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Digital Power Design Suite

Microchip’s digital power design suite includes the digital compensation design tool (DCDT), MPLAB Code Configurator (MCC), Microchip compensator libraries and design examples.

These four packages combine to provide the tools and required guidance for developing complete digital power designs. Once the initial simulation model of your design is ready, the DCDT can be used to analyze the design and the feedback transfer function, and to generate compensator coefficients. Device initialization code can be generated with the help of the MCC; and the final firmware can be created with some help from the code examples and the code generated from the MCC and the DCDT.

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Digital Compensator Design Tool (DCDT)

Topology independent GUI for designing complex compensators and analyzing loop gain performance

  • Analyze plant & feedback transfer functions
  • Design controller (PID, 2P2Z, 3P3Z, etc.)
  • Migrate analog Type II, Type III to digital
  • Analyze loop gain
  • Tune controller & normalize coefficients
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MPLAB Code Configurator (MCC)

Graphical programming environment that generates seamless easy-to-understand code

  • Automatic configuration of peripherals
    • Reduces overall design effort
    • Minimizes references to product datasheet
  • Intuitive interface for quick start
  • Supports 8-, 16-, and 32-bit devices

 

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Microchip Compensator Libraries

Optimized assembly-based functions for control of SMPS applications

  • PID, 2P2Z, 3P3Z, etc.
  • dsPIC33FJ & dsPIC33EP devices
  • Fixed point
  • Supports trigger update
  • Supports context registers on EP GS family devices
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Design Examples

Royalty-free* microcontroller and application-specific hardware and software designs

  • Starter Kits
  • Reference designs
  • Code examples
  • Application notes