The tutorials assume a foundational understanding of programming and electronics. If you’re new to programming, it’s advisable to grasp the basics of C or C++. Additionally, a basic knowledge of electronics and constructing simple circuits is recommended. Most of this information was gathered from the PIC MCU Compiler reference manual, supplemented by input from other […]
Pitt Robotics Club’s Guide to PIC16F877A Programming Read More »
1. Introduction 1.1 Problem and Solution In the realm of engineering prototyping, the breadboard stands as the primary choice for initial hardware testing. However, as the size of the prototyped system expands, such as in the case of a 4-bit calculator akin to the implementation in ECE385 for Lab 3, the process of debugging becomes
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Exploring Leon’s Mini Random Number Generator (mRNG) Read More »
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 »
As society progresses, the necessity for wireless communication is evolving from a mere luxury to an essential requirement. Wi-Fi, extending beyond conventional internet communication, finds myriad applications. This guide delineates the functionalities inherent in the Microchip Explorer 16 Development Board for Wi-Fi operations. It also details the configuration steps required to establish Wi-Fi communication on
Maximizing Wi-Fi Capabilities with the Explorer 16 Development Board Read More »
Within this laboratory session, you’ll employ the C language to create an alarm clock, delving into the implementation of “C” programs on the PIC18 microcontroller. Additionally, you’ll gain insights into utilizing interrupts, executing digital-to-analog conversion, and incorporating music playback capabilities on the PIC18. This project operates on a team basis, allowing a maximum of two
Designing Your Ideal Alarm Clock: An Introduction to PIC18 Read More »
The potential for preventive healthcare could be driven by harnessing energy from body heat and movement. At the University of Virginia, researchers are crafting a low-power microchip capable of supporting real-time health monitoring directly on the body. This chip, fueled by sources such as body heat, motion, and sunlight, promises an exceptionally compact and durable
Revolutionizing Wearable Tech: Advancements in Self-Powered Microchips Read More »
Introduction Smart home technology has grown tremendously in popularity over the last decade. A recent survey found that 46% of consumers view smart home features as an important consideration for their current or future residence. However, many commercial smart home systems are quite expensive to implement and require ongoing third-party monitoring fees. We sought to
Transform Your Home into a Smart Haven with DIY Wireless Automation Read More »
We developed an audio spectrum analyzer as our final project for ECE 4760. This analyzer presented a histogram-style representation of audio signals. We successfully achieved real-time display of the audio signal’s frequency spectrum using a monochromatic histogram layout, where bins extended from left to right, representing low to high frequency ranges. Our system was built
I. Design Summary The objective of this mechatronics system design project is to develop a straightforward control and interface platform for robotics using a Microchip PIC processor. The aim is to create a versatile platform capable of accommodating various sensors, displays, and outputs, and it should be mobile while being controlled through 2.4GHz remote signals.
Exploring the PIC16F88 Microcontroller for Remote-Controlled Robotics Read More »
