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Bel Project Final 1

The document outlines a project on touch sensors conducted by students in the Basic Electronics Engineering course. It details the components used, the objective of the project, and the outcome, highlighting the role of touch sensors in enhancing user interaction and accessibility in various applications. The project is supervised by Dr. Sandipan Mallik and includes a circuit diagram and simulation images.

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sujalmangaraj
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22 views4 pages

Bel Project Final 1

The document outlines a project on touch sensors conducted by students in the Basic Electronics Engineering course. It details the components used, the objective of the project, and the outcome, highlighting the role of touch sensors in enhancing user interaction and accessibility in various applications. The project is supervised by Dr. Sandipan Mallik and includes a circuit diagram and simulation images.

Uploaded by

sujalmangaraj
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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Subject: Basic Electronics Engineering

Code: ECE-100
Semester: 1st Sem Year: 2024 Section: E

Student Name Roll Number


SOUMYA RANJAN RAUTARAY 202456692
SUJAL MANGARAJ 202456392
NISHANT BEHERA 202456416

Title of the Project-TOUCH SENSOR

List of Component used:


1.Bread Board
2.9v battery
3.555 Timer IC
4.L.E.D
5.330 ohm resistor
6.Wires
7.Pins

Abstract:
Touch sensors are devices that detect and respond to physical touch or
proximity, converting touch input into electrical signals. Commonly used in
capacitive and resistive forms, they find applications in consumer electronics,
automotive systems, and industrial automation. Touch sensors enhance user
interaction by providing a responsive and intuitive interface.

Objective:A touch sensor detects touch or proximity to provide easy and


efficient interaction with devices. It simplifies user interfaces, enhances
accessibility, and increases automation. Touch sensors are used in
smartphones, tablets, industrial controls, and more to make operations
intuitive and responsive.

Circuit diagram/Diagram:

Outcome/Result:
Touch sensors detect and respond to physical touch or proximity,
enabling intuitive, efficient user interaction and control of electronic devices.
They simplify interfaces, enhance accessibility, and are used in various
applications like smartphones, tablets, and industrial controls.

Picture/Image/Simulation

Name of the Faculty: Dr. Sandipan Mallik Comment:


Mark obtained:

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