Difference between revisions of "ExpEYES"

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(Basic Level)
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#Overview of ExpEYES Junior
 
#Overview of ExpEYES Junior
 
#Introduction to ExpEYES Junior
 
#Introduction to ExpEYES Junior
 +
#*Explanation about ExpEYES Junior device.
 +
#*Features.
 +
#*How to buy the device online.
 +
#*Installation on Linux, Windows, Android and Netbook.
 +
#*Connection to the system.
 +
#*Demonstration of a simple experiment.
 
#Panel connections and software interface
 
#Panel connections and software interface
 
#Experiments using Python
 
#Experiments using Python

Revision as of 11:46, 8 June 2015

Introduction

ExpEYES Junior

ExpEYES stands for Experiments for Young Engineers and Scientists. It is used to perform basic Physics and Electronics experiments.

ExpEYES junior can be used from secondary to graduate level and also in engineering branches.

ExpEYES junior is designed and developed by PHOENIX project of Inter-University Accelerator Centre, New Delhi.

The hardware and software is free and open source. Software is distributed under GNU General public License. The software is available on Linux, Netbook, Android and Windows.

The device gives accurate measurements. The software interface is a four channel oscilloscope. The device is used to perform experiments in various fields of Physics and Electronics like Sound, Electricty, Magnetism, Light, Diodes and Transistors, Logic gates and others.

For details about ExpEYES junior, visit the link: http://expeyes.in.

The Spoken Tutorial Effort for ExpEYES is being contributed by Madhuri Ganapathi and Kaushik Datta from Spoken Tutorial Project, IIT Bombay.

Tutorials in this series

Basic Level

  1. Overview of ExpEYES Junior
  2. Introduction to ExpEYES Junior
    • Explanation about ExpEYES Junior device.
    • Features.
    • How to buy the device online.
    • Installation on Linux, Windows, Android and Netbook.
    • Connection to the system.
    • Demonstration of a simple experiment.
  3. Panel connections and software interface
  4. Experiments using Python
  5. DC and AC Circuits
  6. Electro­Magnetic Induction
  7. Electrolysis and Dielectric constant
  8. Characteristics of Sound Waves
  9. Oscillations and Resonance of Pendulum
  10. Transient Response of circuits
  11. Diode and rectifiers
  12. Transistor CE and Logic gates

Contributors and Content Editors

Madhurig, Nancyvarkey, PoojaMoolya