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pmod:pmodcolor:reference-manual [2021/05/14 23:03] – ↷ Page moved from reference:pmod:pmodcolor:reference-manual to pmod:pmodcolor:reference-manual Arthur Brownpmod:pmodcolor:reference-manual [2023/02/09 14:31] (current) – external edit 127.0.0.1
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 ---- ----
  
-====== Features ======+===== Features =====
   * Red, green, blue, and clear light sensing   * Red, green, blue, and clear light sensing
   * IR-blocking filter   * IR-blocking filter
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   * 6-pin Pmod connector with I²C interface   * 6-pin Pmod connector with I²C interface
   * Pass-through Pmod host port for daisy chaining   * Pass-through Pmod host port for daisy chaining
-  * Follows Digilent {{https://reference.digilentinc.com/_media/reference/pmod/pmod-interface-specification-1_2_0.pdf |Pmod Interface Specification Type 6}}  +  * Follows Digilent {{/reference/pmod/pmod-interface-specification-1_2_0.pdf |Pmod Interface Specification Type 6}}  
-  * Library and example code available on the [[reference:pmod:pmodcolor:start|Resource Center]]+  * Library and example code available on the [[pmod:pmodcolor:start|Resource Center]]
  
  
-====== Specifications ======+===== Specifications =====
 ^ Parameter                          ^  Min                    Typical    ^  Max  ^  Units      ^ ^ Parameter                          ^  Min                    Typical    ^  Max  ^  Units      ^
 | Power Supply Voltage                2.7                    3        |  3.6  |  V          | | Power Supply Voltage                2.7                    3        |  3.6  |  V          |
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 ---- ----
  
-====== Functional Description ======+===== Functional Description =====
 The Pmod Color utilizes the TCS3472 to detect color in the near vicinity. While communicating with the host board via the [[pmod:communication_protocols:I2C|I²C protocol]] using an I²C address of 0x29 users can measure color. A user controlled white LED is also provided to help illuminate the object and improve color determination; the LED is very bright so it is recommended that users do not stare at the light. The Pmod Color utilizes the TCS3472 to detect color in the near vicinity. While communicating with the host board via the [[pmod:communication_protocols:I2C|I²C protocol]] using an I²C address of 0x29 users can measure color. A user controlled white LED is also provided to help illuminate the object and improve color determination; the LED is very bright so it is recommended that users do not stare at the light.
  
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 ¹ - This is the value on power-up and reset ¹ - This is the value on power-up and reset
-² - See the [[reference:pmod:pmodcolor:reference-manual#transaction_table|Transaction Table]] below +² - See the [[pmod:pmodcolor:reference-manual#transaction_table|Transaction Table]] below 
-³ - See the [[reference:pmod:pmodcolor:reference-manual#address_field_and_special_function_table|Address Field and Special Function Table]] below+³ - See the [[pmod:pmodcolor:reference-manual#address_field_and_special_function_table|Address Field and Special Function Table]] below
  
 === Transaction Table === === Transaction Table ===
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 |11  |Special function³  | |11  |Special function³  |
  
-³ - See the [[reference:pmod:pmodcolor:reference-manual#address_field_and_special_function_table|Address Field and Special Function Table]] below+³ - See the [[pmod:pmodcolor:reference-manual#address_field_and_special_function_table|Address Field and Special Function Table]] below
  
 === Address Field and Special Function Table === === Address Field and Special Function Table ===
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 ¹ - This is the value on power-up and reset ¹ - This is the value on power-up and reset
-² - See the [[reference:pmod:pmodcolor:reference-manual#RGBC_gain_value_table|Gain Value Table]] below+² - See the [[pmod:pmodcolor:reference-manual#RGBC_gain_value_table|Gain Value Table]] below
  
 === RGBC Gain Value Table === === RGBC Gain Value Table ===
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 {{ :reference:pmod:pmodCOLOR:timing_diagram.png?700 |Pmod COLOR Timing Diagram}} {{ :reference:pmod:pmodCOLOR:timing_diagram.png?700 |Pmod COLOR Timing Diagram}}
  
-When using an external power supply to run the Pmod, be sure to stay within the parameters provided in [[reference:pmod:pmodCOLOR:reference-manual#specifications|Specifications]].+When using an external power supply to run the Pmod, be sure to stay within the parameters provided in [[pmod:pmodcolor:reference-manual#specifications|Specifications]].
  
 ---- ----
  
-====== Additional Information ======+===== Additional Information =====
  
 The schematics of the %%Pmod COLOR%% are available {{reference:pmod:pmodCOLOR:pmodCOLOR_sch.pdf|here}}. Additional information about the color sensor including communication modes and specific timings of the chip can be found by downloading its datasheet from the AMS website here [[http://ams.com/eng/Products/Light-Sensors/Color-Sensors/TCS34725|here]]. The schematics of the %%Pmod COLOR%% are available {{reference:pmod:pmodCOLOR:pmodCOLOR_sch.pdf|here}}. Additional information about the color sensor including communication modes and specific timings of the chip can be found by downloading its datasheet from the AMS website here [[http://ams.com/eng/Products/Light-Sensors/Color-Sensors/TCS34725|here]].
  
-Example code demonstrating how to get information from the %%Pmod COLOR%% can be found on its Resource Center [[reference:pmod:pmodCOLOR:start#example_projects|here]]. +Example code demonstrating how to get information from the %%Pmod COLOR%% can be found on its Resource Center [[pmod:pmodcolor:start#example_projects|here]]. 
  
-If you have any questions or comments about the %%Pmod COLOR%%, feel free to post them under the appropriate section ("Add-on Boards") of the [[https://forum.digilentinc.com/|Digilent Forum]].+If you have any questions or comments about the %%Pmod COLOR%%, feel free to post them under the appropriate section ("Add-on Boards") of the [[https://forum.digilent.com/|Digilent Forum]].
  
  
 {{tag>pmod pmodCOLOR color-sensor colorimetry reference-manual}} {{tag>pmod pmodCOLOR color-sensor colorimetry reference-manual}}