Newhaven Display NHD-2.7-12864WDx 2.7" Graphic OLED Display Modules
Newhaven Display NHD-2.7-12864WDx 2.7" Graphic OLED Display Modules offer high contrast viewing with vibrant graphics against a deep black background. The OLED display technology is self-illuminating and engineered to provide increased visibility and ensure easy readability from any angle in different environments. Fully compatible with Arduino, the passive-matrix displays implement 6800/8080 serial or parallel interface options for seamless integration with many electronic systems for various applications. Designed to withstand extreme operating conditions, the NHD-2.7-12864WDx operates exceptionally within a temperature range from -40°C to +85°C. These modules feature a built-in SSD1322 controller and require a 3.3V power supply.Features
- 2.7" diagonal display size
- High contrast viewing
- Yellow or white emitting color options
- Deep black background
- Serial/parallel interface
- Ensures easy readability from any angle
- Built-in SSD1322 controller
- Connection types
- 1x20 thru-hole with 2.54mm pitch
- 20-Pin Molex connector
- -40°C to +85°C operating temperature range
- Self-illuminated
- RoHS and REACH compliant
Specifications
- Default jumper settings
- 3.0V to 3.5V module supply range
- 375mA maximum module supply current, 345mA typical
- Jumper option 1
- 3.0V to 3.5V module supply range
- 305µA maximum module supply current, 190µA typical
- 3.0V to 12V boost converter supply range
- 90mA to 215mA maximum boost converter supply current range
- Jumper option 2
- 2.8V to 3.5V module supply range
- 300µA maximum module supply current, 180µA typical
- 14.5V to 15.5V OLED panel supply range
- 70mA maximum OLED panel supply current, 60mA typical
- 120µA maximum sleep mode current, 25µA typical
- 85° optimal viewing angle
- 10µs typical response time
- 60cd/m2 minimum brightness, 80cd/m2 typical
- 30,000hrs to 50,000hrs minimum lifetime range
- 128x64 pixel resolution
- 15ns rise/fall time
- 6800-MPU and 8080-MPU parallel interfaces
- 300ns minimum read clock cycle time
- 100ns minimum write clock cycle time
- 10ns (8080-MPU) or 15ns (6800-MPU) minimum address setup time range
- 0ns minimum address hold time
- 40ns minimum write data setup time
- 10ns minimum write data hold time
- 20ns minimum read data hold time
- 70ns maximum output disable time
- 140ns maximum access time
- 4-wire serial interface
- 300ns minimum clock cycle time
- 15ns minimum address and write data setup time
- 25ns minimum address hold and clock low time
- 20ns minimum chip select setup and write data hold time
- 10ns minimum chip select hold time
- 40ns minimum clock high time
- 3-wire serial interface
- 300ns minimum clock cycle time
- 20ns minimum chip select setup and write data hold time
- 25ns minimum chip select hold and clock low/high time
- 15ns minimum write data setup time
Pubblicato: 2023-09-18
| Aggiornato: 2023-11-22
