The Ground is also connected to the negative pin of the Source. The positive pin of the Resistor is connected to the negative pin of the Source. The positive pin of the Source is connected to the negative pin of the Resistor. Add properties for the Source, Resistor and Ground, typed by the corresponding Blocks. This figure shows what the BDD should look like, with the Blocks Circuit, Ground, TwoPinComponent, Source and Resistor.Ĭreate an Internal Block diagram (IBD) for Circuit. The two Ports are named 'p' (positive) and 'n' (negative), and they are of type ChargePort. Create an abstract block 'TwoPinComponent' with two Ports (pins). Electricity (electric charge) is transmitted through the pins. The ground has only one pin, which is positive. The source and resistor have a positive and a negative pin. The three parts of the Circuit Block are connected through Ports, which represent electrical pins. Create a Block for each of these part types. These parts are of different types, with different behaviors. The circuit has three parts: a source, a ground, and a resistor. Create a Circuit Block in a Block Definition diagram (BDD). In SysML, the circuit and each of the components will be represented as Blocks. This type allows us to represent the electrical energy at the connectors between components. Additionally, define a composite type called ChargePort, which includes properties for both Current and Voltage.
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