Tag: display

DFRobot 0.96" 160x80 Color SPI TFT Display employs an edge-to-edge design and offers a 160×80HD 16-bit color display. The display is suitable for wearable projects, mobile devices, and smart home products. It supports the DFRobot GDI display interface and can be conveniently connected...

Zoolark is a lean integrated implementation of Function Generators and Oscilloscopes. It is extremely handy for testing circuits without waiting in line for the high-end equipment at the lab. The use of function generators and Oscilloscopes is to test circuits in an isolated...

Versatile, easy-to-use, Wi-Fi-enabled 5.8" e-paper COLOR display Continuing the glory of inkplate series, crowd supply has launched a new board Inkplate 6COLOR includes a 5.8-inch display offering users a resolution of 600 x 448 pixels with 7 colors directly available in the form of...

Adafruit feather boards have been successful in fulfilling the demands of the maker community. Yet another Adafruit ESP32-based TFT panel-mounted feather board with the support for CircuitPython or Arduino. Onboard IPS TFT color display gives you the flexibility to work on a 240 x 135...

This is just a little demo on how to use an I²C OLED with the limited capabilities of an ATtiny10, ATtiny13A or ATtiny202 from Stefan Wagner @ github.com Connect the OLED module to the ATtiny13A as shown below. The connections for the ATtiny10 are similar. For the ATtiny202 SDA must...

Newhaven Display's TFTs have a powerful backlight to make them visible in bright lighting conditions, including direct sunlight Newhaven Display's 5" TFT LCDs are available with sunlight-readable screen technology and deliver superior brightness. This addition of sunlight readable TFT...

This is a 3 Digit 7-segment display project that contains 3 x Common Cathode displays, current limiting resistors or each LED segment, 3 x PNP Transistor on each common cathode for multiplexing etc. The project works with 5V TTL signals but can be optimized for 3.3V operations by...

This project will help you to easily develop an Arduino compatible project that requires 4 x -7Segment 0.5″ displays. The project consists of an Atmega328 microcontroller, 4 x BC847 NPN transistors to drive the common cathode displays. All displays are used in multiplexing...