Amantillo, Kyle J. <br/><br/>
Development of a contactless cable mapping device through electromagnetic induction method for wall embedded conductors/ 
Kyle J. Amantillo, Ronan Cris S. Cruz, Mike Andrei N. Degano, Gileana L. Marcelo, Pia Rafaella G. Pahate, and Dianne A. Rio.-- 
 - Manila:	  Technological University of the Philippines,	  2025. 
 - xxxv, 212pages:  29cm. 
<br/><br/> Bachelor's thesis<br/> 
<br/><br/>College Of Engineering.--<br/> 
<br/><br/>Includes bibliographic references and index. 
<br/><br/> This study aims to develop a contactless cable mapping device using the<br/>principle of electromagnetic induction, capable of detecting and mapping the<br/>magnitude of magnetic field generated by live conductors embedded within<br/>concrete hollow block walls. The primary objectives are to design the transmitter<br/><br/>coil that induces eddy currents at a specific frequency when the wire is de-<br/>energized, and to develop and calibrate a magnetometer array for magnetic flux<br/><br/>density measurement during energized conditions - both of which are critical<br/>components for building the device’s sensor module.<br/>Researchers made use of an FG – 100 DDS function generator, AD620<br/>Amplifier Module for voltage measurements and HMC5883L as the magnetometer<br/>array component. A 600 turns, 14.84 milli Henries transmitter coil was developed,<br/>capable of transmitting readable signals at 50 000 Hz and at 10 centimeters away<br/>from the target. When paired with the AD620, the coil demonstrated the ability to<br/>detect small, induced voltages from energized conductors, suggesting its potential<br/>as both a transmitting and receiving element for magnetic field signals. Whereas<br/>a 4 × 4 magnetometer array was created along with a magnetic field mapping<br/>program that can display real – time intensity of magnetic field within the scope of<br/>detection of the array. The calibration was executed using Magneto V1.2 software,<br/>this algorithm allowed the distorted measurements from the magnetometer to be<br/>mapped back into a more accurate representation of the local magnetic field.<br/>Bicubic Interpolation and Filtering program was also employed to detect the 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Cable mapping<br/>Magnetic detection<br/>Sensor calibration
<br/><br/><label>LC Class. No.: </label>BTH TK 146  / A43 2025