STUDY ON CONTACTLESS TRANSMISSION OF SIGNAL BETWEEN SENSORS AND CONDITIONING CIRCUIT

CONTACTLESS TRANSMISSION OF SIGNAL BETWEEN SENSORS AND CONDITIONING CIRCUIT

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CONTACTLESS TRANSMISSION OF SIGNAL BETWEEN SENSORS AND CONDITIONING CIRCUIT

Abstract

In modern sensor applications, ensuring reliable and efficient signal transmission between sensors and conditioning circuits is crucial. Traditional wired connections can pose limitations due to issues such as signal degradation, physical wear, and constraints in hazardous or mobile environments. This study explores the development and implementation of contactless transmission methods for signal transfer between sensors and conditioning circuits. Utilizing advanced technologies such as inductive coupling, capacitive coupling, and wireless communication, this research aims to overcome the limitations of wired systems.

The proposed contactless transmission system is designed to maintain high signal integrity and reduce the susceptibility to noise and interference. The system architecture includes innovative sensor interfaces, signal modulation techniques, and robust conditioning circuitry to ensure accurate data capture and transmission. Experimental setups were developed to evaluate the performance of different contactless transmission methods in various operational environments, including high-temperature and high-vibration conditions.

Results demonstrate that contactless transmission methods can achieve comparable, if not superior, performance to traditional wired connections, with significant improvements in durability and flexibility. The findings suggest that integrating contactless transmission in sensor networks can enhance the reliability and efficiency of data acquisition systems, particularly in challenging and dynamic environments. Future work will focus on optimizing the power efficiency of contactless systems and expanding their application in diverse industrial and biomedical fields.

This research contributes to the advancement of sensor technology, providing a foundation for the development of more resilient and adaptable data acquisition systems. The insights gained from this study pave the way for broader adoption of contactless transmission techniques in next-generation sensor networks.

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