Mass Termination
Terminating flat cable is done with the entire group of conductors as
a unit which is more efficient than working with individual conductors
at one time.
Reliability
The simplicity of flat cable e with its parallel conductor geometry eliminates
many of the common sources of wiring error and malfunction. Registration
f the conductors is one-to-one with the terminating connector or board
so that proper contact assignment is almost automatic.
Space and Weight Reduction
The use of flat cable often eliminates much of the conventional round
wire weight and bulk. Such things as redundant insulation materials,
filler and tapes are not required. In addition, the composite flat
cable construction is so mechanically strong that it is not necessary
to have large conductors for strength. The copper cross-section
can thus be reduced to that required to carry the current load or to satisfy
voltage drop requirements.
Flexibility
Flat Cable is extremely flexible when bent in the plane of its thin cross-section.
This flexibility has been utilized in applications where continuous or
high flexing is necessary. e.g.: drawers, doors, rotating arms etc
Greater Strength
Strength is enhanced by the fact that tensile loads are equally shared
by all conductors and insulation together.
Consistent Electrical Characteristics
Because the conductor spacing is fixed and the geometry of the cable
is constant, the electrical characteristics, such as impedance, capacitance,
inductance, time delay, cross-talk, and attenuation are consistent.
Great Carrying Capacity
Flat cables have greater surface-t-volume ratio than their round cable
counterparts,, consequently having higher efficiency in dissipating heat,
This allow for higher current level for a given temperature rise and conductor
cross-section.
Reduced Skewing Effects
Due to the conductors having the exact physical and electrical length,
along with a continuos and consistent dialectic time delays between signals
within a given flat cable are minimized.
High-Density Interconnections
The cabling density achievable using flat cable is superior to that using
conventional cable because of the high wire-to-cable cross sectional density.
Layers of flat cable are more effectively packed for high conductor density
than with round cable.
Ease of Handling
Flat cable folds and bends readily, conforms to the mounting area, fastens
easily with clamps, adhesive or double faced tape and eliminates the installation
and lacing difficulties associated with round wire cabling. Visible
conductors in a fixed position within the dielectric simplify coding,
inspection and circuit tracing.
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