Constant Stress ALT Design
Associated Constructors
ALT Plan
Syntax: ALT Plan
Factors
Syntax: Factors
Description: Creates the Factor Table in the CSALT platform.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Item Messages
Factor
Syntax: obj << Factor
Description: Adds a factor with the specified properties.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Factor Name
Syntax: obj << Factor Name
Description: Sets the name of the factor.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Factor Transformation
Syntax: obj << Factor Transformation( Arrhenius Celsius|Arrhenius Fahrenheit|Arrhenius Kelvin|Reciprocal|Log|Root|None )
Description: Sets the transformation function for the levels of the factor.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
High Test Condition
Syntax: obj << High Test Condition
Description: Sets the highest testing level for the factor.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
High Usage Condition
Syntax: obj << High Usage Condition
Description: Sets the highest level for the usage condition for the factor. This value can be the same as the lowest usage condition.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Low Test Condition
Syntax: obj << Low Test Condition
Description: Sets the lowest testing level for the factor.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Low Usage Condition
Syntax: obj << Low Usage Condition
Description: Sets the lowest level for the usage condition for the factor. This value can be the same as the highest usage condition.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Number of Levels
Syntax: obj << Number of Levels
Description: Sets the number of levels for the factor. Primarily used for balanced designs.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
)
);
Save Script to Script Window
Syntax: obj << Save Script to Script Window
Description: Create a Script that will reproduce this design.
d = Constant Stress ALT Design(
Factors(
Factor(
Factor Name( "X1" ),
Number of Levels( 3 ),
Factor Transformation( "Arrhenius Celsius" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
),
Factor(
Factor Name( "X2" ),
Number of Levels( 3 ),
Factor Transformation( "Log" ),
Low Usage Condition( 20 ),
High Usage Condition( 30 ),
Low Test Condition( 90 ),
High Test Condition( 110 ),
)
),
ALT Plan(),
Save Script to Script Window
);