Advanced Sensing with MATLAB® Simulink® for Our dsPIC33 DSCs
Model-Based Design, Code Generation and Real-Time Debugging
Simplify your embedded design with the MATLAB Simulink and our MPLAB® Device Blocks for Simulink that provide a Model-Based Design (MDB) platform. The code generated from the Simulink model enables our DSCs to rapidly and effortlessly deliver advanced sensing and real-time control in your applications.
MPLAB Device Blocks for Simulink
Create stand-alone applications from a Simulink discrete time model and with just one click, generate, compile and load the code for your application onto your target device. MPLAB Device Blocks for Simulink is a free set of user interfaces and Simulink peripheral blocks for developing complex designs based on our dsPIC33A and dsPIC33C DSCs.
Key Features
- Blocks for peripherals: Digital In/Out, Analog-to-Digital Converter (ADC), Pulse-Width Modulation (PWM), Change Notification, Output Compare, Input Capture, QEI®, I2C, SPI, UART, Interrupt and Reset
- Target configuration blocks: Master block, Simulink reset config, compiler option, data sheet, MCU overload, MCU load, task state and scheduler option
- Ability to invoke dedicated functions written in C through a C Function Call block
- Real-time view/analyze or log variables within MATLAB through a configurable, PICGUI interface
- Supports MathWorks® Processor In the Loop (PIL) and MathWorks External Mode
- The MPLAB Device Blocks for Simulink tools can be used with the DSP System Toolbox and Signal Processing Toolbox
- This enables the implementation of filters and signal-processing algorithms for sensor data processing
- dsPIC® DSP library integrated in MATLAB for math-intensive operations
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| VSC8540RT IBIS Model - CQFP68 | Product Documents | Download | ||
| SST38LF6401RT IBIS Model - CDFP48 | Product Documents | Download | ||
| SAMRH71F20-EK Schematics | Product Documents | Download | ||
| IBIS MODEL - SST26LF064RT - SM | Product Documents | Download | ||
| VSC8540RT IBIS Model - VQFN68 | Product Documents | Download | ||
| SAMRH71F20-EK - Altium Project | Product Documents | Download | ||
| SAMRH71F20C Schematic Symbol | Product Documents | Download | ||
| SAMRH71F20C Footprint | Product Documents | Download | ||
| IBIS MODEL - SST26LF064RT - HHB | Product Documents | Download | ||
| SAMRH707F18-EK - Altium Project | Product Documents | Download | ||
| SST38LF6401RT IBIS Model - TSOP48 | Product Documents | Download | ||
| SAMRH71F20 Evaluation Kit Schematics | Product Documents | Download | ||
| SAMRH71F20-EK - Altium Project | Product Documents | Download | ||
| SAMRH71F20 TFBGA625 Footprint | Product Documents | Download | ||
| SAMRH71F20 TFBGA625 Schematic Symbol | Product Documents | Download | ||
| VSC8574RT IBIS Model - CQFP256 | Product Documents | Download | ||
| VSC8574RT IBIS Model - PBGA256 | Product Documents | Download | ||
| VSC8541RT IBIS Model - CQFP68 | Product Documents | Download | ||
| VSC8541RT IBIS Model - VQFN68 | Product Documents | Download | ||
| SAMRH707F18 CQFP164 Footprint | Product Documents | Download | ||
| SAMRH707F18 CQFP164 Schematic Symbol | Product Documents | Download | ||
| SAMRH707-EK | Product Documents | Download | ||
| SAMRH707-EK_V2 | Product Documents | Download | ||
| SAMRH707F18-EK - Altium Project - V2 | Product Documents | Download | ||
| SST38LF6401ET IBIS Model - TSOP48 | Product Documents | Download | ||
| VSC8541ET IBIS Model - VQFN68 | Product Documents | Download | ||
| VSC8540ET IBIS Model - VQFN68 | Product Documents | Download | ||
| SAMV71Q21RT CQFP144 IBIS | Product Documents | Download | ||
| SAMRH71F20E IBIS Models | Product Documents | Download | ||
| SAMRH707F18C IBIS Models | Product Documents | Download | ||
| SAMRH707 TFBGA EK AltiumProject | Product Documents | Download | ||
| SAMRH707F18 TFBGA Evaluation Kit Schematics | Product Documents | Download | ||
| SAMRH707F18 TFBGA Symbol | Product Documents | Download | ||
| SAMRH707F18 TFBGA Footprint | Product Documents | Download | ||
| SAMRH71F20 TFBGA625 EK Schematics | Product Documents | Download | ||
| SAMRH71F20 TFBGA625 EK Altium Project | Product Documents | Download | ||
| SAMV71Q21RT CQFP144 Footprint | Product Documents | Download | ||
| SAMV71Q21RT CQFP144 Schematic Symbol | Product Documents | Download | ||
| ATA6571RT IBIS Model - SOIC14 | Product Documents | Download | ||
| ATA6571RT IBIS Model - CDFP14 | Product Documents | Download |
Advanced Sensing With Scilab, Xcos and X2C
Harness the power of open-source development for your embedded systems by using Scilab and Xcos to model and simulate complex sensor algorithms. By integrating this environment with the dedicated X2C code generation tool, you can automatically convert your graphical block diagrams into C code. This seamless and cost-effective workflow enables rapid deployment and high-performance, real-time operation on dsPIC33 DSCs.
Open-Source Modeling, Code Generation and Real-Time Debugging
Simplify your next advanced sensor embedded design using the dsPIC33 DSCs, with MPLAB X Integrated Development Environment (IDE), and the free and open-source Scilab, Xcos and X2C tools that provide a full-featured model-based design platform for sensing and real-time control applications. The X2C code generation tool supports our DSCs to deliver complete hardware and software real-time control solutions.
Key Features
- Tightly integrated with MPLAB X IDE and MPLAB Code Configurator (MCC)
- Scilab Computational Engine with over 1700 mathematical functions
- Scilab blocks for sensing and control applications
- Efficient signal processing with Scilab tools to visualize, analyze and filter signals in time and frequency domains
- Use the Xcos graphical editor for model-based design of dynamic systems in discrete and continuous time domains for automotive and industrial solutions
- X2C-Scope enables real-time debugging with eight-channel virtual oscilloscope
- X2C Filter Library supports FIR, IIR, second-order blocks and discrete transfer functions