Reference page for ConcentratedWindingSpec
Contents
Summary
ConcentratedWindingSpec methods: ConcentratedWindingSpec - is a class. end_winding_loop_matrix - ConcentratedWindingSpec/end_winding_loop_matrix is a function. get_half_of_turn_length - ConcentratedWindingSpec/get_half_of_turn_length is a function. get_overhang_length - ConcentratedWindingSpec/get_overhang_length is a function. Documentation for ConcentratedWindingSpec doc ConcentratedWindingSpec
PROPERTIES
- ConcentratedWindingSpec/layer_direction is a property.
- overhang_length - winding overhang length Help for ConcentratedWindingSpec/overhang_length is inherited from superclass POLYPHASEWINDINGSPEC
- ConcentratedWindingSpec/q is a property.
- ConcentratedWindingSpec/type is a property.
METHODS
Class methods are listed below. Inherited methods are not included.
this = ConcentratedWindingSpec(arguments) /this = ConcentratedWindingSpec(arguments) is a constructor.
this = ConcentratedWindingSpec(varargin)
this.end_winding_loop_matrix(arguments) End-winding loop matrix, slot-segment.
L = end_winding_loop_matrix(this)
Returns a number_of_slots x phases matrix, representing how many times each phase traverses each 'slot segment' = end-winding piece between two successive slots.
Only computed for one end of a radial-flux machine. Help for ConcentratedWindingSpec/*end_winding_loop_matrix* is inherited from superclass POLYPHASEWINDINGSPEC
this.set_layout_matrix(arguments) Initialize winding layout matrix.
A layout matrix is a number_of_layers x number_of_slots matrix of integers, with values in range -phases...phases.
The entries of the layout matrix W are:
- W(i, j) = +k : phase k goes through layer i, slot j, to positive direction:
- W(i, j) = -k : phase k goes through layer i, slot j, to negative direction: Help for ConcentratedWindingSpec/*set_layout_matrix* is inherited from superclass POLYPHASEWINDINGSPEC