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Make & learn Electronics & Arduino: Pressure Sensor Edition (Udemy.com)

Design your own Pressure sensor & Learn electronics and Arduino C++programming

4.0

5 reviews

Created by: Dela Yohuno

Last updated February 2019

What you will learn

Build your own pressure sensor
Learn electronics theory how to build your own sensor circuit
Op-Amps sensors, Amplifiers component theory
How to programme your Arduino and use the Liquid Crystal library
Analogue to Digital converters
Instrumentation amplifiers
Wheatstone bridge circuits
Common mode rejection ratio
Op amp clipping
Derivation of Op -Amp equations and Wheatstone bridge equations
Programming the Arduino and C++ code
How LCD displays work
How to programme LCD displays
Rail to Rail Op Amps

How it compares

Against the other 295 rated Udemy courses in Arduino on CourseDuck:

Rating4.0 out of 5higher than 11% of them
Reviews5#296 of 296 by number of reviews
Length1.3 hoursshorter than 94% of them
Last updatedFebruary 2019earlier than 87% of them

Quality Score

Content Quality

Video Quality

Qualified Instructor

Course Pace

Course Depth & Coverage

Overall Score : 80 / 100

Course Description

Are you a student or electronics enthusiast who wants to create useful electronics devices which have real world applications? Do you also wish to increase your knowledge of electronics theory and learn more concepts which will aid you in producing your own electronic devices? Are you also interested in learning how to programme an Arduino micro-controller to create even more useful and advance devices? This course will cover all of these topics and much, much more!
By the end of this course you will be able to make your very own pressure sensor, which you can use to measure air pressure. This is a practical course and will enable you to learn through building your own pressure sensor. It will cover each component of the sensor in detail at the same time the theory you need to understand to gain a good level of understanding of electronics will be expanded upon. Concepts such as how Wheatstone bridges work, Instrumentation amplifiers, Clipping, programming the Arduino, using the Liquid Crystal library and analog to digital conversion.
Equations are commonly used to describe relationships between electronic parameters such as resistance, current and voltage.Throughout the course explanations of the theory of electronics will be cemented through Mathematics. The course will cover how these equations are derived and the uses of the equations in the creation of your circuits. Furthermore, the course covers programming the Arduino micro-controller and gives you useful coding tools which you can use in your own projects.

Who this course is for:

All
Anyone interested in electronics and interested in building thier own devices/Circuits
Hobbyists

All Levels

Time: 1.3h

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Instructor Details

Dela Yohuno

4.0 Rating
5 Reviews

After Graduating with a Masters in Biomedical engineering from the University of Surrey in 2013 I decided to pursue a career as a Medical Engineer to advance my skills. In addition to my 6 years of Engineering experience. I took up learning programming and Arduino to broaden my knowledge base and to complement by skills as an engineer.