Isl29125 datasheets

Datasheets

Isl29125 datasheets

Datasheets ISL29125 Datasheet. 3V but if you plan on using this chip with a 5V microcontroller make sure to use datasheets a logic datasheets level converter. Isl29125 datasheets. ISL29125 isl29125 Datasheet Digital Red Green , RED, Blue Color Light Sensor with IR Blocking Filter ISL29125 Features The ISL29125 is a low power, high sensitivity, GREEN BLUE color light sensor ( isl29125 RGB) with an I2C ( SMBus isl29125 compatible) interface. A low power datasheets high sensitivity RGB color light datasheets sensor with an I2C ( SMBus compatible) interface. 3V GND, even an optional INT pin is available for use. This will load a simple example that will get you quickly reading light intensity levels in the red green, blue spectra.

The ISL29125 Light Sensor operates at 3. Each pin from the ISL29125 has been broken out to allow you to interface with it SDA, SCL 3. The ISL29125 RGB color light sensor with IR blocking filter helps to detect light spectrum color with high precision output it is suitable for any microcontroller , Embedded system hardware which has I2C communication line. In the Arduino IDE, go to File > Examples > SparkFun_ ISL29125_ Arduino_ isl29125 Library > ISL29125Basics.


Datasheets

GND 3 INT 5 SCL 6 SDA 4 VDD. Title: ISL29125 Breakout- v10. sch Created Date: 6/ 12/ 3: 33: 26 PM. ISL29125IROZ- T7 Datasheet. ISL29125 sensor features a state- of- the- art photodiode array that provides an accurate RGB spectral response and excellent light source. Intersil' s ISL29125 is a low- power, high- sensitivity, red, green, and blue color light sensor ( RGB) with an I 2 C ( SMBus compatible) interface.

isl29125 datasheets

Its state- of- the- art photodiode array provides an accurate RGB spectral response and excellent light source to light source variation ( LS2LS). ISL29125 sensor features a state- of- the- art photodiode array that provides an accurate RGB spectral response and excellent light source to light source variation. ISL29125 is designed to reject infrared ( IR) in light sources, allowing the device to operate in environments from sunlight to dark rooms.