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[WPI Book-i.MX 9 Series] LEC-IMX95 (NXP i.MX 95) Introduction

1. Introduction The Seco Group has compiled a series of blog posts related to the LEC-IMX95 (NXP i.MX 95) technology, aiming to help everyone gain a b

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NXP

[ATU Book-i.MX 9 Series] Introduction to NXP i.MX 95 Applications

1. Introduction Shiping GroupATU Eevee Editor (Part 1)The team focuses oni.MXRelevant technologies have compiled a series ofBlog postI hope these blog

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NXP

Step-by-step guide to building a time series AI on NXP MCU (Part 1)

NXP Time Series Studio (hereinafter referred to as TSS) is a tool specifically designed for time series data analysis and machine learning, tailored f

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NXP

[NXP S32K3] Software Installation and Environment Setup: S32DS Edition

1. Download and Installation of S32 Design Studio for S32 Platform 3.5-Window 1. System Requirements Please install the S32 Design Studio for S32 Platform tools on the recommended system.

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NXP

NXP TSS Learning Notes - Introduction to Time Series Studio

As big data surrounds us, we often see information such as weather, stock prices, air quality, and so on. These data are often accompanied by time, allowing experts to analyze and make predictions based on them. Therefore, Time Series algorithms are specifically designed for this type of analysis. NXP, following technological trends, has incorporated the Time Series Studio tool into its existing eIQ Toolkit.

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NXP

[ATU NXP-MCX_A Series] Motor Tuning Techniques and Processes (Part 2)

1. Overview This article is a continuation of "MCX_A BLDC Motor Tuning Process_Part 1," explaining the principles and content of PID control. Following the chapter sequence, it details the tuning of the motor FOC control algorithm, including the angle loop, current loop, and speed loop. Additionally, it introduces the principles of flux-weakening control. Please follow the process outlined in this article to complete motor tuning. 2. Hardware and Software Requirements For detailed hardware and software setup, please refer to the "MCXA1" documentation provided by Dada Tong.

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NXP

[ATU NXP-MCX_A Series] Motor Tuning Techniques and Processes (Part 1)

1. Overview This article provides an introduction to motor tuning techniques and processes, based on the NXP MCX_A series MCU hardware combined with the Freemaster interface for practical demonstrations. It briefly explains the BLDC motor FOC control architecture, enabling users to quickly understand the motor control framework. By following the tuning process, users can accelerate their learning of motor tuning techniques, adapt to different motors, and immediately identify issues to adjust parameters accordingly.

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NXP

NXP i.MX RT1170 Technical Manual - Introduction to XRDC2

1. Introduction: The i.MX RT1170 series microcontrollers introduce the XRDC2 (Extended Resource Domain Controller 2), which provides an integrated and scalable architectural framework for access control, system memory protection, and peripheral isolation. XRDC2 allows software to allocate MCU resources to processing domains, thereby supporting secure operating environments.

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NXP

NXP KW38 COP Watchdog Introduction

1. Introduction This article will introduce the COP watchdog module of the NXP KW38 chip. The KW38 wireless MCU not only integrates Bluetooth Low Energy 5.0 but also comes equipped with a FlexCAN module. This design enables the KW38 MCU to be easily integrated into automotive in-vehicle or industrial CAN communication networks. The FlexCAN module supports CAN FD, thereby enhancing performance.

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NXP

FreeMaster Introduction

1. Tool Introduction Recently, during the Qi certification testing process, there has been a need to use FreeMaster to observe certain variables and manually calibrate prototypes. Therefore, the content related to using FreeMaster during the certification process has been organized and shared here. 1. What is FreeMaster? FreeMASTER is a user-friendly real-time debugging monitor and data visualization tool (Figure 1).