Preface This section will address common issues encountered with MCSDK and provide explanations and adjustments. Relevant information locations will also be organized to facilitate a quicker start for everyone in motor control. MCSDK Program Main Structure After generating code using MCSDK, the main program section and mathematical equations are as shown in the following figure: […]
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Preface Meridian offers advanced CMOS thermal imaging solutions, enabling the production of thermal image sensors that can receive infrared wavelengths ranging from 8 to 14 μm. These sensors are primarily applied in consumer and commercial products. What sets them apart from conventional imaging is their affordability, as they require only a low-cost MCU to handle
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Preface The customer requires encryption protection for certain devices. ST offers two options: Directory Structure of V4 vs. Directory Structure of V3 The directory structure of the V3 software package corresponds to a separate directory for each STM32 series. The directory structure of V4 is fully compatible with the Cube/X-Cube software package (STM32CubeXX / X-Cube-XXX)
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Preface FDCAN (Flexible Data-Rate CAN) is an upgraded version of CAN. Its features include: FDCAN Format Frame architecture comparison between CAN-FD and CAN 2.0 After identifier, CAN 2.0 and CAN-FD have a different action: Main differences between CAN-FD and CAN 2.0 STM32CubeMX Setting You can refer to the H7 configuration options available online. When using
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Preface Unlike traditional IR sensors, the VL53L5CX utilizes ST’s latest generation of direct Time-of-Flight (ToF) technology, allowing for absolute distance measurement regardless of target color or reflectivity. It provides accurate ranging up to 400 cm and operates at high speed (60 Hz), making it the fastest multi-zone miniature ToF sensor available on the market. Hardware
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Preface Recently, due to a requirement, we need to assist the customer in displaying a thermal camera on the MCU STM32H7 display panel using the STM32H750-DK development board. However, the display panel used in this development board is not SPI-driven, so we have to start learning LTDC+DMA2D. This section will introduce the usage and overview
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Preface ST has introduced two software packages, STM32CubeAI and NanoEdge AI Studio, targeting different user groups. Here, we will provide an initial introduction and usage guide for STM32CubeAI.(STM32CubeAI is currently integrated into the X-Cube-AI software package under STM32CubeMX. Please note that STM32CubeAI only facilitates the conversion of third-party software and does not automatically generate AI
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Preface Due to the limited support for Flash models in STM32CubeProgrammer, only a partial range of MCU and Flash models can be covered, which cannot fully meet the customer’s needs. Therefore, an external Flash loader can be created using stm32CubeMX. Customers can customize the generation according to their own models. Here, Discovery STM32H750XB is used
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Preface The STM32 microcontroller has an internal temperature sensor. The sensor is very rough (±1.5 °C) and is connected internally to one of the ADC channels, making it possible to easily obtain device temperature without the need for any additional components. However, please note that this temperature is a relative temperature, not an absolute temperature,
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IAP Preface IAP (In Application Programming) refers to the process of programming a portion of the User Flash during the runtime of a program. The purpose is to facilitate the update and upgrade of firmware programs in the product through a reserved communication port after the product has been released. IAP Flow Here we will
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