Ebook: "Raspberry Pi 3 B And Mysql Database"

InDEX
1.    Introduction
2.    Hardware
3.    Software
4.    Photographs
5.    Download
6.    Datasheet

Review:

"The main goal of this project is to develop a system that makes use of the Mysql database on the Raspberry Pi 3B board, for the storage of data that is captured by an Arduino UNO board and one a DHT11 sensor.

Specifically, the software used was Python version 3.5.3 and Maria DB. The hardware used was the Raspberry Pi 3B board, Arduino UNO board, and a temperature and humidity DHT11 sensor."

The links of this Ebook are:  

https://www.amazon.com/dp/B07KQN55X7

https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com

Datasheets

Below I show the Datasheets of microcontrollers and boards:
Raspberry Pi 3 B
Raspberry Pi Zero W 
Arduino UNO
Mega 2560  
NodeMCU
MAX32620FTHR
MAX32625PICO 
Atmega 328p 
PIC12F675
PIC16F84A
PIC16F88
PIC16F887
PIC18F2550 
dsPIC30F2010
dsPIC30F4013

Below I show the Datasheets of Sensors and ICs:
555
24LC256 memory
ADS1115
BMP085 barometric sensor
CNY70
DHT11 humidity sensor
DS18B20 temperature sensor
DS3231 clock
ESP8266 wifi
FSR force sensor
HC-05 bluetooth
Infineon 3D Magnetic Sensor 2GO
L293B driver
LCD 16X2
LED Matrix
LM35DZ temperature sensor
LM317
LSM303D accelerometer and magnetic sensor
MQ-2 gas sensor
MQ-7 gas sensor
NOKIA 3310 LCD
PIR motion sensor
PCF8574 bus
PCF8591 ad&da
Pulse Sensor 
SRF05 ultrasonic sensor
Servo Hitech
Thermistor 10K
ULN2803 driver
US1881 hall effect sensor
RLP434 (rf)
TLP434 (rf)
TCS3200 color sensor 
Walabot Maker 

Ebook: "Projects With MAX32620FTHR"

InDEX

1.    Introduction
2.    Smart Light
3.    Animations With LED Matrix
4.    IoT Intruder Detection
5.    IoT Weather Station
6.    Datasheet

Review:

"The main goal is to make a compendium of useful projects to solve practical problems. For the moment, I show you four projects. In the future I intend to add more projects; and I assume that you know electronic and processing programming language.

In my first project, I developed a project of a “LED Spot Light” and using the MAX32620FTHR board.

In my second project, I developed some animations with the MAX32620FTHR board and a LED Matrix.

In my third project, I developed a prototype, which will be used to monitor intruders entering restrict areas and using the MAX32620FTHR board.

In my last project, I developed a "Weather Station" and using the MAX32620FTHR board.

These projects have been compiled with Arduino version 1.8.5, and the board that I have used is MAX32620FTHR.

The main sensors and electronic modules that I have been used in this compendium were the following:

·         MAX32620FTHR

·         MAX32625PICO

·         LED Matrix

·         L293B Driver

·         PIR Motion Sensor

·         DHT11 Sensor"

The links of this Ebook are:  

https://www.amazon.com/dp/B07H18BWZW

https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com

Ebook: "Smart Home With NodeMCU And App Inventor 2"

InDEX

1.    Introduction
2.    Smart Home With NodeMCU (Part1)
3.    Smart Home With NodeMCU (Part 2)
4.    Photographs
5.    Downloads
6.    Datasheet

Review:

"The main goal of this project is to develop a Smart Home with the "NodeMCU" device, which highlights the main advantage of having a WiFi integrated to your card, in addition to the input and output pins and an analog port among others, that we all already know. I divided this project in two stages, as we will see later, because in this way I achieved more stability in its performance and thus achieve the main objective.

For me it turned out to be a very interesting job because we have to apply knowledge of programming in Arduino and html, as well as hardware and computer networks when configuring a simple router. I invite you to continue with the challenge of doing this project and that the best.

The benefits that we will obtain will be enormous and we will complement them with those already acquired when using the WiFi card ESP8266 and Arduino UNO. The NodeMCU card is programmed with Arduino IDE version 1.8.5, and the Android application is developed with App Inventor 2."

The links of this Ebook are:  
https://www.amazon.com/dp/B07FSS694M
https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ

 

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com

Ebook: "Gas Leak Alarm With Raspberry Pi, MQ2, ThingSpeak And Twitter"

InDEX

1.    Introduction
2.    Hardware
3.    Software
4.    Procedure for Creating the Application with ThingSpeak
5.    Photographs
6.    Download
7.    Datasheet

Review:

"The main goal of this project is to develop a system for the detection of fires or gas leak with the Raspberry Pi board and the MQ2 gas sensor. This system can send the captured data to the remote server of ThingSpeak and when a gas increase is detected beyond a limit, then a message is sent to our Twitter account."

The links of this Ebook are: 

https://www.amazon.com/dp/B07DBNHYRX

https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com

Ebook: "Alarm System With Raspberry Pi, ThingSpeak And Twitter"

InDEX
1.    Introduction
2.    Hardware
3.    Software
4.    Procedure for Creating the Application with ThingSpeak
5.    Photographs
6.    Download
7.    Datasheet

Review:

"The main goal of this project is to develop an alarm system to detect the movement of someone through the use of a PIR motion sensor and our Raspberry Pi board. When this happens, then we will have an alert notice through a message on our Twitter account."

The links of this Ebook are: https://www.amazon.com/dp/B07D9KH7Z4
https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ 

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com

Ebook: "IoT Pulse Sensor With Arduino UNO, Python And ThingSpeak"

InDEX

1.    Introduction
2.    Hardware
3.    Software
4.    Photographs
5.    Download
6.    Datasheet

Review:

"In this book we have solved the problem and challenge of monitoring the heart rate and the time it takes each heartbeat, to then be sent to a remote server called ThingSpeak. In this way any user can consult the data if they have access and permission to consult the graph. The pulse sensor is infrared and has a good working performance, you just have to wait approximately ten seconds for the system to stabilize and start sampling the correct data. This prototype has the importance that in the future we will be able to add more sensors to the system and, in this way, have more consultation data of the same patient."

The links of this Ebook are: https://www.amazon.com/dp/B07BJ54K8F
https://www.amazon.com/Guillermo%20Perez/e/B01EZOTUVQ

Free Projects:
http://guillengap.blogspot.com/2018/02/free-projects.html
guillengap@gmail.com