A microcontroller can be defined as the integration of a microprocessor and other required external components onto a single microchip optimized to interact with the outside world through an onboard interface. The latest microprocessor modules for microcontrollers include ROM (read only memory) modules, RAM (random access memory) modules, I/O (input and output function) modules, and various other specialized circuits all in a package.The PIC development board used in automatic control products.
The PIC Development board provides RS232 (receiver, transmitter, including RTS, CTS), USB ports, switches, LED modules, ICSP devices, reset and power monitoring buttons, I2C devices, external /USB power supplies to stabilize system power, for backup power supply batteries and power switches, and connectors for the expansion bus.
PIC32 based microcontroller development board
PIC 32 microcontroller universal board is based on PIC18F452 microcontroller, PIC18F252 microcontroller, PIC16F877A microcontroller and PIC16F84 microcontroller powerful development platform. Based on PIC 32 USB data recording, real-time data monitoring and control process application, interactive control panel system, etc.
The on-chip USB controller provides direct high-speed interface for PC/ laptop computers with speeds up to 12Mb/s. The UART boot loader requires no additional programmer and allows you to program using the serial port interface. Onboard peripherals include a USB interface port, ULN2003 current absorption driver interface, L293D DC motor controller for the device, and 16X2 character LCD.
The development board’s on-chip peripherals and external hardware are interconnected by pins and jumpers on the board. Easy access to I/O pins on the microcontroller. The board is made from double-sided PTH PCB boards to provide additional strength to connector connectors for increased reliability in applications. The PIC development board supports a working power supply voltage between 5V DC and 12V AC and has built-in reverse polarity protection.
PIC32 development board architecture
PIC32 microcontroller universal board is based on PIC18F452 microcontroller, PIC18F252 microcontroller, PIC16F877A microcontroller and PIC16F84 microcontroller powerful development platform. PIC development board is very suitable for developing embedded applications involving high-speed wireless communication process, USB-based data recording instructions, real-time data monitoring and control of equipment, interactive control panel, etc.
USB controller provides direct high speed interface for PC/ laptop up to 12Mb/s. The UART (Universal Asynchronous Receiver/Transmitter) bootloader eliminates the need for an extra programmer and allows you to use the program on the ship serial port.
Based on our experience with IPS boards, we can provide designs for multi-purpose prototype boards for PIC 32. These microcontrollers are used in a variety of applications. We use such microcontrollers to develop prototypes and solutions to repeatedly integrate and design different prototype boards depending on the controller used.
Therefore, efforts were made to design a universal PIC development board UPB in which a variety of different controllers could be used in peripherals. The PIC32 board provides RS232 with receiver, transmitter including RTS and CTS, USB, switch, LED components, ICSP functionality, board reset and power monitoring, board I2C, external /USB power supply, board power stabilization, connectors for backup power supply and power switch, and an expansion bus interface.
Easy access to I/O pins on the microcontroller. The board is made from double-sided PTH PCB boards to provide additional strength to connector joints to improve reliability when connecting. The PIC32 supports power supply voltages ranging from 5V DC to 12V DC and has built-in reverse polarity protection.
This low-cost and reliable component constitutes a smooth transition to common board co-design. The board can be simulated in any embedded environment called development system during the test program phase.
The power unit, microcontroller socket and development system contain elements for input pin activation and output pin monitoring. LCD display, sensors, and all other components that can be connected to the controller. The entire program can be tested in practice during its development phase to see whether its inputs are activated by buttons or by sensors built into real machine systems. These common boards lead to a variety of applications below.
An energy measurement system transmitted over RF using PIC microcontroller
The 8051 microcontroller project measures solar cell parameters through a multi-sensor data acquisition system. Use solar panels to continuously monitor sunlight. Different parameters of the solar panel (such as light intensity, output voltage, current and temperature) are monitored and sent to a remote PC using an RF 2.4ghz serial link module. The microcontrollers used here are from the PIC family. It is designed to achieve integral period switching, which is a method of removing all or part of the period of the AC signal.
Speed synchronization of multiple motors in industries using PIC microcontrollers
This PIC microcontroller project is to synchronize multiple motors using PIC microcontrollers. It uses radio frequency to synchronize motor speed. Suitable for textile mills, steel mills machinery, paper mills and many other industries, in these industries, all the motors used on the conveyor need to be synchronized.
EVM electronic voting machine uses PIC microcontroller
One of the microcontroller project is electronic voting machine is used PIC32 development board MCU an interesting project. It was designed for eight contestants. Voters can vote for whichever contestant they like.
Use PIC microcontroller for industrial power supply control without harmonics through integral cycle switch
It is designed to achieve integral period switching, which is a method of removing all or part of the period of the AC signal. This is a well-known old method of controlling AC power. Such as across linear loads, such as heaters used in electric furnaces.
So this is all about the PIC32 microcontroller development board with some applications. The microcontroller is based on the MIPS32 M4K kernel. It can be programmed using the MPLAB C compiler for PIC32MCU.
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