Getting Ready Let’s initiate by conducting a basic test to ensure the accurate manufacturing of your PCB – checking for any potential short circuits between the power and ground rails. Employ the bench digital multimeter to assess the resistance between Vcc and GND. Follow the “Measure Resistance” protocol provided in the inLab, and probe the […]
Step-by-Step Assembly Guide for [Development Board Name] Read More »
The SMALpic Assembler When I embarked on a substantial PIC-based project for paid work, I encountered a common issue: most of the PIC tools were designed exclusively for Windows. Additionally, the Linux tools available seemed to require a significant time investment to upgrade my outdated Linux system. However, I already had a capable assembler at
Pic Cross Development Support Tools Read More »
Our team developed an affordable microcontroller, which is open source and designed specifically for Internet of Things applications. Things used in this project Hardware components Texas Instruments LAUNCHXL-CC2650 SimpleLink CC2650 BLE Zigbee 6LoWPAN LaunchPad Texas Instruments BOOSTXL-CC2650MA SimpleLink BLE BoosterPack OSH Park Custom fabricated PCB Software apps and online services Texas Instruments Code Composer Studio
IoT Microcontroller Development Kit Read More »
Intro This is my first Instructable so I’m sorry for mistakes. Critics are always welcome 🙂 So in this project I made a development board for PIC16F1787. Now most of you guys aren’t familiar with this particular model. Some might even think why I chose 16Fxxxx series IC when I could have easily used 18Fxxxx
PIC16F1787 Programmer Board (for Almost all 40 pin 16Fxxx) Read More »
In Tutorial 4, we learnt interfacing an HD44780-based LCD to a chipKIT board for displaying alphanumeric output. Today, we will see how to connect a NOKIA 5110 graphical LCD (used in Nokia 5110 cell phones), which is a 84×48 pixel monochrome display of about 1.5″ diagonal in size. The display can be used for graphics, text, and bitmaps. Theory Nokia
chipKIT Tutorial 7: Using Nokia 5110 LCD Read More »
In this project, we will use the chipKIT Uno32 board to build a digital stopwatch capable of timing minutes, seconds, and 1/10th of seconds, and with a basic start and stop control feature. A MAX7219-driven 8-digit seven segment LED display is used to display the time elapsed. The Reset switch on the Uno32 board will be used
chipKIT Project 5: Digital stopwatch on seven segment LED display Read More »
A light meter is used to measure the intensity of illumination in a given area. It is widely used in schools, warehouses, factories, hospitals, office buildings, museums, art-galleries, parking garages, stadiums, and many more, to measure and maintain proper lighting levels. The intensity of illumination is usually expressed in Lux or foot-candles. As the 4th project in our
chipKIT Project 4: Digital light meter Read More »
Description The simple 8 channel LED chaser has been a very popular project on Picprojects since it was first published a couple of years ago. During that time there has been a demand for a board that could drive more LEDs so I started designing a new version of the LED Chaser using MOSFETs. What
Universal Driver & Dev Board using PIC16F Read More »
Satellite Subsystems Irrespective of the intended application, is it a communications satellite or a weather satellite or even an Earth observation satellite, different subsystems comprising a typical satellite include the following: Mechanical structure Propulsion Thermal control Power supply Tracking, telemetry and command Attitude and orbit control Payload Antennas The structural subsystem provides the framework for
On-Board Satellite Controller using ARM Based Microcontroller Read More »
Our first chipKIT tutorial is about reading and writing digital data (0 or 1) from and to an I/O pin of the chipKIT board. Digital inputs are useful to determine whether an incoming digital signal is logic HIGH or logic LOW. A simple application of digital input is reading the state of a push-button switch
chipKIT Tutorial 1: Digital input and output Read More »
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