TY  - BOOK
AU  - Sabal, Airon Paul I., Author
AU  - Gamboa, Khelvin C., Author
AU  - Dela Cruz, John Albert A., Author
AU  - Zoleta, Nemrod M., Adviser
AU  - Paulino, Jurick, Techical Critic
TI  - Development of Digital AC & DC Panel Board / 
PY  - 2015///
CY  - Rosario, Cavite
PB  - Cavite State University-CCAT Campus
N1  - Design Project (BSIT)--Cavite State University-CCAT Campus, 2015; Includes bibliographical references and appendices
N2  - Dela cruz, John Albert A., Gamboa, Khelvin C., Sabal Airon Paul I., Development of
Digital AC and DC Panel Board, Bachelor of Science in Industrial Technology. Cavite State
University - Rosario, Cavite March 2014. Adviser: Mr. Nemrod Zoleta. Technical Critic: Mr. Jurick Paulino

This project study entitled Development of Digital AC and DC Panel Board sought to
answer the following problems. (1) How does the Digital AC and DC Panel Board perform its
function effectively and efficiently? (2) How does the Digital AC and DC Panel Board provides
an easy and faster solution during electrical overload and short circuit?

The main objectives of the study was to develop and construct a digital AC-DC panel
board. Specifically, the study aimed to (1) Plan a safe and effective prototype. (2) Analyse the
project study as to its functionality and workability. (3) Design Digital AC and DC Panel Board
using Digital voltmeter for AC and DC source. (4) Construct a Digital AC and DC Panel Board
from available parts and materials in the local market. (5) Test and evaluate its capability, safety,
and effectiveness. (6) Revise and remedy defects, if there are any.

The study was focused only in the Development of Digital AC and DC Panel Board; it
can be used as power supply for AC and DC voltage and portable protective device for circuit.

This project study was conducted at Daang Amaya III, Tanza, Cavite - Dela Cruz'
Residence from June 2013 to March 2014. The developed Digital AC and DC Panel Board is a
portable panel board that is handy and can be moved to the area it is needed for its purpose. It
supports the needs of students in AC and DC source and circuit protecting device also.

The 30 participants of the study who evaluated the prototype were composed of five
instructors, ten students, ten electricians and five factory workers of CvSU- Rosario.

Data collected were tabulated, and analysed using frequency distribution, weighted mean
and percentage.

The findings of the study based on the results of the evaluation is excellent as to its
functionality and workability

ER  -