| 1)
Optimization on design in terms of
• Labour and material costs
• Capitalization of losses.
• Specified performance characteristics such
as impedance, temperature rise, efficiency & noise
levels.
• Mechanical design with fittings & accessories
for specifying max. overall dimensions and
weights.
2) Distribution of voltage stresses under impulses,
lighting and switching surge conditions.
3) The ability to withstand the thermal and
dynamic effects of shorts circuit.
4) Analysis of those areas where high electrical
stresses can occurs.
5) Calculations and to minimize stray losses,
hot spots, Electrical gradiants etc by electrical and
magnetic
field analysis. |
