Search results for: 'i2c arduino'

I2C 16x2 Character LCD Features The 16x2 character LCD has two rows with the ability to display 16 ASCII characters on each row. Normal 16x2 character LCDs use 7 digital pins, while this module with I2C interface has reduced this number to 2 pins. A potentiometer is also included to adjust the display contrast. These LCDs have many applications and are used in cases such as: copiers and fax machines, laser printers, industrial testing tools, etc. You can download the d...

0.95 INCH OLED Display Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So it is thinner, and more elegant in compare to LCDs.This 0.95-inch colorful OLED is graphic type, the resolution is 96x64 pixels and the chip driver is SSD1331. You can download the datasheet of this module here.  [wpdm_package id='19883'] 0.95 INC...

0.96 INCH I2C/SPI OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, and more elegant in compare to LCDs. The driver chip is SSD1306, which provides I2C/SPI communication. You can download the datasheet of this module here.  [wpdm_package id='19894'] 0.96 INCH OLED Display Module Pino...

1.3 INCH OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, and more elegant in compare to LCDs. The driver chip is SH1106, which provides I2C/SPI communication. You can download the datasheet of this module here.  [wpdm_package id='19917'] 1.3 INCH OLED Display Module Pinout This...

2.42 INCH OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner and more elegant in compare to LCDs.This 2.42 INCH OLED display is single color and the resolution is 128x64 pixels. The driver chip is SSD1309. You can download the datasheet of this module here. [wpdm_package id='19974'] 2.4...

DS1307 RTC Module Features The DS1307 real time clock module can be used for keeping date in different projects. This RTC module provides seconds, minutes, hours, day, date, month, and year information. In this module, the date is set automatically based on whether the month is 29, 30 or 31 days, and also whether it is leap year or not. This RTC module can communicate with different microcontrollers using the I2C communication protocol.The DS1307 RTC module is available on the market in two different v...

Discover the power of the 1.3 inch OLED display module and its seamless integration with Arduino. With its impressive features and cutting-edge technology, this display promises to enhance your user experience. Learn how to interface this display module with Arduino using simple steps and bring your projects to life. Features OLED displays are high contrast, high-resolution and low-power displays, so they provide a good quality for users. There is no backlight on OLED, and it uses independent-illuminated pi...

Overview Have you ever wanted to use 2 sensors with the same I2C address at the same time, not knowing what to do? Faced some serious challenges in doing that? In a lot of projects, we have used different modules and sensors that support I2C communication protocol. Sometimes, we have interfaced some I2C modules with a microcontroller in our projects. If they all have different I2C addresses, we could easily interface them, facing no serious trouble. But, if 2 or more of the modules had the same I2C address...

Overview Sometimes in electronic projects, you need to use two or more microcontrollers in your circuit at the same time. Normally, these microcontrollers are connected to each other and keep transmitting data with one another. The transmitting of data between two or more microcontrollers can be done with several communication protocols such as SPI, UART, CAN, USB, etc. Another one which we will be covering here in this tutorial is I2C (Inter-Integrated Circuit) protocol. Using this protocol, one of the mi...