A Microcontroller is a self-contained system, containing a processor, memory and peripherals and is designed to provide real-time responses to the embedded system that they are controlling.
8-bit. 16-bit, 32-bit, flash memory, Ram size, input and output lines, supply voltage and speed, microcontrollers come in many shapes and sizes and with differing abilities, what one will you use in your latest design project?
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Thanks, I appreciated your help.
Hi Ray, sorry I'm not going to answer your question! I'll explain...
I've used many uP and uC on and off over many years starting with 8080, 8085, Z80, 6800 and PIC's. Using assemblers I found the...
Thanks for your help.
I did a course at University using the PIC18F4520 and was recommended the following materials apart from my lecture notes:
1. Katzen, S, “The Essential PIC18 Microcontroller,”...
Thanks Brad, I appreciate your help.
4 Answers 1 Upvotes
With so much emphasis on ‘Smart’ everything, it can be easy to forget that many applications only need simple networking connections, which are incredibly easy to do with Zerynth Python.
Let's see the result and projects of EIE Microcontroller Application Design Contest (2018-19)! Champion goes to Hill Fire Detection IoT System with LoRa/NB-IoT and Washing Machine Helper!
Learn all about the touch-sensing technology offerings from Cypress: capacitive-sensing CapSense and inductive-sensing MagSense offered in PSoC 6 and PSoC 4 Microcontrollers.
Building a car battery data logger Part 5: Building a simple login system and displaying sets of data in SQL database into web page in form of line chart
This article tells you how to build a simple dashboard to view the collected data in a line chart with a login system (authorization).
Building a car battery data logger Part 4: How to create a php file to receive sockets and load into database
This part shows how to create a socket and to be received from Wi-Fi module through TCP connection. Afterward, load the ADC results into database.
This article is to talk about how to apply timer interrupt and set up a timer for STM32F407 VGT6 MCU. Other than the timer, this articles also tell you how to send the measured data through UART.
This article is to give you a basic background information of a car battery data logger and how it works,
Building a car battery data logger Part 2: How to measure voltages and currents in charging and discharging of car battery with STM32f407 VGT6
This part shows how to use ADC with STM32F407 VGT6 MCU and explain the idea of calculation
Integrating software designed by different teams no long needs to present a problem. With two dsPIC® Digital Signal Controller cores in a single chip, Microchip's dsPIC33CH family is ideal for independent code development.