Package "Parametric"
from Package INCOSE_Challenge
Power Consumation Block Diagram
Figure 19 Power Consumation Block Diagram
Power ConsumptionJoule's Law Power Sumpower = current*voltagetotal power = sum (component demands)
Table 32 Owned Block of Package "Parametric"
Name
Summary
Power Consumption
Joule's Law
Power Sum
Block "Power Consumption"
from Package INCOSE_Challenge.Parametric
Stereotypes: constraint
Power Consumption parametric Diagram
Figure 20 Power Consumption parametric Diagram
total powercomponent demandspspowervoltagecurrentpetotal powercomponent demandspspowervoltagecurrentpecomponent demandscurrentvoltagePower Consumption
Table 33 Associations of Block "Power Consumption"
Name
Description
->pe : [1..1] Joule's Law
->ps : [1..1] Power Sum
Table 34 Ports of Class "Power Consumption"
Name
Requires
Provides
component demands
current
voltage
Block "Joule's Law"
from Package INCOSE_Challenge.Parametric
Stereotypes: constraint
Table 35 Associations of Block "Joule's Law"
Name
Description
-> : [1..1] Power Consumption
Table 36 Constraints of Block "Joule's Law"
Name
Body
Description
power = current*voltage
Table 37 Ports of Class "Joule's Law"
Name
Requires
Provides
power
voltage
current
Block " Power Sum"
from Package INCOSE_Challenge.Parametric
Stereotypes: constraint
Table 38 Associations of Block " Power Sum"
Name
Description
-> : [1..1] Power Consumption
Table 39 Constraints of Block " Power Sum"
Name
Body
Description
total power = sum (component demands)
Table 40 Ports of Class " Power Sum"
Name
Requires
Provides
total power
component demands