Abstract: A digital state device may include a first circuit terminal that obtains a clock signal from a first integrated circuit. The digital state device may further include a second circuit terminal that transmits the clock signal to a second integrated circuit. The digital state device may further include digital logic circuitry coupled to the first circuit terminal and the second circuit terminal. In response to obtaining an in-band notification signal in reverse of the clock signal and from the second integrated circuit, the digital logic circuitry sets the clock signal to a first predetermined value. In response to the digital logic circuitry determining that the clock signal exceeds a predetermined amount of time at the first predetermined value, the digital logic circuitry sets the clock signal to a second predetermined value that is different from the first predetermined value.

Abstract: A digital state device may include a first circuit terminal that obtains a clock signal from a first integrated circuit. The digital state device may further include a second circuit terminal that transmits the clock signal to a second integrated circuit. The digital state device may further include digital logic circuitry coupled to the first circuit terminal and the second circuit terminal. In response to obtaining an in-band notification signal in reverse of the clock signal and from the second integrated circuit, the digital logic circuitry sets the clock signal to a first predetermined value. In response to the digital logic circuitry determining that the clock signal exceeds a predetermined amount of time at the first predetermined value, the digital logic circuitry sets the clock signal to a second predetermined value that is different from the first predetermined value.

Abstract: Computer-implemented systems and methods for manipulation of dynamic symbols for devices in an electrical schematic include: receiving a placement of a dynamic symbol in a schematic, wherein the dynamic symbol represents an instance of an electrical device in the schematic and is separate from a symbol library; receiving an assignment of nets to pins of the dynamic symbol instance; performing a manipulation of the pins based on a logical grouping, wherein the dynamic symbol instance supports dynamic reconfiguration of the pins via the manipulation while retaining pin information from a base symbol in the symbol library; and visually presenting the dynamic symbol instance with the manipulated pins according to the logical grouping.

Abstract: Computer-implemented systems and methods for dynamic symbols for devices in an electrical schematic include receiving placement of a dynamic symbol in a schematic, wherein the dynamic symbol represents an electrical device in the schematic and is selected from a symbol library; receiving assignment of nets to pins of the dynamic symbol; performing manipulation of the pins based on a logical grouping, wherein the dynamic symbol supports dynamic reconfiguration of the pins via the manipulation while retaining pin information from a base symbol in the symbol library; and visually presenting the dynamic symbol with the manipulated pins.