Pulsed Power Engineering Circuit Simulation
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1 Pulsed Power Engineering Circuit Simulation January 12-16, 2009 Craig Burkhart, PhD Power Conversion Department SLAC National Accelerator Laboratory
2 Circuit Simulation for Pulsed Power Applications Uses of circuit simulation Tools Limitations Typical methodology January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 2
3 January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 3
4 January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 4
5 January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 5
6 January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 6
7 Circuit Simulation Tools Reduces circuit to N algebraic equations with N unknowns and solve Implicit integration Methods Newton s method Etc. Spice/PSpice (Simulation Program with Integrated Circuit Emphasis) Ubiquitous circuit solver Developed at UC Berkeley, first presented in 1973 P in PSpice stands for personal computer Large parts library Analog and digital circuits Matlab/Simulink/SimPowerSystems/PLECS Matlab mathematical tool teamed with specialized toolboxes Simulink/SimPowerSystems PLECS Developed primarily for power electronics January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 7
8 Circuit Simulation Tools PSIM Developed for power electronics Fast convergence Matlab interface Simplorer Developed for power electronics Four modeling languages VHDL-AMS for analog-mixed-signal-design Circuit Simulator for the simulation of power electronic circuits Block diagram simulator for the simulation of controllers and similar tasks State machine simulator for event driven systems Saber Developed for a wide range of applications, including power electronics Can handle analog, digital, mixed and event driven devices Can be linked to digital simulations to handle models written in Verilog or VHDL Very powerful/very expensive Bertha SNL transmission line-based January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 8
9 Pulsed Power Circuit Simulation Almost exclusively transient analysis Tend to generate sparse, stiff matrices, challenging for convergence Tips to improved convergence Simplify the model as much as possible Replace semiconductors with ideal switches or initial conditions Use generic and/or ideal components Insert resistance to ground from areas with convergence troubles Avoid series elements (2 inductors a single inductor if nothing else connects to the node between) Relax tolerances Avoid small time steps Slow down transitions (e.g. add RC snubber) January 12-16, 2009 USPAS Pulsed Power Engineering C Burkhart 9
10 Simulation Software Contents Typically included in circuit simulation programs are complementary packages. Extensive part libraries for manufacturers Optimization modules PCB layout software Specialized schematic tools Advanced post-processing January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 10
11 Typical Work Flow Circuit simulation programs vary with the specific steps to solve a problem, but many share similar steps First, simulation directories are created and a graphical schematic interface is opened. For Spice simulators, the graphical interface is simply a tool to easily generate Spice netlists. January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 11
12 Typical Work Flow Shown is a simple pulsed power circuit. Also shown is the Spice netlist that was generated by the software. Initial conditions such as voltage on a capacitor and current through an inductor are input. For transient, AC bias, and DC bias simulations, measurement points are typically placed at areas of interest. Simulation parameters such as length of simulation, maximum time step, and convergence criteria are set January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 12
13 Typical Work Flow Shown is the result in the post-processor. This example is the current through a resistor. Parameters such as risetime, maximum, pulsewidth, or rms value can be computed. January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 13
14 Typical Work Flow Algebraic expressions using the simulated traces can be calculated In this example, the power through the resistor is calculated January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 14
15 Parametric Study Parametric sweeps show the circuit response if one or more of the element values is swept through a range of magnitudes. In this example, the resistance value is swept. January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 15
16 Analog Behavioral Model Complicated models can be represented as circuit elements using the Analog Behavioral Model (ABM) function. In the below example, a voltage controlled current source is used to represent a 30µP beam load. 3/2 I = PV January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 16
17 Analog Behavioral Model In the below example, a time varying load resistance is modeled using the TIME variable. The plot shows the simulated resistance. I = = V R V e t 200n January 12-16, 2009 USPAS Pulsed Power Engineering M Kemp 17
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