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BPS

UART module based on BPS LKS32MC45X

Recently, I have been working on a portable energy storage BMS project, using the LKS32MC45x series MCU from ChipON. To meet the requirements for serial communication and low-power wake-up, I conducted some tests on the UART of the LKS32MC45x. Below is a description of the UART module driver. First, let me explain the main features of the UART module in the LKS32MC45x.

BPS

Breathing light control based on BPS LKS32MC45X

Recently, I have been working on a portable energy storage BMS project, using the LKS32MC45x series MCU from ChipON Semiconductor as the main control chip. Since the project involves implementing an LED breathing light control, the peripherals used include GPIO and the general-purpose timer UTimer. Below is the driver description for the LED breathing light control. 1. Module Initialization Configuration The main configurations for PWM include: GPIO.

BPS

Hands-On Introduction to UART Features and Parameter Configuration Based on LKS453

Introduction This article is based on LKS453 and provides an introduction to the characteristics and parameter configuration of UART. It also includes a hands-on experiment using the uart_MCU_send_data demo program, where the MCU UART sends data (01-06) to a serial port assistant and prints it through the serial port. Hardware platform: LingAo Chuangxin - LKS_EVB

BPS

Hands-On LKS_EVB_MCU453_V2.0 Environment Setup

1. Introduction This article mainly introduces how to set up the environment for the LKS_EVB_MCU453_V2.0 development board. Hardware platform: LKS_EVB_MCU453_V2.0 development board, LPCLINK2 Debugger or Jlink. Software platform: Keil 2. Installation of LKS Chip Driver Plugin Navigate to the extracted folder and double-click on Linko.LK.