Model-Based Design Tools for MATLAB and Simulink Support
S32M2xx
- How to
- Tutorials
- Videos
- FAQ
S32ZE
- How to
- Tutorials
- Videos
- FAQ
S12ZVM
- How to
- Tutorials
- Videos
- FAQ
LPC 553x
- How to
- Tutorials
- Videos
- FAQ
LAX
- How to
- Tutorials
- Videos
- FAQ
Radar/S32R
- How to
- Tutorials
- Videos
- FAQ
Vision/S32V234
- How to
- Tutorials
- Videos
- FAQ
The Model-Based Design Toolbox provides an integrated development environment and toolchain for configuring and generating all the necessary software automatically (including initialization routines and device drivers) to execute complex applications (e.g., battery management systems, motor control algorithms, communication protocols CAN, LIN, SPI, I2C, UART, and sensor-based applications) on NXP microcontrollers and microprocessors.
The following has evaluated to null or missing: ==> defaults.manyEnable [in template "Language_CP_BulkTranslation_Angular" at line 168, column 56] ---- Tip: It's the step after the last dot that caused this error, not those before it. ---- Tip: If the failing expression is known to be legally refer to something that's sometimes null or missing, either specify a default value like myOptionalVar!myDefault, or use <#if myOptionalVar??>when-present<#else>when-missing. (These only cover the last step of the expression; to cover the whole expression, use parenthesis: (myOptionalVar.foo)!myDefault, (myOptionalVar.foo)?? ---- ---- FTL stack trace ("~" means nesting-related): - Failed at: #assign displayConn = defaults.manyEn... [in template "Language_CP_BulkTranslation_Angular" at line 168, column 33] ----
Beginner's Guide for Model-Based Design Toolbox
- A1: Interacting with Digital Inputs Outputs on MR-CANHUBK344
- A2: Sending data via UART and monitoring signals with FreeMASTER
- A3: Controlling LED intensity with ADC and PWM
- A4: Communicating over the CAN Bus
- W1: MBDT Introduction
- W2: How-To SPI
- W3: How-To CAN
- W4: How-To PWM
- W5: How-To LIN
- W6: How-To PIL
- W7: How-To Timers
Webinars
- NXP: ソフトウェア開発工数の増大でお悩みの方必見。NXPのMBDTソリューション
- NXP: Deploying Radar Applications to S32R41
- MW: Hardware-Aware Simulink Applications using MBDT
- NXP: Deploying BMS Applications to S32K3xx and HVBMS Reference Design
- NXP: Motor Control: PMSM S32K3xx
- MW: Motor Control: S32K1xx
- MW: Motor Control: i.MX RT
- NXP: Motor Control: BLDC/PMSM
- NXP: Motor Control: Design Application
- MW: Code Generation and Verification
- MW: Speed Up Applications Development with MBDT
- MW: Rapid Prototyping of Embedded Designs with MBDT
- MW: AUTOSAR SW on S32K1xx/MPC57xx
- NXP: AUTOSAR SW on S32K3xx
- MW: Deploying BMS Algorithm to S32K1xx
- MW: Deploying Deep Learning SOC algorithm on S32K3xx
- MW: HIL Testing of Balance of Plant Controller of Fuel Cell System
- MW: Vision Applications for S32V
- NXP: Machine Vision Algorithm Development
- NXP: FreeMASTER
- MW: Automotive DevOps for MBD with AWS
- MW: Integrating AI-Based Virtual Sensors into Model-Based Design
PMSM Control Workshop
BLDC Control Workshop
