LCD

I highly recommend checking out the Big Guide 1 before looking at this blog! 😉 Required Materials: Arduino Uno (Arduino Nano, Arduino Mega etc.) Breadboard 16×2 LCD Screen (Green or Blue) 😄 Assorted Men-Male Jumper Cable 10KΩ Potentiometer (For backlight counter, optional) 220RΩ (We will use in the examples) LCD and Arduino Connections The diagram of the pins on the LCD we use is as follows. We have 16 pins on our LCD screen. Depending on the screen we are going to use, the pins can be on the top, bottom, or both sides of the screen. Some very rare screens have 14 pins because there is no backlighting light. Pins 15 and 16 are used to light up the backlight on displays with display lighting. The backlights are separate from the LCD, so we can use the pin of the backlight by plugging it into a digital port. The connections from each pin to the Arduino will be the same, but it can arrange differently you can pins via the LCD. You can look at the LCD’s datasheet for this. ...

Getting Started This is 1-2. The guide is the most up-to-date and is a huge guide prepared by collecting and researching almost all the sources, especially about the 16x2 LCD and the history of LCD. With the information you will learn, you will be able to understand how the LCD you will see in one place works, and you will be able to do it. Let’s get started right away. 🙂 ...

Hello, in our first article, we will make an Arduino Distance sensor. Let’s get started right away! Necessary Materials Arduino Uno (Arduino Nano, Arduino Mega etc.) Nokia 5110 LCD HC-SR04 Breadboard Assorted Jumper Cable The Nokia 5110 screen is a frequently used element in hobby projects with its cheap price and easy to use. The display is an 84×48 pixel graphic LCD screen powered by 3.3V, likewise the HC-SR04 is one of the most popular sensors used with the Arduino in robotic projects. It is very easy to use and can measure distances between 2cm and 400cm properly as long as the program part is smooth. ...