A Microcontroller can be defined as the
integration of microprocessor and other required external components
onto a single microchip and optimized to interact with the outside world
through on-board interfaces. Latest microcontroller comprises of a microprocessor module,
ROM (Read Only Memory) module, RAM (Random Access Memory) module, I/O
(Input Output functions) modules, and various other specialized circuits
all in one package.The PIC development board are used in automatically controlled products.
This PIC development board offers RS232 (Receiver, Transmitter including RTS, CTS),
USB port, a switch, LED modules, ICSP devices, a reset and power
monitoring buttons, I2C device, external / USB power supply, to
stabilize the system’s power, connector for alternate power battery and
power switch and an expansion bus.
PIC32 Based Microcontroller Development Board
A PIC 32 microcontroller universal board
is a powerful development platform based on PIC18F452 microcontroller,
PIC18F252 microcontroller, PIC16F877A microcontroller and PIC16F84
microcontroller. PIC 32 USB based data logging, application in real time
data monitoring and control process, interactive control panel systems,
etc.
On-chip USB controller provides a direct
high speed interface to a PC/ laptop with speeds up to 12Mb/s speed.
The UART boot loader eliminates need of an additional programmer and
allows you to program using serial port interface. The on board
peripherals include a USB interface port, ULN2003 current sinking driver
interface, L293D DC motor controller for devices, 16X2 character LCD.
The on chip peripherals and the external
hardware on the development board are interconnected using pin headers
and jumpers in a board. The I/O pins on the microcontroller can be
accessed easily. The board is made from double sided PTH PCB board to
provide extra strength to the connector joints for increased
reliability application. PIC develoment board supports the operating
supply voltage between 5V DC and 12 V AC and has built-in reverse
polarity protection.
PIC32 Development Board Architecture
A PIC32 microcontroller universal board
is a powerful development platform based on PIC18F452 microcontroller,
PIC18F252 microcontroller, PIC16F877A microcontroller and PIC16F84
microcontroller. A PIC development board is ideal for developing
embedded applications involving high speed wireless communication
process, the USB based data logging instructions, real time data
monitoring and control of devices, interactive control panels, etc.
USB controller provides a direct high speed interface to a PC/ laptop with speeds up to 12Mb/s speed. The UART (universal asynchronous receiver/transmitter) boot loader eliminates need of an additional programmer and allows you to program using serial port on board.
Based on the experiences with the IPS
Board we can present a design for a multi purpose prototyping board for
PIC 32. These microcontrollers are used for various applications. We use
such microcontrollers to develop prototypes and solutions to integrate
and design different prototyping boards over and over again depending on
the controller used.
So made the effort to design a Universal
PIC development board UPB where a broad range of different controllers
can be used in peripheral. PIC32 board offers RS232 with receiver,
transmitter including RTS and CTS, USB, a switch, an LED component, ICSP
function, a reset and power monitoring for board, I2C for board,
external/USB power supply, power stabilization for the board, connector
for alternate power and power switch and an expansion bus interface.
The I/O pins on the microcontroller can
be accessed easily. The board is made from double sided PTH PCB board to
provide extra strength to the connector joints for increased
reliability while connecting. PIC32 supports the operating supply
voltage in the range of 5V DC to 12V DC and has built-in reverse
polarity protection.
This low-cost and reliable component
constitutes a smooth transition to the co-design of universal boards.
The board in testing program phase it can be simulated in any embedded
environment called as a development system.
The power supply unit,
microcontroller socket and development system contain elements for
input pin activation and output pin monitoring. LCD display, sensors and
all other elements which can be interfaced with this controller. The
whole program may be tested in practice during its development stage to
know whether its input is activated by a push-button or a sensor built
in a real machine system. These universal boards result in various
applications as follows
Energy Measurement System Conveyed over RF using a PIC microcontroller
This 8051 microcontroller projects
is to measure solar cell parameters through multiple sensor data
acquisition system. A solar panel is used that keeps monitoring the
sunlight. Different parameters of the solar panel like intensity of
light, voltage of the output, current and the temperature are monitored
and are sent to a remote PC using an RF 2.4 GHz serial link module. The
microcontroller used here is from PIC family. It is designed to achieve
integral cycle switching which is a method to remove whole cycles or
portions of cycles of an AC signal.
Speed Synchronization of Multiple Motors In Industries using PIC Microcontroller
This PIC microcontroller project
is synchronization of multiple motors using the PIC microcontroller. It
uses radio frequency to synchronize speed of the motor. It is
applicable to many industries like textile mill industry, steel plant
machines and production of paper plants, where in all the motors used on
the conveyor are desired to be synchronize
EVM Electronic Voting Machine uses PIC Microcontroller
One of the microcontroller projects
is electronic voting machine is an interesting project which uses a
PIC32 development board microcontroller. It is designed for eight
contestants. Voters can poll their vote to any one of the contestant
they like.
Industrial Power Control by Integral Cycle Switching without Generating Harmonics using PIC Microcontroller
It is designed to achieve integral cycle
switching which is a method to remove whole cycles or portions of
cycles of an AC signal. This is a well-known and old method of
controlling AC power. As across linear loads such as heaters used in
electric furnace.
Thus, this is all about PIC32
microcontroller development board with some applications. This
microcontroller is based on the MIPS32 M4K Core. It can be programmed
using the MPLAB C compiler for PIC32MCUs. We hope that you have got a
better understanding about this concept. Furthermore, any queries
regarding this article or electronics projects you can approach us by commenting in the comment section below.
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