![]() ![]() q Exit the subcircuit (go up to the parent circuit). If you want to use labeled nodes in the subcircuit definition but don't want them to be one of the inputs/outputs, then check the "Internal Node"Ĭheckbox in those labeled nodes' edit menus. q The old port p1 must be deleted and the new port must be named also p1. If you select part of a circuit before using File->Create Subcircuit, then only the selected elements will be considered part of And here is that subcircuit model being used in a circuit. Open the Applications folder in the Finder (if it doesn't appear in the sidebar, go to the Menu Bar, open the 'Go' menu, and select Applications in the list), search for iCircuit 1.8.1 application by typing its name in the search field, and then drag it to the Trash (in the dock) to begin the uninstall process. You can also use subcircuits to rearrange pins on the built-in chips. When you save/load this circuit, it will also save/load the subcircuit model so you can use it in other circuits. Edit the instance to select which model you want (by default it will use the one you just created). Then clickĪnd drag to create an instance. Click with the right mouse and select the "Active Building Blocks" menu, and the "Add Subcircuit Instance" item. Moreover, it contradicts Rule 2 - our circuit has a subcircuit CFG. Now you can create a circuit using the subcircuit model. It is clear that if graph G contains a Hamilton circuit it must be connected. In the Symbol Editor make the changes you want such as re-arrange the pins, draw a new graphic or import a bitmap. Select EditEdit Symbol/Title Block to launch the symbol editor. This will load the subcircuit model.īe sure to save this circuit (the subcircuit implementation), because it can't be edited later otherwise. The following steps show how to modify a subcircuit or a hierarchical block symbol: Select the subcircuit you want to modify by left-click on it. Then, select File->Create Subcircuit, then rearrange the pins the way you want them, enter a model name, and click OK. Here is an example circuit (a bridge rectifier). You can use subcircuits to implement custom "black box" devices.Ĭreate and test your device, and then use labeled nodes (under "Outputs and Labels") to mark and label all the inputs/outputs. ![]()
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