DFRobot AS7341 11-Channel Visible Light Sensor-Breakout

We're surrounded by a vibrant world of colors, yet how well do we truly understand them? Your eyes might mislead you, but sensors don't lie. The DFRobot AS7341 11-Channel Visible Light Sensor-Breakout reveals the true nature of color. This sensor uses the new AS7341 spectral sensor IC from the renowned AMS company. It has eight channels for visible light, one for near-IR, and one unfiltered channel. There's also a dedicated channel for detecting ambient light flicker. With 6 independent 16-bit ADC channels, it processes data in parallel. Two super-bright on-board LEDs provide light in dim conditions. Compare it with RGB color sensors and see the difference. For example, in yellow recognition, the AS7341 offers more accurate results. You can click here for visible light info. It's great for high-accuracy color detection, color mixing, lighting adjustment, atmosphere control, and modern plant cultivation. Key features include 8 visible spectral channels, 50Hz and 60Hz flicker detection, and 6 independent 16-bit ADC channels. Specifications: 3.3V - 5V power supply, specific visible light detection ranges, low operating current, LED driving current, I2C address 0x39, -30℃ - 85℃ operating temperature, 5%RH - 85%RH humidity, and 18*14mm dimension. Check the product wiki and related experiment for more details.

Using the DFRobot AS7341 11-Channel Visible Light Sensor-Breakout is easy. First, connect it to a power supply between 3.3V and 5V. Make sure to use the correct I2C address, which is 0x39. You can use it in various applications like color detection and lighting adjustment. When using it in a dark environment, the on - board LEDs will help provide the necessary light. As for precautions, keep the operating temperature between -30℃ and 85℃ and the humidity between 5%RH and 85%RH. Avoid exposing it to extreme conditions. For maintenance, just keep it clean and free from dust. If you want to learn more about visible light, you can click on the provided link in the product description. Also, check out the product wiki and the spectrophotometer experiment for in - depth information.