Projects - PIC Microcontroller

Optimizing Performance: A Guide to Stacking Precision Power Supplies

1. Introduction Statement of Purpose Our project selection stems from the recognition that power supplies represent a crucial and costly aspect of any electrical project. In an industrial context, numerous product test setups demand precision voltage references, but the acquired supplies often exceed the required wattage and come at a higher cost. Conversely, for hobbyists […]

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Representation of a sensor pad based approach to controller design with location of subsystems

A Comprehensive VR Disability Accessibility Design Document

Introduction Problem and solution overview As technological advancements propel the evolution of virtual reality (VR) devices, incorporating features such as full-body capture and haptic feedback, the potential for diverse applications in gaming, education, and resource management continues to grow. However, the current state of VR presents challenges for individuals with disabilities, particularly those affecting the

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Intelligent Sips: Revolutionizing Dining with the SmartCup

Abstract The SmartCup Attachment is a comprehensive system designed for restaurants to monitor the liquid levels in their customers’ cups. This system comprises the attachment affixed to the base of cups, a hub responsible for processing data from all cups and converting it into Bluetooth format, and an iOS application that seamlessly connects to the

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This will make it easier to connect the pins from the board to the cable

Programming HID Bootloader on PIC32

The bootloader enables program installation on the PIC32 without relying on an external programmer such as an ICD2, and it operates without the need for any drivers on the computer. Software PIC Source Code For every new program, it is necessary to establish a folder that encompasses the source code files along with a project

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Snapshot of hardware system BK300 development board PIC16F887 chip and PICKit 3 programmer

Hands-On Microcontroller Projects: BK300 Development Board Featuring PIC16F887 Chip Lab

1. INTRODUCTION The study of microcontroller systems is experiencing a global surge across various fields within science, engineering, and technology departments of universities and polytechnics [1-2]. The utilization of microcontroller chips to oversee embedded system functions is witnessing rapid growth in daily technological design practices within colleges and research institutes A microcontroller represents an entire

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Pitt Robotics Club’s Guide to PIC16F877A Programming

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

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The Digital Logic Smart Breadboard Experience

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)

Sales Pitch Feeling overwhelmed by choices? Who isn’t? Decision-making can be a maze. White, rye, or wheat? Pinstripes or polka dots? Feast or fast? But fret not—assistance is at hand! Enter the world’s inaugural, handheld, portable decision-maker, fueled by genuinely random numbers. While my competitors offer decision-makers for 1, 5, 10, or 25 cents, can

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Step-by-Step Assembly Guide for [Development Board Name]

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

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Explorer 16 Development Board with the 100 pin PIM and the

Maximizing Wi-Fi Capabilities with the Explorer 16 Development Board

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

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