current carrying capacityの例文

• Knob-and-tube wiring can be made with high current carrying capacity.
• :If it is a good insulator, there will be no change in the current carrying capacity.
• Almost all characteristics of conductors, resistance, current carrying capacity etc . are independent of the physical dimensions of the conductor.
• However, Aluminum has lower cost for the same current carrying capacity and is the primary metal used for transmission line conductors.
• In 2015 researchers announced a new electrolyte completely eliminates dendrites and promises to increase battery efficiency and vastly improve current carrying capacity.
• How is the current carrying capacity of a wire afected by it being a single strand wire or a multi-strand wire?
• Kainaw . . . I am curious to know how the insulator "'reduces "'the current carrying capacity?
• Where more current carrying capacity is required, such as between generator sets and distribution boards, VEAM Powerlocks or Camlocks may be used.
• In practical terms, a low effective mass leads directly to high carrier mobility, favoring higher speed of transport and current carrying capacity.
• Large diameter copper wire can and does replace aluminum wire where high current carrying capacity is needed or where there are problems with complex geometry.
• Copper is much heavier than aluminum for conductors of equal current carrying capacity, so the high tensile strength is offset by its increased weight.
• I have no idea how you would estimate the electrical resistance of such a conductor, but think it would be inconveniently high, and so the current carrying capacity would be uselessly low.
• Different combinations of contact blade widths, shapes, orientation, and dimensions create non-interchangeable connectors that are unique for each combination of voltage, electric current carrying capacity, and grounding system.
• For circuit integrity cables, one simply uses a full scale wall panel test, loops the cables through the fire, energises the cables and quantifies the current carrying capacity of the cables during the fire.
• However, both schools of thought came to the same conclusion-the current carrying capacity ( regardless of signal interference ) is only affected by insulation when you are handling extremely high currents-in which case the wire heats up and becomes resistant to current.
• Heat is in fact the only limiting factor in the current carrying capacity of a wire although a rule of thumb in elec eng is a max current density of 1000A / cm ^ 2 . ( or 10A / mm ^ 2 ) . So using this current density your cable could carry 60A and still be within the ( IMO arbitrary ) limit.
• The protected area was estimated to have a current carrying capacity to sustain 27 cheetah, which could be enhanced to over 32 individuals by addition of some more forested areas ( 120 km 2 ) to the Kuno Sanctuary and managing the surrounding 3, 000 km 2 establishes itself within the sanctuary, dispersers would not preclude the reintroduction of the Asiatic lion once the cheetah population is established and the two introductions would complement each other.
• When i take a normal conduucting wire with a plastic insulation on it, and connect it in a circuit, does the insulation affect the current carrying capacity of the wire ? i mean to say in one case if i apply a potential to it and suppose with the help of an ammeter find that lets say 10 amps of current is flowing through it . . . . and in another case if i take the same conducting wire but this time without the insulation coating, will more current flow ? like does the insulating material affect the current conducting capacity of the wire ? i know we might get a shock if there was no insulation . . . . but is this phenomenon possible ? will more current flow ? and if it will then how can i design an elaborate practical experiment . . . i mean for my project i need to take experimental readings and collect the numeric data . . . . so how do i design the circuit?