· Osoyoo UNO Board (Fully compatible with Arduino UNO rev.3) x 1
· APDS-9960 RGB and Gesture Sensor x 1
· USB Cable x 1
· PC x 1
· Arduino IDE (version 1.6.4+)
· Arduino library: APDS9960.h
This is the RGB and Gesture Sensor, a small breakout board with a built in APDS-9960 sensor that offers ambient light and color measuring, proximity detection, and touchless gesture sensing. With this RGB and Gesture Sensor you will be able to control a computer, microcontroller, robot, and more with a simple swipe of your hand! This is, in fact, the same sensor that the Samsung Galaxy S5 uses and is probably one of the best gesture sensors on the market for the price.
The APDS-9960 is a serious little piece of hardware with built in UV and IR blocking filters, four separate diodes sensitive to different directions, and an I2C compatible interface. For your convenience we have broken out the following pins: VL (optional power to IR LED), GND (Ground), VCC (power to APDS-9960 sensor), SDA (I2C data), SCL (I2C clock), and INT (interrupt). Each APDS-9960 also has a detection range of 4 to 8 inches (10 to 20 cm).
|VL||Optional power to the IR LED if PS jumper is disconnected. Must be 3.0 - 4.5V|
|GND||Connect to ground.|
|VCC||Used to power the APDS-9960 sensor. Must be 2.4 - 3.6V|
|INT||External interrupt pin. Active LOW on interrupt event|
· Model: GY-APDS 9960-3.3
· Using chip: APDS-9960
· Operational Voltage: 3.3V
· Ambient Light & RGB Color Sensing
· Proximity Sensing
· Gesture Detection
· Operating Range: 4-8in (10-20cm)
· I2C Interface (I2C Address: 0x39)
· Size: 20mm * 15.3mm
Before getting started with the APDS-9960, there are a few concepts that you should be familiar with. Consider reading some of these tutorials before continuing.
On the front of the breakout board are 2 solder jumpers:
· \PS** – This jumper connects the power supplies of the sensor and IR LED (also located on the APDS-9960) together. When the jumper is closed (i.e. connected), you only need to supply power to the VCC pin to power both the sensor and the IR LED. If the jumper is open, you need to provide power to both the VCC (2.4 - 3.6V) and VL (3.0 - 4.5V) pins separately. This jumper is \closed** by default.
· \I2C PU** – This is a 3-way solder jumper that is used to connect and disconnect the I2C pullup resistors. By default, this jumper is \closed**, which means that both SDA and SCL lines have connected pullup resistors on the breakout board. Use some solder wick to open the jumper if you do not need the pullup resistors (e.g. you have pullup resistors that are located on the I2C bus somewhere else).
Solder a row of break away male headers to the 6 headers holes on the board.
We will be using the Arduino Pro’s regulated 3.3V power and I2C bus with the APDS-9960. Note that we are leaving VL on the breakout board unconnected. IMPORTANT: You must use 3.3V! If you try to use a 5V power supply you risk damaging the APDS-9960. Connect the breakout board to the following pins on the Arduino:
|\APDS-9960 Breakout Board**||\OSOYOO UNO**|
· Connect the \SCL** pin to the I2C clock \SCL** pin on your Arduino. On an UNO & ‘328 based Arduino, this is also known as \A5**, on a Mega it is also known as \digital 21** and on a Leonardo/Micro, \digital 3**
· Connect the \SDA** pin to the I2C data \SDA** pin on your Arduino. On an UNO & ‘328 based Arduino, this is also known as \A4**, on a Mega it is also known as \digital 20** and on a Leonardo/Micro, \digital 2**
To use the APDS-9960, you will need some supporting software. If you are using an Arduino, then you are in luck! We created an Arduino library that makes the APDS-9960 easy to use. Click the button below to download the latest version of the APDS-9960 breakout board project, which includes the Arduino library. DOWNLOAD THE PROJECT FILES! Follow this guide on installing Arduino libraries to install the files within the APDS9960 directory as an Arduino library.
After above operations are completed, connect the Arduino board to your computer using the USB cable. The green power LED (labelled \PWR**) should go on.
You can copy below code to your Arduino IDE window, then select corresponding board type and port type for your Arduino board.
Click the Upload button and wait for the program to finish uploading to the Arduino. Once uploaded to your Adruino, open up the serial monitor at 115200 baud speed.More info on the Serial Terminal can be found here. You should see a messages noting that “Device initialized! ” Hover your hand 4 to 8 inches (10 to 20 cm) above the sensor but off to one side (i.e. not directly above the sensor). While maintaining the same height, swipe your hand over the sensor (into and then immediately out of range of the sensor). If you move too fast, the sensor will not recognize the gesture.
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