0.96inch SPI OLED Module: Difference between revisions

Latest revision as of 16:46, 21 October 2019

0.96 inch OLED screen with black and white, black or blue or yellow and blue color display
128x64 resolution for clear display and high contrast
Large viewing angle: greater than 160° (one screen with the largest viewing angle in the display)
Wide voltage supply (3V~5V), compatible with 3.3V and 5V logic levels, no level shifting chip required
The default is 4-wire SPI bus, which can choose 3-wire SPI bus or IIC bus
Ultra-low power consumption: normal display is only 0.06W (far below the TFT display)
Military-grade process standards, long-term stable work
Provides a rich sample program for STM32, C51, Arduino, Raspberry Pi and MSP430 platforms
Provide underlying driver technical support

Name	Parameter
Display Color	White, blue, yellow and blue
SKU	MSP096B MSP096W MSP096Y
Screen Size	0.96(inch)
Screen Type	OLED
Driver IC	SSD1306
Resolution	128*64 (Pixel)
Module Interface	3-line、4-line SPI、IIC interface
Active Area	21.744x10.864 (mm)
Touch Screen Type	have no touch screen
Touch IC	have no IC
Module PCB Size	27.3x27.8 (mm)
Visual Angle	>160°
Operating Temperature	-20℃~60℃
Storage Temperature	-30℃~70℃
Operating Voltage	3.3V~5V
Power Consumption	TBD
Rough Weight(Package containing)	8(g)


Picture 1. Module pin silk screen	Picture 2. Rear view of the module

NOTE:

1.This module supports IIC, 3-wire SPI and 4-wire SPI interface bus mode switching (shown in red box in Figure 2). The details are as follows:

A.Using 4.7K resistance to solder only R3 and R4 resistors, then choose 4-wire SPI bus interface (default);

B.Using 4.7K resistance to solder only R2 and R3 resistors, then select 3-wire SPI bus interface;

C.Using 4.7K resistance to solder only R1, R4, R6, R7, R8 resistors, then select the IIC bus interface;

2.After the interface bus mode is switched, you need to select the corresponding software and the corresponding wiring pins (as shown in Figure 1)

for the module to operate normally. The corresponding wiring pins are described as follows:

A.select the 4-wire SPI bus interface, all pins need to be used;

B.select the 3-wire SPI bus interface, only the DC pin does not need to be used(it can not be connected), other pins need to be used;

C.select the IIC bus interface, only need to use the four pins GND, VCC, D0, D1, At the same time, the RES pin is connected to the

high level (can be connected to the VCC), the DC and CS pins are connected to the power GND;

Number	Module Pin	Pin description
1	GND	OLED power ground
2	VCC	OLED power positive (3.3V~5V)
3	D0	OLED SPI and IIC bus clock signals
4	D1	OLED SPI and IIC bus data signals
5	RES	OLED reset signal, low level reset (this pin need to connected to the high level (can be connected to the VCC) when selecting IIC bus)
6	DC	OLED command / data input select signal, high level: data, low level: command (this pin is not required(it can not be connected) when selecting 3-wire SPI bus; this pin need to connected to the power GND when selecting IIC bus)
7	CS	OLED chip select signal, low level enable (this pin need to connected to the power GND when selecting IIC bus)

@@ Line 105: / Line 105: @@
 ::B.select the '''3-wire SPI''' bus interface, only the '''DC''' pin does not need to be used(it can not be connected), other pins need to be used;
 ::C.select the '''IIC''' bus interface, only need to use the four pins '''GND''', '''VCC''', '''D0''', '''D1''', At the same time, the '''RES''' pin is connected to the
-::high level (can be connected to the VCC), the '''DC''' and '''CS''' pins are connected to the power GND;
+:::high level (can be connected to the VCC), the '''DC''' and '''CS''' pins are connected to the power GND;
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