The Pulse API BOM Tool 登录 电子零件 搜索类别 集成电路 (IC) 内存 EEPROM FIFO Memory Cards 内存 闪光灯 射频半导体和器件 CATV放大器 NFC / RFID 组件 射频天线 射频定向耦合器 射频屏蔽罩 射频开关 射频接收器、收发器 射频收发器模块和调制解调器 射频放大器 射频混频器 射频环行器和隔离器 射频...
From the MAKE: Flickr pool Flickr member rarebeasts shares this how-to for building a simple sound synthesizer using a a picaxe microcontroller - NoiseTron
AN4991 Application note How to wake up an STM32 microcontroller from low-power mode with the USART or the LPUART Introduction The universal synchronous/asynchronous receiver transmitter (USART) and the low-power universal asynchronous receive tr...
It uses STM32WB Series microcontroller (also referred to as STM32WB Series) with mesh library APIs and related event callbacks. The software development kit (SDK) provides the mesh library in library form and a sample application in source code ...
In order to create a delay, we must utilize the special timer registers of a microcontroller. Timer registers do just what the name implies; they keep track of time, by counting from 0 to a certain a number of clock cycles. By utilizing their ability to keep track of time, we can cr...
I set a flag in the timer ISR indicating to the main routine that I need to do something. Then in the timer ISR I make the cpu active after exiting the timer ISR Yep, that's the usual/recommended way to do it. Jim Young 说: ...
In this project, we are going to make a Robotic Arm that will be controlled by an Arduino microcontroller. It will be controlled via Bluetooth with the help of an android remote control app. How To Control a Robotic Arm Using Arduino?
s terminals is proportional to the speed of the shaft. Today, we are going to make a digital tachometer based on a PIC microcontroller that requires no physical contact with the rotating shaft to measure its rotational speed. The physical contact is avoided by using an optical detection ...
조회 수: 1 (최근 30일) 이전 댓글 표시 panva Engineering2019년 7월 29일 0 링크 번역 마감:MATLAB Answer Bot2021년 8월 20일 I have been find how to develop a support package for any microcontroller in simulink ...
The STM32 is a powerful 32-bit Cortex-M microcontroller that is extremely common in embedded applications. In fact, it’s one of my favorite microcontrollers, especially for non-wireless commercial product applications. They come in a wide variety of