Ocean College and School Students Science Projects materials

Product Description:

128X64 OLED 0.96" Monochrome Blue Display Module For Arduino.

SPI Interface. 3.3V/5Volts.

It is 0.96inch SPI OLED display module with 128 columns and 64 rows. Now, your Arduino projects can look great with this bright display.

Product Description:

128X64 OLED 0.96" Monochrome Yellow Blue Display Module For Arduino.

SPI Interface. 3.3V/5Volts.

It is 0.96inch SPI OLED display module with 128 columns and 64 rows. Now, your Arduino projects can look great with this bright display.

Product Description:

128X64 OLED 0.96" Monochrome White Display Module For Arduino.

SPI Interface. 3.3V/5Volts.

It is 0.96inch SPI OLED display module with 128 columns and 64 rows. Now, your Arduino projects can look great with this bright display.

Product Description:

Interface: IIC/I2C GND: Power Gound VCC: 2.2V-5.5V SCL: CLK clock (High level 2.2V-5.5V) SDA: MOSI data (High level 2.2V-5.5V) Feature: Color: Blue LED Resolution: 128x64 Power: 0.06W Wide power supply range: DC 3V-5V Temperature: -30°C to 70°C Dimension: 29.28 x 27.1 mm (LW) Compatible with 3.3V and 5V control chip I / O level OLED internal drive chip: SSD136 Package included: 1 x Blue OLED display

Product Description:

This is a 0.96 inch white OLED display module. The display module can be interfaced with any microcontroller using SPI/IIC protocols. It is having a resolution of 128x64. The package includes display board,display, 7 pin male header presoldered to board.

OLED (Organic Light-Emitting Diode) is a self light-emitting technology composed of a thin, multi-layered organic film placed between an anode and cathode. In contrast to LCD technology, OLED does not require a backlight. OLED possesses high application potential for virtually all types of displays and is regarded as the ultimate technology for the next generation of flat-panel displays.

OLEDs basic structure consists of organic materials positioned between the cathode and the anode, which is composed of electric conductive transparent Indium Tin Oxide (ITO). The organic materials compose a multi-layered thin film, which includes the Hole Transporting Layer (HTL), Emission Layer (EML) and the Electron Transporting Layer (ETL). By applying the appropriate electric voltage, holes and electrons are injected into the EML from the anode and the cathode, respectively. The holes and electrons combine inside the EML to form excitons, after which electro luminescence occurs. The transfer material, emission layer material and choice of electrode are the key factors that determine the quality of OLED components.

Being a new entry to the market, only limited resources are available on this small piece of miracle (GMS096A). I2C/SPI configuration always demands helpful resources as in any case. For the SPI setup, the module comes in 4 wire SPI configuration by default and to make it work with the arduinos you can use these libraries from Adafruit.

For the I2C setup it demands a little bit of work on the module. Actually it was one of our customers who shared these simple configuration steps with us, start with resoldering the resistor from position R3 to R1 and then short the R8 resistor with some solder tin (0 Ohm resistor). The R6 and R7 pullup resistors are already soldered, nothing to do there. Once done, the module is ready for I2C communication! The CS Pin is not necessarily needed, so just connect it to GND. The DC Pin selects the address. For standard address wire it to GND. The RES-pin needs a low pulse at startup and high voltage during operation (as in SPI mode), a 100nF capacitor to GND and a 10k res to VCC would be ideal!

Product Description:

OLED (Organic Light-Emitting Diode) is a self light-emitting technology composed of a thin, multi-layered organic film placed between an anode and cathode. In contrast to LCD technology, OLED does not require a backlight. OLED possesses high application potential for virtually all types of displays and is regarded as the ultimate technology for the next generation of flat-panel displays.

1. A simplified manufacturing process compared to TFT-LCD (See comparison of Picture 1 and Picture 2 below)

2. Self-emitting light, in contrast to the required backlight for TFT-LCD

3. High luminosity

4. Lightweight and thin (less than 2 mm)

5. Capable of wide viewing angles?~180??

6. Low operating voltage and power consumption

7. Quick response (~ ? second level)

8. Wide range of operating temperatures (-40c to 85c)

OLED"s basic structure consists of organic materials positioned between the cathode and the anode, which is composed of electric conductive transparent Indium Tin Oxide (ITO). The organic materials compose a multi-layered thin film, which includes the Hole Transporting Layer (HTL), Emission Layer (EML) and the Electron Transporting Layer (ETL). By applying the appropriate electric voltage, holes and electrons are injected into the EML from the anode and the cathode, respectively. The holes and electrons combine inside the EML to form excitons, after which electroluminescence occurs. The transfer material, emission layer material and choice of electrode are the key factors that determine the quality of OLED components.

Product Description:

Needn't backlight, the display unit can self-luminous High resolution: 128 * 64 Viewing angle: > 160 ° Supports many control chip: Fully compatible with Arduino, 51 Series, MSP430 Series, STM32 / 2, CSR IC, etc. Ultra-low power consumption: full screen lit 0.08W

Product Description:

1.3 Inch 128x64 SPI Serial OLED Display Screen Module are mainly used in televisions, computer monitors and cell phones, where they offer several advantages by being thinner, lighter and more flexible than the traditional LED screens, in addition to consuming less energy.

OLED means O rganic L ight E mitting D iode, or Light Emitting Diode Organic . It basically consists of an organic semiconductor layer, located between two electrodes, one of which is usually transparent. This organic layer, when stimulated by an electromagnetic field, emits light in the colors red, green and blue (our well -known R G B ), which is the color base that the displays use to generate images.

One of the advantages of OLED , which results in considerable energy savings, is that it does not need a back-light like conventional LCD / LED screens. The organic material itself has a property called Electroluminescence (EL) , which causes the material to "glow" when stimulated by a current or an electric field

Product Description:

This is a small and easy to use 1 channel relay board that operates on 12V. Use it to control one 240V power appliance directly from microcontrollers or low voltage circuits. Perfect for switching 240V appliances - lights, fans, etc, and even high power motors at lower voltages.

The board uses a high quality relay, which can handle a maximum of 7A/240 V AC or 7A/24V DC. Each relay has all three connections - Common, Normally Open, Normally Closed brought out to 3 pin screw terminals which makes it easy to make and remove connections. The board has a power indication and a relay status LED to ease debugging. The board can accept inputs within a wide range of voltages from 4V to 12V.

Power input and relay control signals are brought to header pins on the board. Hence, the board can be easily interface with our development boards using our female to female jumper wires.

Product Description:

This is a small and easy to use 2 channel relay board that operates on 12V. Use it to control one 240V power appliance directly from microcontrollers or low voltage circuits. Perfect for switching 240V appliances - lights, fans, etc, and even high power motors at lower voltages.

The board uses a high quality relay, which can handle a maximum of 7A/240 V AC or 7A/24V DC. Each relay has all three connections - Common, Normally Open, Normally Closed brought out to 3 pin screw terminals which makes it easy to make and remove connections. The board has a power indication and a relay status LED to ease debugging. The board can accept inputs within a wide range of voltages from 4V to 12V.

Power input and relay control signals are brought to header pins on the board. Hence, the board can be easily interface with our development boards using our female to female jumper wires.

Product Description:

This is an easy to use 4 channel relay board that works on 12V. Use it to control four 240V power appliances directly from microcontrollers or low voltage circuits. Perfect for switching 240V appliances - lights, fans, etc, and even high power motors at lower voltages.

The board uses high quality relays, which can handle a maximum of 7A/240 V AC or 7A/24V DC. Each relay has all three connections - Common, Normally Open, Normally Closed brought out to 3 pin screw terminals which makes it easy to make and remove connections. The board has a power indication and a relay status LED to ease debugging. The board can accept inputs within a wide range of voltages from 4V to 12V.

Power input and relay control signals are brought to header pins on the board. Hence, the board can be easily interface with our development boards using our female to female jumper wires. The power input for this board can also be provided through the onboard DC Barral Jack. Hence, our SMPS type power adapters can also be used to directly power this board.

Product Description:

This is a high quality 8 channel relay board that works on 12V. Use it to control power appliances directly from microcontrollers or low voltage circuits. Perfect for switching 240V appliances - lights, fans, etc, and even power hungry motors.

High quality relays are used, which can handle a maximum of 7A/240 V AC or 7A/24V DC. Each relay has all three connections - Common, Normally Open, Normally Closed brought out to 3 pin screw terminals which makes it easy to make and remove connections. Each relay has an LED to indicate its status, which helps during debugging. The board can accept inputs withing a wide range of voltages from 4V to 15V.

Power input and relay control signals are brought to header pins on the board. Hence, the board can be easily interface with our development boards using our female to female jumper wires. The power input for this board can also be provided through the onboard DC Barral Jack. Hence, our SMPS type power adapters can also be used to directly power this board.