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Multi Project Electronics Learning Board
with AC Adapter and so much MORE!
his listing is for one of our new Multi-Project Electronics Learning boards that supports 20+ plug and play projects! The board comes to you fully assembled and tested! It includes a 9v AC adapter for plug-and-play operations. It also comes with a PIR motion detector module, a reed switch peripheral, a magnet, a laser peripheral, a motor peripheral, a speaker peripheral, a handful of female plug-in wires, and an audio jack peripheral to interface the board with your MP3 player. The manual is also included, and it includes all of the schematics, plug-in information, the links to the relative electronic tutorial videos, and the links to all of the project video tutorials. These tutorials explain to you in detail how each and every on-boar circuit works. Each video has a theory and a lab section, so that you see how each set of theory applies to the board. This project includes many circuits that are used in first and second semester college electronics courses, and it was designed for the beginner. There is no software used on this board. It is comprised entirely of hardware electronic blocks that work together to create many, many projects.
This electronics learning board was designed to showcase hardware only, but all projects can easily be interfaced with your arduino, or other microcontroller project. By watching our electronic block tutorial videos, you will learn how each block works, as well as how they may be manipulated. Only basic arithmetic skills are required to follow along. Each block video has a theory and lab portion. All of the project videos will allow for you to follow along with us, as we show you how to create each project. The goal is to teach you some fun, practical, and essential electronics while watching short videos.
What You Will Receive When You Purchase This Listing:
1x Multi-Project Electronics Learning Board (Assembled, Tested & Sealed in an ESD bag)
1x 9v AC Wall Adapter
1x PIR Motion Detector Module
1x Reed Switch Peripheral (Magnetic Switch)
1x Magnet
1x Speaker Peripheral
1x Audio Jack Adapter (For MP3 Device Interface)
15+ Female Wire Connectors
1x Vibrator Motor Peripheral
1x Downloadable 25 Page Manual With Schematics, Troubleshooting Tips, Video Links, & SO MUCH MORE!
The Electronic Blocks:
1) 7805 5v regulators (Regulated power supply)
2) 555 timer based square wave oscillator with frequency adjustment
3) 555 timer based monostable multivibrator (Adjustable - Pulse timer)
4) 74LS93 based decade counter with toggle output
5) Driving a common-anode 7-segment display with 74LS47 based decoder chip
6) Operational amplifiers – Comparators & voltage dividers
7) Operational amplifiers – Non-Inverting Amplifiers
8) Variable resistors as voltage dividers
9) Actuators – Relays/Buzzers/Motors/Speakers
10) Sensors Part#1 (LDR/Electret Microphone/Vibration Sensor/Infrared Sensors)
11) Sensors Part#2 (PIR sensors/Reed switches)
Projects:
1) The doorbell
2) PIR motion detector security system
3) Drive a relay to power AC devices
4) Clap-On/Clap-Off & Double Clap-On/Double Clap-Off a high power relay (Control AC)
5) Light sensors & laser detectors (Part#1 - Light sensors)
5.2) Light sensors & laser detectors (Part#2 – Laser Detectors)
6) Highly sensitive laser security system circuit
7) Driving a 7-segment display using an oscillator, decade counter, 74LS47 7-segment driver a common-anode 7-segment display.
8) Counting claps with a 7-segment display
9) Driving a motor with an infrared sensor & remote control
10) The touch sensor
11) The Reed switch experiments
12) The basic audio amplifier
13) Let’s turn vibration into audio!
14) The Earthquake Detector
15) The Voice Amplifier
16) Counting infrared pulses
17) Frequency Division
18) Hardware De-bouncing
19) AC alarm + challenge
20) Sending audio waves on a laser
Reading manuals and text books is certainly not for everyone. I found that while I was in school for electronics, I found that I had a much easier time understanding concepts when we were being instructed by a teacher. We had theory lessons, then labs for each concept so that theory and hands-on was offered to the student. To those of you who will be purchasing this pre-order: You will be the student, and you will be following along with my videos to learn how to easily re-create these circuits on your own!
This board was designed for Ages 9 and up. Even if you are much older, you will get so much out of this board. It is an excellent investment, as it touches on many, many different concepts taught in first year engineering, but I teach it on a practical and fun level, so that each concept is fully understood.
If you have any questions at all, please do not hesitate to let me know!
Sample Tutorial (Non-Inverting Amplifier Using An LM324 Quad Op-Amp IC):
This electronics learning board was designed to showcase hardware only, but all projects can easily be interfaced with your arduino, or other microcontroller project. By watching our electronic block tutorial videos, you will learn how each block works, as well as how they may be manipulated. Only basic arithmetic skills are required to follow along. Each block video has a theory and lab portion. All of the project videos will allow for you to follow along with us, as we show you how to create each project. The goal is to teach you some fun, practical, and essential electronics while watching short videos.
What You Will Receive When You Purchase This Listing:
1x Multi-Project Electronics Learning Board (Assembled, Tested & Sealed in an ESD bag)
1x 9v AC Wall Adapter
1x PIR Motion Detector Module
1x Reed Switch Peripheral (Magnetic Switch)
1x Magnet
1x Speaker Peripheral
1x Audio Jack Adapter (For MP3 Device Interface)
15+ Female Wire Connectors
1x Vibrator Motor Peripheral
1x Downloadable 25 Page Manual With Schematics, Troubleshooting Tips, Video Links, & SO MUCH MORE!
The Electronic Blocks:
1) 7805 5v regulators (Regulated power supply)
2) 555 timer based square wave oscillator with frequency adjustment
3) 555 timer based monostable multivibrator (Adjustable - Pulse timer)
4) 74LS93 based decade counter with toggle output
5) Driving a common-anode 7-segment display with 74LS47 based decoder chip
6) Operational amplifiers – Comparators & voltage dividers
7) Operational amplifiers – Non-Inverting Amplifiers
8) Variable resistors as voltage dividers
9) Actuators – Relays/Buzzers/Motors/Speakers
10) Sensors Part#1 (LDR/Electret Microphone/Vibration Sensor/Infrared Sensors)
11) Sensors Part#2 (PIR sensors/Reed switches)
Projects:
1) The doorbell
2) PIR motion detector security system
3) Drive a relay to power AC devices
4) Clap-On/Clap-Off & Double Clap-On/Double Clap-Off a high power relay (Control AC)
5) Light sensors & laser detectors (Part#1 - Light sensors)
5.2) Light sensors & laser detectors (Part#2 – Laser Detectors)
6) Highly sensitive laser security system circuit
7) Driving a 7-segment display using an oscillator, decade counter, 74LS47 7-segment driver a common-anode 7-segment display.
8) Counting claps with a 7-segment display
9) Driving a motor with an infrared sensor & remote control
10) The touch sensor
11) The Reed switch experiments
12) The basic audio amplifier
13) Let’s turn vibration into audio!
14) The Earthquake Detector
15) The Voice Amplifier
16) Counting infrared pulses
17) Frequency Division
18) Hardware De-bouncing
19) AC alarm + challenge
20) Sending audio waves on a laser
Reading manuals and text books is certainly not for everyone. I found that while I was in school for electronics, I found that I had a much easier time understanding concepts when we were being instructed by a teacher. We had theory lessons, then labs for each concept so that theory and hands-on was offered to the student. To those of you who will be purchasing this pre-order: You will be the student, and you will be following along with my videos to learn how to easily re-create these circuits on your own!
This board was designed for Ages 9 and up. Even if you are much older, you will get so much out of this board. It is an excellent investment, as it touches on many, many different concepts taught in first year engineering, but I teach it on a practical and fun level, so that each concept is fully understood.
If you have any questions at all, please do not hesitate to let me know!
Sample Tutorial (Non-Inverting Amplifier Using An LM324 Quad Op-Amp IC):