SimCoder Module


SimCoder generates high-quality, consistent C code from a PSIM control schematic automatically.  Boost the speed of your design, reduce your development costs and propel your innovations to market.

SimCoder Module in PSIM


If a hardware target is specified, SimCoder generates C code that is ready to run on the specified physical hardware for real-time operation. SimCoder’s automatic code generation function seamlessly integrates simulation with hardware implementation, and greatly speeds up the development and design process.

If a hardware target is not specified, the C code generated by SimCoder can be inserted into the user’s own code for system control.

With the SimCoder Module only, PSIM will translate the control algorithm into C code. But the code will not contain any hardware functions (ADC, PWM...) and will not run on a DSP directly.


SimCoder Library

Most of the elements in PSIM’s Control Library can be included in code generation. SimCoder’s digital motor control library implements all the elements in Texas Instruments’ Digital Motor Control library.

Supported Hardware Targets:


SimCoder Library in PSIM

PSIM’s target module lets you test and troubleshoot control algorithms and hardware and generate ready-to-run C code automatically. The DSP Oscilloscope gives you real-time control and waveform display.

Based on the SCI interface, PSIM provides the DSP Oscilloscope function that can display the real-time waveforms of the variables inside the DSP. The DSP Oscilloscope also provides the capability to modify the value of DSP runtime variables during real-time system operation of the physical hardware.


Processor in the Loop (PIL) Module

PIL module enables to easily verify the operation of the digital control algorithm on a Texas Instruments DSP or MCU. In deed this module is a straightforward, reliable solution that lets you advance your prototype development and simulation with no limits on power stage complexity.

In a regular PSIM simulation, the PSIM engine simulates the power stage and the control algorithm. In the PSIM PIL simulation the power stage is simulated by the PSIM engine, while the control algorithm is executed by the target DSP. The DSP communicates with PSIM via a USB/JTAG link.

Processor in the Loop in PSIM

Setting up a PSIM PIL simulation is easy. After a few minor edits to the code you simply need to connect the DSP with a JTAG emulator to your PC and then PSIM handles the rest.

Once the simulation begins, the power stage simulates and passes information to the DSP which then executes the relevant code before passing it back to PSIM to allow the power stage to simulate further. The code on the DSP does not run in real time, this allows users to have a very complex PSIM power stage. Shifting the control to the DSP while the power stage stays in simulation is also possible.

Processor in the Loop in PSIM

The software PSIM is developed by Powersim and exclusively distributed by Powersys in Europe, Africa, and Israel.
PSIM is a simulation environment for power conversion and control that will allow your group to gain a competitive edge.


With PSIM’s powerful simulation environment, it will allow you to work more efficiently, reducing the development cost and time-to-market. It is one of the fastest simulators for power electronics simulation. It achieves fast simulation while retaining excellent simulation accuracy. This makes it particularly efficient in simulating converter systems of any size, and performing multiple-cycle simulation. There are many optional add-on Modules available to address specific needs in various applications. These Modules give you the flexibility to tailor PSIM for your own needs, and significantly enhance PSIM’s capability.




Multiple choices possible