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Mojo V3 FPGA Development Board Features Mojo V3 is an FPGA development board of the Spartan 6 series, which lets you get the pleasure of configuring digital circuits on Mojo v3 based on your own specifications. What separates this FPGA from the others is the ease of use. The goal of Mojo v3 is to get you up and running with FPGA as easily as possible.The Mojo V3 FPGA Board uses the Spartan 6 and a high performance ATmega32U4 microcontroller. This board has high processing power. The ATmega32U4 microcont...

Overview LEDs can uniquely control the amount of three primary colors (red, green, and blue) to create a desired color. Thanks to this feature, they are now an attractive and practical component in Electronics and Lighting industry. An RGB LED has one common pin as well as three pins for red, green, and blue colors. We can combine these primary colors to create countless colors by controlling these pins with a PWM pulse signal. (The number of colors depends on the resolution of the generated PWM signal)...

Overview A potentiometer is a device that can change its resistance by moving a contact along a fixed resistor. It has three terminals: one connected to each end of the resistor and one connected to the movable contact. By adjusting the position of the contact, the potentiometer can divide the input voltage into different output voltages [Read more in Wikipedia]. Potentiometers work by creating a voltage drop across the resistor that is proportional to its length. For example, if the input voltage is 10...

GY-25 Module Features The GY-25 sensor module is a high-resolution 3-axis sensor based on the MPU6050 sensor. It includes a 3-axis gyroscope and a 3-axis accelerometer, all in the MPU6050 sensor chip. The GY-25 module also has a microcontroller called the 32F030F4P6. Its role is to process and convert data from the MPU6050 sensor to obtain the angle value. The microcontroller and Arduino board communicate with the GY-25 module through the UART interface. In addition, the GY-25 module has an I2C interface fo...

TM1637 Display Module Features The 4-digit 7-segment display module—with a TM1637 driver—can display various outputs. It communicates with the microcontroller using only two pins—SCL and SDA. The chip of the TM1637 Display Module allows us to scan the 8*2 keypad. This module also offers eight different modes to adjust the display background light. In addition, it operates within a voltage range of 3.5 to 5V. Below, you can download the TM1637 driver datasheet.  [wpdm_package id='26859'] TM163...

Introduction Welcome to our step-by-step tutorial on ESP32CAM! Are you curious about the exciting world of the Internet of Things (IoT) and eager to level up your video skills? In this comprehensive tutorial, we’ll get to know the ESP32CAM module. Whether you're a tech enthusiast, a student, or a developer with a passion for IoT, this tutorial will equip you with the knowledge and skills needed to bring your related projects to life. We'll walk you through every step, from interfacing the ESP32CAM module ...

Overview Discover the fundamentals of web scraping with Python on a Raspberry Pi. This tutorial will guide you through the process of automatically extracting desired information from websites. As an illustration, we will extract news headlines from the Tech News page of the Reuters website and send them to a designated email account at specific times. What You Will Learn Web scraping basics in Python Implementation of Web scraping projects on the Raspberry Pi board H...

Overview In many electronic projects it is necessary to run an operation according to the time or date And the calculation of the time and date shouldn’t stop when the system shuts down. For this purpose, Real Time Clock (RTC) modules are used. In this tutorial, you will learn how to use RTC DS1 with Arduino to make a reminder. What You Will Learn What RTC is Introduction to DS1307 module How to use DS1307 with Ar...

Overview In this tutorial, you’ll get to know how to use the rotary encoder. First, you’ll see some information about the rotational encoder, and then you’ll learn how to use a rotary encoder with three practical examples. What You Will Learn What the rotary encoder is and how it works. Displaying encoder position Controlling a LED light using a rotary encoder Controlling a DC moto...

Overview Storing data is one of the most important parts of every project. There are several ways to store data according to the data type and size. SD and micro SD cards are one of the most practical ones among the storage devices, which are used in devices such as mobile phones, minicomputers and etc. In this tutorial, you’ll learn how to use SD and micro SD cards with Arduino. In the end, as a simple project, you will measure the environment temperature every hour and store it on the SD card. What Yo...