Click the blue text to follow us Digital Voltmeter Based on 51 Microcontroller (Proteus Simulation + Program + Design Report + Explanation Video) Simulation software: Proteus 7.8 and above Compiler: Keil 4/Keil 5 Programming Language: C Design Number: S0101 Design a digital voltmeter based on the 51 microcontroller 1. Capable of measuring DC voltage between … Read more
Author Introduction Dr. Liu, Ph.D. from University of Electronic Science and Technology, an expert in microarchitecture. 1. Background The clock circuit is the most basic circuit in the chip. The performance of the clock circuit is related to whether all the modules in the SoC can achieve the expected goals, such as the main frequency … Read more
The previous blog discussed SoC design, but I felt it wasn’t thorough enough. This time I’m prepared to elaborate on SoC design and clarify several core issues. To explain SoC clearly, we need a good “textbook” or reference. Unfortunately, there isn’t a textbook that explains SoC comprehensively. I’ve read papers for many years and have … Read more
Image Source: Sashkin/stock.adobe.com In June of this year, the semiconductor industry released two noteworthy pieces of news: First, IC Insights mentioned in its May release of the (2022 McClean Report) Q2 update that in 2021, Texas Instruments (TI) maintained its position as the world’s leading analog IC supplier with $14.1 billion in analog sales and … Read more
In today’s article, let’s discuss how to choose an MCU. I’ll share my thought process. 1. List the Available Peripherals If a system has multiple MCUs, we need to allocate them properly, for example, temperature sensor on MCU #1, Bluetooth on MCU #2, and so on. 2. Determine the Communication Interfaces of the Peripherals Some … Read more
When it comes to microcontrollers (MCUs), the first thing that comes to mind is that they have many input/output (I/O) ports, which can be difficult to distinguish. As the core of embedded systems, they can communicate with external devices or sensors. However, the presence of I/O ports often makes learning challenging for many people. This … Read more
1. Introduction The previously made test circuit board for the STM32F373 did not have the 16-bit high-precision ADC pins exposed, so a new board was made to test the performance of the 16-bit ADC in the F373. 2. Designing the Circuit Board Based on the previous experimental circuit board, the original output pin header was … Read more
01 STM32F373 Signal Acquisition and Control 1. Introduction Due to the need to update a circuit board designed based on an old controller chip, this morning we will use the STM32F373 microcontroller to design a signal acquisition and control circuit board. First, we will design and produce it, and then proceed to software debugging. AD\XQWF\2024\CLDesign\Ver2\CLMainF373.PcbDoc … Read more
The development of STM32 microcontrollers relies heavily on their powerful library function support. These library functions provide developers with a unified interface, simplifying the operation of low-level hardware, improving development efficiency and the reliability of programs. Below we will share 20 commonly used library functions for STM32 microcontrollers. 1. GPIO Initialization Function void HAL_GPIO_Init(GPIO_TypeDef* GPIOx, … Read more
Miniware’s DS203 is one of the earlier mini oscilloscopes in China, followed by others like ZYBO and DreamSource. I bought this DS203 in 2014, and it is already 10 years old… Let’s open it up and appreciate the internal materials. The entire body is made of aluminum alloy CNC, with four hex screws at the … Read more