New SmartCtrl Version!

Find what’s new in SmartCtrl 3.0

What's new

SmartCtrl 3.0

The fast and efficient way of designing

the control for your power converter

Design your converter with just one click

and optimize its control in minutes

One test is worth a million words

Start your free trial!


All components of the loop

have been modeled

Key components of the loop

are commercial IC


banner SmartCtrl

Digital effects are

considered in the design

Get a digital control for your converter and

analyze the differences with the analog control


Teach with SmartCtrl

The easier way of teaching how to design

the control in power electronics applications


Why Should I Use SmartCtrl?


smartctrl_marcador_listas  Friendly user interface
smartctrl_marcador_listas  Steady-state waveforms
smartctrl_marcador_listas  Solution Map for easy controller design
smartctrl_marcador_listas  Interactive plots


smartctrl_marcador_listas  DC-DC converters
smartctrl_marcador_listas  Power Factor Correction Converters
smartctrl_marcador_listas  Different control modes
smartctrl_marcador_listas  Any converter control can be designed

In-depth Knowledge


smartctrl_marcador_listas  Multi-loop control structure
smartctrl_marcador_listas  Capability to design digital controllers
smartctrl_marcador_listas  Sensitivity analysis
smartctrl_marcador_listas  Audio-susceptibility

The fast and efficient way of designing the control for your power converter

Control Designs from Specs

Starting from a specification, design quickly and visually the best control for your converter, with result feedback for both analog and digital controls

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smartctrl_Control Design

Multi-Loop Control Structures

Both Average-Current Mode Control and Peak-Current Mode Control are supported in SmartCtrl, providing greater scope in design

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Optimize Your Design using the Solutions Map

Navigate the cursor within a stable solutions space, which aids in your selection of the optimal design

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Analyze How Robust Your Control Is

Does your control remain stable when the input voltage changes? SmartCtrl’s Parametric Sweep feature allows you to carry out sensitivity analysis of every parameter of the plant, sensor and regulator

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Create and Edit Your Own Analytical Model

With the Equation Editor, you can customize your own analytical model for your specific converter. The design tools of SmartCtrl then help you to calculate the compensator required

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Analog and Digital Control are Supplied

Design the control of your converter directly in the digital domain or, alternatively, transform an analog control to digital and then examine the effect of sampling frequency, digital delay, bits number, etc.

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Detailed Outputs

SmartCtrl provides detailed information about the designed compensator (resistor, capacitors or z-domain coefficients), as well as the power stage and steady-state waveforms. Reports can be generated automatically and every plot can be exported efficiently (as an image or data points)

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SmartCtrl®: a friendly interface, simple workflow, and transparent display of control loop stability and performance
The fast and efficient way of designing the control for your power converter


SmartCtrl customers include: