CSU-Carig
Cabaruan, Marvin., author.
Development and testing of fault circuit detector / Marvin Cabaruan, Alwin Aglado, John Wilson Florido, Jaybee Cauilan, Marnix Daquioag, Joven Repalda, John Marford Asuncion - ©2024.
Abstract
Approval Sheet
Acknowledgement
Dedication
Table of Contents
II. CHAPTER 1 Background of the Study
Introduction
Statement of the Problem
Hypothesis
Scope and Delimitations
Conceptual Framework
Significance of the Study
Definition of Terms
II. CHAPTER 2 Review of Related Literature
Related Literature
Related Studies
III. CHAPTER 3 Research Methodology
Research Design
Product Design
Materials and Equipment
Construction Procedure
Evaluation Instrument
Respondents of the Study
Data Gathering Procedure
Statistical Analysis
VI. CHAPTER 4 Results and Discussion
Product Evaluation
ANOVA test Result
V. CHAPTER 5 SUMMARY, CONCLUSION AND RE
Summary
Conclusion
Recommendations
BIBLIOGRAPHY
APPENDICES
Letter of Approval
Instrument
Documentations
Curriculum Vitae
The development of a fault circuit detector involves creating a sophisticated electrical/electronic device designed to identify and locate faults within electrical circuits. This project focuses on the performance, accuracy and safety of the fault detection in residential houses or offices. The detector utilizes arduino sensor technology, precise signal processing algorithms and intelligent fault analysis and to pinpoint abnormalities such as short circuit, busted light and overload faults.
Through stable Wi-Fi internet connection and mobile application, the monitoring of circuit faults will be easily facilitated in your mobile phones wherever you go thus to provide ease in troubleshooting circuit faults.
This fault circuit detector serves as a valuable tool for maintenance personnel and electricians, offering a proactive approach to identifying and addressing electrical faults promptly. The abstract encapsulates the essence of the project, highlighting its technological advancements and practical applications in maintaining the integrity of electrical systems.
Electrical 0001 / 2024 c.1
Development and testing of fault circuit detector / Marvin Cabaruan, Alwin Aglado, John Wilson Florido, Jaybee Cauilan, Marnix Daquioag, Joven Repalda, John Marford Asuncion - ©2024.
Abstract
Approval Sheet
Acknowledgement
Dedication
Table of Contents
II. CHAPTER 1 Background of the Study
Introduction
Statement of the Problem
Hypothesis
Scope and Delimitations
Conceptual Framework
Significance of the Study
Definition of Terms
II. CHAPTER 2 Review of Related Literature
Related Literature
Related Studies
III. CHAPTER 3 Research Methodology
Research Design
Product Design
Materials and Equipment
Construction Procedure
Evaluation Instrument
Respondents of the Study
Data Gathering Procedure
Statistical Analysis
VI. CHAPTER 4 Results and Discussion
Product Evaluation
ANOVA test Result
V. CHAPTER 5 SUMMARY, CONCLUSION AND RE
Summary
Conclusion
Recommendations
BIBLIOGRAPHY
APPENDICES
Letter of Approval
Instrument
Documentations
Curriculum Vitae
The development of a fault circuit detector involves creating a sophisticated electrical/electronic device designed to identify and locate faults within electrical circuits. This project focuses on the performance, accuracy and safety of the fault detection in residential houses or offices. The detector utilizes arduino sensor technology, precise signal processing algorithms and intelligent fault analysis and to pinpoint abnormalities such as short circuit, busted light and overload faults.
Through stable Wi-Fi internet connection and mobile application, the monitoring of circuit faults will be easily facilitated in your mobile phones wherever you go thus to provide ease in troubleshooting circuit faults.
This fault circuit detector serves as a valuable tool for maintenance personnel and electricians, offering a proactive approach to identifying and addressing electrical faults promptly. The abstract encapsulates the essence of the project, highlighting its technological advancements and practical applications in maintaining the integrity of electrical systems.
Electrical 0001 / 2024 c.1