Top 10 Arduino Projects 2018 | Amazing Ardiuno School Projects

▸Arduino 2019 Projects: https://youtu.be/enyIGWev7HQ

So here is the compilation Top 10 Amazing Arduino Projects of 2018 — 2019! Well its my second upload on Science Projects as I found these awesome projects and thought, I would share this stuff with you guys! You may find it helpful for your school's science project or for some cool DIY stuff which can be made using Arduino.

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Links:
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▸ Projects' Source : http://bit.ly/2EcvJYT
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▸ Twitter : https://twitter.com/CreatorFellow
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Here is the list of Arduino Projects 2018:
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10 | 00:12 | Solar Light Tracker
Link: http://bit.ly/T10ASL
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09 | 00:30 | Arduino Game Controller
Link: http://bit.ly/2V2loJH
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08 | 00:44 | 'Stack' Game Player (AI)
Link: http://bit.ly/2IsBo1H
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07 | 01:10 | CNC Plotting Machine
Link: http://bit.ly/2PjZ88D
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06 | 01:36 | Arduino Data Glasses
Link: http://bit.ly/2IDIxLL
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05 | 02:06 | Robotic Arm (Programmable)
Link: http://bit.ly/2ZfCoLL
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04 | 03:00 | CNC Drawing Machine
Link: http://bit.ly/2PjQDL0
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03 | 04:14 | Hand Gesture/Controller (RC Car)
Link: http://bit.ly/2VfnXbv
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02 | 04:40 | Line Following Robot
Link: http://bit.ly/2GeRJTS
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01 | 05:40 | Self-Learning Maze Solver (Robot)
Link: http://bit.ly/2KNEJuc
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Disclaimer: I did NOT create these projects! All credit goes to their respective owners. This is a compilation, a preview of selected content to promote the owner's videos.

You can learn Arduino in 15 minutes.

The ultimate Arduino tutorial for beginners. Learn how to choose an Arduino, dim LEDs, build a motor speed controller and more. Sponsored by Audible — Get a free 30 day trial & download one free title: http://www.audible.com/afrotechmods
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#Arduino #Science #Engineering

Should a Person Touch 200,000 Volts? A Van de Graaff generator experiment!

What happens if a person touches 200, 000 volts? Should a person even be touching 200, 000 volts in the first place? Find out in this live Van de Graaff generator experiment!

Other segments from this presentation are available!

— Liquid Nitrogen and Fire! — https://youtu.be/ANdt8LuPaEg
— Liquid Nitrogen and the Tea Kettle Mystery — https://youtu.be/L0q3uWuqjYE

A more complete liquid nitrogen show, shot during one of Jefferson Lab's Open Houses, can be seen here:

— Liquid Nitrogen Show! — https://youtu.be/enEtTV-FyCU

MOSFET BJT or IGBT - Brief comparison Basic components #004

$2 for 5PCBs (Any solder mask colour): https://jlcpcb.com

I know this is very brief and basic but a lot of you guys wanted a small comparison between these transistors. Please read the info below for more details, graphs and specs.

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More information website: https://electronoobs.com/eng_circuitos_tut35.php
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my Q&A page: http://electronoobs.com/eng_preguntas.php
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Canal en Español: https://www.youtube.com/channel/UCL_QvUUeriC6q610RCXDlSQ



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#Transistors
#theory
#difference

Top 3 awesome circuit | Same circuit just change 1 component

How servo motor works

This movie gives an overview of how RC servo motor works and how it's made.

Rock Pi 4B : M.2 & USB 3.0 SBC

Rock Pi 4B single board computer review and demo, including testing a WD Black M.2 NVMe SSD in Debian, and media playback in Android. The video also shows the acrylic case, eMMC module, and large heat sink.

You can find more information on the Rock Pi 4 on its website here: http://rockpi.org/ and in the RADXA wiki here: https://wiki.radxa.com/Rockpi4

For NVMe and cooling tests, see my follow-up video here: https://www.youtube.com/watch?v=l6EUfqywsOI

This is not a sponsored video. However, the Rock Pi 4B featured was supplied for review by Allnet, who sell the board and its accessories here: https://shop.allnetchina.cn/ (outside Europe) and here: https://shop.allnet.de/search?sSearch=rockpi (inside Europe).

My review of the Nano Pi M4 is here: https://www.youtube.com/watch?v=knS854Taz-E

You may also find useful my review of the WD Black NVMe SSD: https://www.youtube.com/watch?v=kvHUVcgo8xY

More videos on SBCs and wider computing topics can be found on the ExplainingComputers channel at: https://www.youtube.com/user/explainingcomputers/videos

You may also like my other channel, ExplainingTheFuture, at: https://www.youtube.com/user/explainingthefuture/videos

#RockPi #RockPi4B #SBC #ExplainingComputers

OMRON - D6T MEMS Thermal Sensor

High Sensitivity Enables Detection of Stationary Human Presence

OMRON's unique MEMS and ASIC technology achieve a high SNR.

Superior noise immunity with a digital output.

High-precision area temperature detection with low cross-talk
field of view characteristics.

Omron has developed new super-sensitive sensor for non-contact thermal measurement that makes full use of proprietary Omron MEMS sensing technology. The D6T sensor, operating on infrared radiation sensing principle, is very suitable for human detection. It can detect the presence of people in an area without the need for movement and thus it is an outstanding alternative to pyroelectric sensors or PIR detectors in home automation, building automation, healthcare, security and industrial applications.
Omron has developed new super-sensitive sensor for non-contact thermal measurement that makes full use of proprietary Omron MEMS sensing technology. The D6T sensor, operating on infrared radiation sensing principle, is very suitable for human detection. It can detect the presence of people in an area without the need for movement and thus it is an outstanding alternative to pyroelectric sensors or PIR detectors in home automation, building automation, healthcare, security and industrial applications.
Most human presence sensors rely on movement, but the D6T is able to detect occupation by sensing body heat and provides a more reliable basis for switching off lighting, air conditioning and other services when the space is empty. Conventional sensors often fail to distinguish between an unoccupied space and a stationary person.
As D6T sensors are also able to monitor the temperature of a room, they can also be used to control the level of heating and air conditioning systems and maintain optimal room temperature levels without wasting energy. Unusual changes in temperature can also be used in other ways, for example to detect line stoppages, identify hot spots before a fire breaks out or in clinical applications to check whether a patient has left the bed.
While standard thermal sensors are only able to measure temperature at one contact point, the D6T can measure without any contact the temperature of an entire area. Signals generated by infrared rays are extremely weak. To achieve reliable detection, Omron has developed and manufactured every part of the new high sensitivity thermal sensor in-house, from the MEMS sensors to ASICs (application-specific integrated circuits) and other application-specific parts. The technology behind Omron's D6T thermal sensors combines a MEMS micro-mirror structure for efficient IR radiation detection with a high-performance silicon lens to focus the infrared rays onto its thermopiles. Proprietary application-specific integrated circuits then make the necessary computations and convert sensor signals into digital I2C outputs. The result is excellent ±1.5 C° accuracy with high noise immunity.

Likewise other new technologies, by this new sensor, Omron aims to contribute to developments of state of art solutions which enhance people's safety, security and comfort.

http://components.omron.eu/en/products/catalogue/sensors/mems/thermal_sensors/thermal_sensors/default.html

Video Produced by BlueBadger Ltd. http://www.bluebadger.eu

Three Common Types of Sensors

Learn about the three common types of sensors: Inductive, capacitative, and photoelectric.

See this and over 140 engineering technology simulation videos at http://www.engineertech.org.

Simulations provided free under a Department of Labor grant awarded Eastern Iowa Community Colleges. To learn more visit http://www.eicc.edu.

What is a Fourier Series? (Explained by drawing circles) - Smarter Every Day 205

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Doga's a super smart dude who writes a Turkish blog "Bi Lim Ne Güzel Lan" that roughly translates roughly to "Science is Awesome Dude". We had a lot of fun working on this together. He would really appreciate it if you checked out his blog. The fun thing is that most of his articles transcend language.

Doga’s Blog (written in Turkish):
http://bilimneguzellan.net/

Doga’s original Fourier Series blog article that blew my mind:
http://bilimneguzellan.net/fuyye-serisi/

Click here to tweet him "thanks" for https://twitter.com/bilimneguzellan

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GET SMARTER SECTION

http://mathworld.wolfram.com/FourierSeries.html

Brady’s Video “Optical Tweezers and the 2018 Nobel Prize in Physics — Sixty Symbols”
https://www.youtube.com/watch?v=XjXLJMUrNBo
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