Issue link: https://resources.pcb.cadence.com/i/1180526
PSpice A/D User Guide DC analyses October 2019 486 Product Version 17.4-2019 © 2022 All Rights Reserved. After running the analysis, the simulation output file (EXAMPLE.OUT for the EXAMPLE.OPJ circuit in Figure 9-1) contains a table of voltages relating V1, node OUT1, and node OUT2. Figure 9-1 Example schematic EXAMPLE.OPJ. Note: The example circuit EXAMPLE.OPJ is provided with the program installation. To calculate the DC response of an analog circuit, PSpice A/D removes time from the circuit. This is done by treating all capacitors as open circuits, all inductors as shorts, and using only the DC values of voltage and current sources. A similar approach is used for digital devices: all propagation delays are set to zero, and all stimulus generators are set to their time-zero values. In order to solve the circuit equations, PSpice A/D uses an iterative algorithm. For analog devices, the equations are continuous, and for digital devices, the equations are Boolean. If PSpice A/D cannot get a self-consistent result after a certain number of iterations, the