Application Note (43 in all)
Introduction：This document (AN298) introduces the precautions for BootLoader operations on the GD32H77x/78x series products, aiming to help developers quickly get started with the BootLoader functionality of this series.
Introduction：AN118 describes GD32H77x_H78x series MCUs,introducing the operational steps and precautions related to the Check_BootLoader.
Introduction：AN321 is designed to describe the hardware development of GD32H75Ex series products, so as to allow developers to quickly get started and use GD32H75E products.
Introduction：AN105 mainly introduces the power consumption testing process to achieve accurate power consumption data.
Introduction：AN118 describes all configuration scenarios for the GD32H73x_75x CAN module filters, the usage of related firmware library functions, and usage examples.
Introduction：GD32H73x_75x Series Overview of Secure startup describes the Secure Boot Process, Secure Boot Code, Signature Verification Process, and User’s Boot Image Verification Process.
Introduction：AN121 helps user fully understand security architecture of the GD32H73x_75x series MCU, including secure features, secure install and update solution, secure boot and secure mode.
Introduction：GD32MCU IAR scatter loading instruction, support GD32 Arm Cortex-M processor.
Introduction：AN111 describes the module usage precautions when developing on GD32H73x/75x MCUs.
Introduction：GD32MCU Keil MDK5 scatter loading instruction, support GD32 Arm Cortex-M processor.
Introduction：AN118 describes the usage process and method of Licensed Firmware Installation (LFI) for the GD32H73x_75x series, as well as the operation procedures of the related software.
Introduction：AN113 is designed to describe the secure memory management of GD32H73x_75x series products, so as to allow developers to quickly get started and use GD32H73x_75x series products.
Introduction：AN320 provides theoretical analysis and experimental verification of the PWM-DAC technology based on GD32 MCU, aiming to guide users in implementing DAC functionality at low cost using this technique.
Introduction：AN112 is intended to help you quickly port applications from the GD32F4xx series microcontrollers to the GD32H73x_75x series microcontrollers.
Introduction：AN109 is designed to describe the hardware development of GD32H73x_75x series products, so as to allow developers to quickly get started and use GD32H73x_75x series products.
Introduction：AN180 makes an overall introduction to GD32H73x_75x series 14-bit ADC usage methods and precautions, so as to facilitate developers to quickly start using GD32H73x_75x series 14-bit ADC.
Introduction：AN212 is designed to describe how to use GDemWin as a GUI middleware for developing UI projects on the GD32H7xx series.
Introduction：GD32 Embedded Builder scatter loading instruction, support GD32 Arm Cortex® M3/M4/M23/M33/M7 core MCU products
Introduction：GD32 Embedded Builder linker script files introduction , support GD32 Arm Cortex® M3/M4/M23/M33/M7 core MCU products
Introduction：This paper introduces the principle of Dhrystone and the porting method on GD32 MCU
Introduction：AN283 introduces the packaging types of GD32 MCUs and the concept of Moisture Sensitivity Level (MSL), while providing guidance on PCB pad design and device soldering.
Introduction：AN241 provides an overall introduction to the hardware development of the GDSCN832xx series products, facilitating developers to quickly get started with using this series of products
Introduction：This application note aims to guide developers in using Visual Studio Code (VS Code) with the EIDE (Embedded IDE) and Cortex-Debug plugins for embedded microcontroller (MCU) development and debugging.
Introduction：AN191 introduces the MCU hardware layout reference design, where developers consider issues such as electrostatic and electromagnetic interference from both the design and PCB layout perspectives. Further optimization is carried out to reduce or even eliminate the impact of electrostatic and electromagnetic interference on the system.
Introduction：AN062 introduces the theory and characteristics of EMC and provides corresponding recommendations for system EMC design based on experiences gained from various applications.
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