Product Description:
Sensing chip: TCS3200 (full-color color detector)
Static recognition of object color, outputting different frequency square waves for different colors
Support LED light replenishment control
Product parameters:
Working voltage: 2.7V~5.5V
Recommended detection distance: 10mm
Size: 36.0mm * 20.6mm
Fixed hole size: 2.0mm
Main purpose:
Color sorting, sensing and calibrating ambient light, reading test strips, and color matching, etc.
Interface Description: (Taking MCU connection as an example)
VCC: Connected to 2.7V~5.5V
GND: Grounding the power supply
LED: Connect to MCU IO (controls the status of four white LED lights)
OUT: Connect to MCU IO (output frequency corresponding to RGB primary colors)
S0/S1: Connect to MCUIO (choose different output scaling factors)
S2/S3: Connect to MCU IO (Select filters for different colors of light)
Sensing chip: TCS3200 (full-color color detector)
Static recognition of object color, outputting different frequency square waves for different colors
Support LED light replenishment control
Product parameters:
Working voltage: 2.7V~5.5V
Recommended detection distance: 10mm
Size: 36.0mm * 20.6mm
Fixed hole size: 2.0mm
Main purpose:
Color sorting, sensing and calibrating ambient light, reading test strips, and color matching, etc.
Interface Description: (Taking MCU connection as an example)
VCC: Connected to 2.7V~5.5V
GND: Grounding the power supply
LED: Connect to MCU IO (controls the status of four white LED lights)
OUT: Connect to MCU IO (output frequency corresponding to RGB primary colors)
S0/S1: Connect to MCUIO (choose different output scaling factors)
S2/S3: Connect to MCU IO (Select filters for different colors of light)
Port Name Status Description
S0/S1 00 Turn off the power
01 Output scaling factor: 2%
10 output scaling factor: 20%
11 Output scaling factor: 100%
S2/S3
00 Filter Type: Red
01 Filter Type: Blue
10 None
11 Filter Type: Green
S0/S1 selects the scaling factor of the output frequency, S2/S3 sequentially selects the filter types of the three primary colors. At this time, the OUT port outputs the frequency of the corresponding three primary colors, which can be compared with the RGB color comparison table to obtain the color of the measured object.
be careful:
Avoid interference from external light when recognizing colors
When using this module for the first time, white balance adjustment is required when restarting or replacing the light source