Projects - PIC Microcontroller

An Integrated Approach to Developing Applications with Microchip PIC Microcontrollers

1. Introduction In our daily lives, a variety of devices such as telephones, household appliances, and cars incorporate “smart” electronics, typically manifested as embedded systems. At their core, these systems involve a microcomputer designed to oversee specific processes within the application. Microcontrollers (μC) or digital signal processing (DSP) devices commonly serve as the central component […]

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Functional block diagram of the voltage controller

Microcontroller-Driven AC Voltage Control with Soft Start Feature

1. INTRODUCTION PWM-based AC voltage controllers find extensive application in uninterruptible power supplies (UPS) and high-power flexible AC transmission systems. This variable voltage output serves various purposes, including dimming street lights, adjusting heating temperatures in homes and industries, controlling the speed of fans and winding machines, and numerous other applications. These systems require switching elements

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PIC Microcontroller-Based IC Tester for Efficient Integrated Circuit Verification

1. INTRODUCTION Within the electronics industry[1], as circuit complexity undergoes a drastic increase and the demand for higher reliability rises, a significant factor contributing to overall costs is the expense incurred during testing. Traditionally, distinct hardware circuits are required for testing different integrated circuits (ICs). Whether testing logic gates, flip-flops, or shift registers, each type

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Advanced Techniques for Fault Detection, Indication, and Protection in Induction Motors

1. INTRODUCTION The impact of microcontroller usage on our daily lives is remarkable. This versatile device is now prevalent in various control applications, utilizing a microprocessor as its central processing unit (CPU) while integrating features such as memory, timing references, and I/O peripherals on the same chip. In our project, the microcontroller plays a crucial

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Innovative Approaches to Control System Design for 100KV Impulse Generators

1. INTRODUCTION An impulse generator is an electrical device designed to generate short-duration surges of high voltage or high current. Impulse signals are characterized by their very high magnitude and extremely brief duration. These impulses are typically utilized for insulation testing by passing them through a transformer. The process of generating impulse voltage involves two

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Implementation of Circuit Diagram in Proteus

Mastering PIC 24F Series: A Comprehensive Guide with MPLAB and Proteus

Introduction The field of embedded systems plays a crucial role in modern society, with a myriad of applications across various sectors such as telecommunication, medical devices, industrial control, and more (Miha & Mihael, 2008). Microcontrollers form the backbone of these embedded systems, capable of executing complex operations based on hundreds of thousands of transistors. Initially,

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Smart Baby Incubator: Enhancing Care with PIC Microcontrollers

INTRODUCTION Within the effective Baby Incubator system, the incubator serves as an infant-stimulation apparatus designed for the intensive care of newborns, particularly those who are premature or unwell. This system ensures a secure and hygienic environment, offering fresh air and sterile conditions essential for the well-being of infants. Globally, four million infants face mortality within

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Exploring Versatility: GSM-Based Robotic Vehicle Technology

Introduction To Robotics The term ‘Robot’ remains elusive, defying a precise definition due to its evolving usage. Initially, it referred to humanoid or human-like beings and originated from the Czech word meaning ‘slave labor,’ coined by Karel Čapek in his 1921 play, “Rossum’s Universal Robots.” These early robots were biochemical entities, akin to what we

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Wireless Control of Robotic Arm via PS2 Joystick and Microcontroller Technology

1. INTRODUCTION A robot is a machine capable of performing a multitude of tasks [1]. Specifically, a robotic arm, functioning as a robot rigger, exhibits the ability to execute various functions akin to a human arm. In industrial settings, these robotic arms undertake diverse tasks such as welding, trimming, picking, and placing, among others. An

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The virtual terminal output with different inputs

Microcontroller-Based Laser Pulse Code Detection: Harnessing Pulse Repetition Frequency

This paper presents an enhanced system for detecting and tracking laser-guided weapons through a microcontroller-based decoding mechanism. The system utilizes a 4-quadrant laser detector to receive reflected pulses, and an electronic circuit processes these pulses. The processed data is then sent to a microcontroller for decoding the laser signal reflected by the target. The decoding

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