
Electrical wiring         
  • Wiring layout plan for a house
  • Busbars for distributing [[protective earth]] (ground)
  • Bare copper
  • Black
  • Dark Blue
  • Brown
  • Green
  • Green/Yellow
  • 80px
  • Light Blue
  • Orange
  • Red
  • White
  • Yellow
  • rockwool]] on the bottom, for a 2-hour [[fire-resistance rating]].
  • rockwool]] on the bottom. Raceways are used to protect cables from damage.
  • Colour-coded wires in a flexible plastic [[electrical conduit]] found commonly in modern European houses
  • electrical service room]] at a paper mill in [[Ontario]], Canada
  • Installing electrical wiring by "chasing" grooves into the masonry structure of the walls of a building
  • Lead-cased electrical cable from a circa 1912 house in southern England. Two conductors are sheathed in red and black rubber, and the central earth wire is bare. These cables are dangerous because the sheath is prone to split if repeatedly flexed.
  • Diagram of a simple electrical cable with three insulated conductors, with IEC colour scheme.
  • Copper sheathed mineral insulated cables at a panel board
  • A [[cable tray]] can be used in stores and dwellings
  • US single-phase residential power distribution transformer, showing the two insulated "Line" conductors and the bare "Neutral" conductor (derived from the earthed center-tap of the transformer). The distribution supporting cantenaries are also shown.
  • Knob-and-tube wiring (the orange cable is an unrelated extension cord)
  • Terminal blocks for joining aluminium and copper conductors. The terminal blocks may be mounted on a [[DIN rail]].
ELECTRICAL INSTALLATION OF CABLING AND ASSOCIATED DEVICES SUCH AS SWITCHES IN A STRUCTURE
Wiring; Building wiring; Electric Cable; Non-metallic cable; Electrical wire; Electric wire; Electrical services; AS/NZS 3000; Enameled Cooper Wire; Electrical Wire; Electrical wires; Electric wires; Branch circuit; Live wire (electricity); Electric wiring; Wire color; Electrical cables; Rewiring; Consumer mains wiring; Consumer Mains Wiring; Wire color code; Live terminal; Live terminals; Electrical cabling; Electric cabling; Electricity cable; Electricity cabling; Electricity wiring; Electricity wire; Non-metallic sheathed cable; Cloth-insulated wiring; Electrical wiring rule; Electrical installations; Electrical installation; Electrical Installation; Color coding of electrical wiring; Electric installations; Wiring Rules; Interwiring
Electrical wiring is an electrical installation of cabling and associated devices such as switches, distribution boards, sockets, and light fittings in a structure.
wiring         
  • Wiring layout plan for a house
  • Busbars for distributing [[protective earth]] (ground)
  • Bare copper
  • Black
  • Dark Blue
  • Brown
  • Green
  • Green/Yellow
  • 80px
  • Light Blue
  • Orange
  • Red
  • White
  • Yellow
  • rockwool]] on the bottom, for a 2-hour [[fire-resistance rating]].
  • rockwool]] on the bottom. Raceways are used to protect cables from damage.
  • Colour-coded wires in a flexible plastic [[electrical conduit]] found commonly in modern European houses
  • electrical service room]] at a paper mill in [[Ontario]], Canada
  • Installing electrical wiring by "chasing" grooves into the masonry structure of the walls of a building
  • Lead-cased electrical cable from a circa 1912 house in southern England. Two conductors are sheathed in red and black rubber, and the central earth wire is bare. These cables are dangerous because the sheath is prone to split if repeatedly flexed.
  • Diagram of a simple electrical cable with three insulated conductors, with IEC colour scheme.
  • Copper sheathed mineral insulated cables at a panel board
  • A [[cable tray]] can be used in stores and dwellings
  • US single-phase residential power distribution transformer, showing the two insulated "Line" conductors and the bare "Neutral" conductor (derived from the earthed center-tap of the transformer). The distribution supporting cantenaries are also shown.
  • Knob-and-tube wiring (the orange cable is an unrelated extension cord)
  • Terminal blocks for joining aluminium and copper conductors. The terminal blocks may be mounted on a [[DIN rail]].
ELECTRICAL INSTALLATION OF CABLING AND ASSOCIATED DEVICES SUCH AS SWITCHES IN A STRUCTURE
Wiring; Building wiring; Electric Cable; Non-metallic cable; Electrical wire; Electric wire; Electrical services; AS/NZS 3000; Enameled Cooper Wire; Electrical Wire; Electrical wires; Electric wires; Branch circuit; Live wire (electricity); Electric wiring; Wire color; Electrical cables; Rewiring; Consumer mains wiring; Consumer Mains Wiring; Wire color code; Live terminal; Live terminals; Electrical cabling; Electric cabling; Electricity cable; Electricity cabling; Electricity wiring; Electricity wire; Non-metallic sheathed cable; Cloth-insulated wiring; Electrical wiring rule; Electrical installations; Electrical installation; Electrical Installation; Color coding of electrical wiring; Electric installations; Wiring Rules; Interwiring
n.
1) defective, faulty wiring
2) electric wiring

Wikipedia

Manhattan wiring

Manhattan wiring (also known as right-angle wiring) is a technique for laying out circuits in computer engineering. Inputs to a circuit (specifically, the interconnects from the inputs) are aligned into a grid, and the circuit "taps" (connects to) them perpendicularly. This may be done either virtually or physically. That is, it may be shown this way only in the documentation and the actual circuit may look nothing like that; or it may be laid out that way on the physical chip. Typically, separate lanes are used for the inverted inputs and are tapped separately.

The name Manhattan wiring relates to its Manhattan geometry. Reminiscent of how streets in Manhattan, New York tend to criss-cross in a very regular grid, it relates to appearance of such circuit diagrams.

Manhattan wiring is often used to represent a programmable logic array.

Alternatives include X-architecture wiring, or 45° wiring, and Y-architecture wiring (using wires running in the 0°, 120°, and 240° directions).