This in-depth guide will go over the steps required to connect the chipKIT WF32 to LabVIEW using LabVIEW MakerHub LINX. LINX is used to interact with common embedded platforms like Arduino, chipKIT and myRIO. Digilent sells a bundle that includes the chipKIT WF32 and LabVIEW HomeBundle called the LabVIEW Physical Computing Kit. Feel free to […]
Getting Started With the ChipKIT WF32 (LabVIEW) Read More »
chipKIT boards typically have far more memory and computing power than many Arduino boards, and as a result, they are so much better at manipulating data. On the other side, the Arduino IDE is easy to use and understand. So what if we could interchange the Arduino board with the chipKIT while still programming
Programming Your Chipkit Dp32 Using the Arduino IDE Read More »
For those of you with a chipKIT board, I have good news! If you like using the Arduino IDE instead of MPIDE, your dreams have become a reality with chipKIT-core (currently in beta). You can now program all of the chipKIT boards directly from within the Arduino IDE and the most-used libraries included with the
How to Install ChipKIT Core Read More »
This is my attempt at designing and building an obstacle avoiding robot! RekaBot (named after a fairy (: ) can detect obstacles with an ultrasonic sensor that can move around with help from a servo. Based on the measurements she takes, the tracks are driven towards the direction with the biggest distance – avoiding obstacles.
Ultrasonic Obstacle-avoiding Robot Read More »
This tutorial comes right after my Installing MPLAB X tutorial, so if you haven’t installed MPLAB X and the XC32 compiler, check that one out first. In Arduino, programming a board is as simple as selecting that board, and picking the port it’s using. That’s because Arduino IDE expects to program on a select set
Starting a Project in MPLAB X for ChipKIT Products Read More »
Our instructable shows how to create a generic board of PIC18 micro-controller which is further used in advanced embedded projects as there is a number of PIC micro-controller applications .e.g. microwave ovens, multimedia devices, medical and health based equipment e.g. blood-pressure meter, UPS, Power supplies, burglar alarms & detectors and other security and safety
Making of PIC18F452 Micro-Controller Development/Generic Board Read More »
The 16×2 character LCD can also be used to display custom characters other than numerals, alphabets & special characters. Refer LCD interfacing with PIC. Some special shapes like hearts, arrows, smileys etc. can easily be displayed on the 5×8 pixel pattern of character LCD. These shapes are first stored at a special location in LCD’s
How to create custom characters on 16×2 LCD using PIC18F4550 Read More »
Hey Guys i am Back after 2 months with Awesome Project,This is a Complete tutorial to make PIC Microcontroller based Arduino ,which can run Arduino Programs on PIC18F4550 or PIC18F2550 Microcontroller , one advantage on this microcontroller is ,it does’nt require any External Programmers, Since it has inbuilt USB support .so guys lets get started
Pinguino Project (a PIC Microcontroller Based Arduino #No Programmer Required) Read More »
Like the DHT11, the DHT22 is a digital humidity and temperature sensor which has more benefits than DHT11 like: High precision and range. If we want to understand this topic we have to read the DHT22 datasheet and see how this device works and its characteristics. Note that the DHT22 is available only on Proteus
DHT22 (AM2302) Digital Humidity and Temperature Sensor Proteus Simulation Read More »
Interfacing LCD and Keypad are one of the important interfacing concepts of PIC microcontroller since both the input and output element can form a complete embedded system design. This tutorial is about teaching you how to get input input values from keypad by polling method and display the input into a 16×2 LCD. 16×2 LCD:
Interfacing LCD and Keypad with PIC16F877A Microcontroller Read More »
