Powering Electronic Phones Using Piezoelectronic Disc as the Source of Electricity / Mike Louise R. Dimapilis, Chryzt Ajjienel M. Diokno and Glenth Allen A. Tausa.

By: Contributor(s): Material type: TextTextLanguage: English Publication details: Indang, Cavite : Cavite State University- Main Campus, 2018Description: xiii , 48 pages : illustrations ; 28 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
Subject(s): DDC classification:
  • 621.381 D59 2018
Online resources: Production credits:
  • College of Education (CED) Department of Science High School
Abstract: DIMAPILIS, MIKE LOUISE R., DIOKNO, CHRYZT AJJIENEL M., TAUSA, GLENTH ALLEN D. Powering Electronic Phones Using Piezoelectronic Disc as the Source of Electricity. Research Study. (General Science Curriculum) Laboratory Science High School, College of Education, Cavite State University, Indang, Cavite, June 2018. Adviser: prof. Emeson Lascano. Piezoelectric disc using an alternative source of electricity was conducted at the Villa Corazon, Mataas na lupa. Indang, Cavite and Cavite State University Oval from Oval from February to April 2018. This study was conducted to utilize different number of Piezoelectronic disc as source of electricity in powering electronic phones in terms of weight, electricity input, and added percentage of charging in a battery. Piezoelectronic disc was placed in the sole of the shoes and the disc was connected using, wires and styro foams to prevent it from breaking_ The female input connectors was attached at the end of the wire. The power bank and the multi meter was placed inside the belt bag and the male input connector NA as connected to multi meter and power hank. The electricity input was measured using multi meter. After putting the Piezoelectronic disc on the shoes, it was found out that Treatment l with only two discs had the least added weight while Treatment 3 with six Piezoelectronic disc had the most added weight. In terms of voltage input. Treatment 2 with four Piezoelectronic disc produced the highest voltage as compared to Treatment 1 and 3. Moreover, Treatment 2 produced the highest voltage. These could be attributed to the position of Piezoelectronic disc on the shoes. Treatment 2 had the better positioning in the sole of the shoes, Treatment 3 had the most number of Piezoelectronic disc, however it's positioning on the shoes was complicated and not all of the Piezoelectronic disc was being pressed during walking.
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Item type Current library Collection Call number Materials specified Status Notes Date due Barcode
Theses / Manuscripts Theses / Manuscripts Ladislao N. Diwa Memorial Library Theses Section Non-fiction 621.381 D59 2018 (Browse shelf(Opens below)) Room use only RS-820 00076517

Research Study (Science High School) Cavite State University.

Includes bibliographical references.

College of Education (CED) Department of Science High School

DIMAPILIS, MIKE LOUISE R., DIOKNO, CHRYZT AJJIENEL M., TAUSA, GLENTH ALLEN D. Powering Electronic Phones Using Piezoelectronic Disc as the Source of Electricity. Research Study. (General Science Curriculum) Laboratory Science High School, College of Education, Cavite State University, Indang, Cavite, June 2018. Adviser: prof. Emeson Lascano.
Piezoelectric disc using an alternative source of electricity was conducted at the Villa Corazon, Mataas na lupa. Indang, Cavite and Cavite State University Oval from Oval from February to April 2018. This study was conducted to utilize different number of Piezoelectronic disc as source of electricity in powering electronic phones in terms of weight, electricity input, and added percentage of charging in a battery.
Piezoelectronic disc was placed in the sole of the shoes and the disc was connected using, wires and styro foams to prevent it from breaking_ The female input connectors was attached at the end of the wire. The power bank and the multi meter was placed inside the belt bag and the male input connector NA as connected to multi meter and power hank. The electricity input was measured using multi meter. After putting the Piezoelectronic disc on the shoes, it was found out that Treatment l with only two discs had the least added weight while Treatment 3 with six Piezoelectronic disc had the most added weight. In terms of voltage input. Treatment 2 with four Piezoelectronic disc produced the highest voltage as compared to Treatment 1 and 3. Moreover, Treatment 2 produced the highest voltage. These could be attributed to the position of Piezoelectronic disc on the shoes. Treatment 2 had the better positioning in the sole of the shoes, Treatment 3 had the most number of Piezoelectronic disc, however it's positioning on the shoes was complicated and not all of the Piezoelectronic disc was being pressed during walking.

Submitted to the University Library July 16, 2018 RS-820

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