Sabal, Airon Paul I., Author <br/><br/>
Development of Digital AC & DC Panel Board /  
Airon Paul I. Sabal, Khelvin C. Gamboa, and John Albert A. Dela Cruz 
 - Rosario, Cavite :  Cavite State University-CCAT Campus,  2015 
 - xii, 62 leaves :  Illustrations ;  28 cm 
<br/><br/> Design Project (BSIT)--Cavite State University-CCAT Campus, 2015. 
<br/><br/>Includes bibliographical references and appendices. 
<br/><br/> Dela cruz, John Albert A., Gamboa, Khelvin C., Sabal Airon Paul I., Development of<br/>Digital AC and DC Panel Board, Bachelor of Science in Industrial Technology. Cavite State<br/>University - Rosario, Cavite March 2014. Adviser: Mr. Nemrod Zoleta. Technical Critic: Mr. Jurick Paulino<br/><br/>This project study entitled Development of Digital AC and DC Panel Board sought to<br/>answer the following problems. (1) How does the Digital AC and DC Panel Board perform its<br/>function effectively and efficiently? (2) How does the Digital AC and DC Panel Board provides<br/>an easy and faster solution during electrical overload and short circuit?<br/><br/>The main objectives of the study was to develop and construct a digital AC-DC panel<br/>board. Specifically, the study aimed to (1) Plan a safe and effective prototype. (2) Analyse the<br/>project study as to its functionality and workability. (3) Design Digital AC and DC Panel Board<br/>using Digital voltmeter for AC and DC source. (4) Construct a Digital AC and DC Panel Board<br/>from available parts and materials in the local market. (5) Test and evaluate its capability, safety,<br/>and effectiveness. (6) Revise and remedy defects, if there are any.<br/><br/>The study was focused only in the Development of Digital AC and DC Panel Board; it<br/>can be used as power supply for AC and DC voltage and portable protective device for circuit.<br/><br/>This project study was conducted at Daang Amaya III, Tanza, Cavite - Dela Cruz'<br/>Residence from June 2013 to March 2014. The developed Digital AC and DC Panel Board is a<br/>portable panel board that is handy and can be moved to the area it is needed for its purpose. It<br/>supports the needs of students in AC and DC source and circuit protecting device also.<br/><br/>The 30 participants of the study who evaluated the prototype were composed of five<br/>instructors, ten students, ten electricians and five factory workers of CvSU- Rosario.<br/><br/>Data collected were tabulated, and analysed using frequency distribution, weighted mean<br/>and percentage.<br/><br/>The findings of the study based on the results of the evaluation is excellent as to its<br/>functionality and workability.<br/> 
<br/><br/><br/>In English text.