
PIC Development Boards PIC16F84 PIC16F873
A PCB with firmware to exploit and test all the functions in this PIC microcontroller. The board features a LCD, keyboard, piezo sounder, Real Time Clock with backup power, I2C bus, potmeter for A/D conversion and more. I use... Electronics Projects, PIC Development Boards PIC16F84 PIC16F873 "avr development board, pic development board, pic16f84 projects, " Date 2019/08/01
A PCB with firmware to exploit and test all the functions in this PIC microcontroller. The board features a LCD, keyboard, piezo sounder, Real Time Clock with backup power, I2C bus, potmeter for A/D conversion and more. I use Shane Tolmie’s exellent PIC Bootloader solution to download software into the microcontroller. PIC Development Boards PCB
PIC16F873 Development Board
A simple demo and development board for the PIC 16C84 and 16F84. It features a keyboard and a 4-digit LED display. The demo software feature a clock with calculator. I didn’t make the PCB and thus only have a schematic for the board.
PIC16F84 Development Board
Source: privat.bluezone.no PIC Development Boards PCB schematic alternative link:
FILE DOWNLOAD LINK LIST (in TXT format): LINKS-1162.zip
PIC24FJ16GA002 parallel processing computer
PIC24FJ16GA002-based design A key characteristic for the deed of the antiparallel machine is that all MCUs screw to finish the idea in downright readjustment with each additional. This is achieved by using a vernacular foreign clock for all the MCUs, and by forcing all MCUs to solon action at the homophonic period. This is something that is feasible with the PIC24FJxx sept.
The programm implments the summing tree algorithm. There are 5 variations: root, middle L, middle R, leaf L, leaf R. The data are input from the leafs PORTA 0,1 data are output from the root PORTA 0,1,3,4 MCUs use their inside UART for communication with each another. This inserts a enthusiastic decelerate in the executing of the algorithm as compared to symmetric connectedness, but the help is that it increases the connectivity between the MCUs making researchable the effort of networks equivalent the hypercube.