Keyestudio 16 Ch 12 Bit PWM LED Servo Shield

Keyes

  • Unit price per 

{"one"=>"Only {{ count }} left!", "other"=>"Only {{ count }} left!"}

FEATURES
  • Flux SKU:
    CCAA100061
  • Length (mm):
    69
  • Width (mm):
    54
  • Height (mm):
    23
  • Form Factor:
    UNO R3
  • Brand:
    Keyes
  • Brand Series:
    Keyestudio
  • Main Colour:
    Black
  • Country of Manufacture:
    China
  • MPN:
    KS0258
  • UPC:
    Does Not Apply
  • Minimum Operating Temperature:
    -40°C
  • Maximum Operating Temperature:
    85°C
  • Number of Items:
    1
  • Hardware Compatibility:
    Arduino UNO
    Arduino DUEMILANOVE
    Arduino LEONARDO
    Arduino MEGA
    Arduino DIECIMILA
  • Pin Pitch:
    2.54mm
  • Pin Arrangements:
    PWM (PWM, V+, GND)
  • Pass Through:
    Complete UNO 2.54 pass-through
  • Logic Level Voltage:
    3 - 5V
  • Input DC Voltage:
    3-5V
  • Input Drive DC Voltage:
    ≤6V
  • Drive Current:
    2 - 10A Servo
  • Format:
    I2C
  • Address:
    0x60 - 0x80
  • Chipset MPN:
    PCA9685
  • Ouput Channels:
    16
  • Output Type:
    PWM
  • Output Resolution:
    12bit
  • Output Maximum Frequency:
    1kHz
  • Connector Type:
    Screw terminals
DESCRIPTION
This shield is ideally suited to adding PWM control to your project, whether it be driving an LED array or an array of servo motors, this module will drive arrays for days. Based on the PCA9685 chipset which features its own internal clock the module allows for the control of 16 separate PWM channels through a 2 - wire connection.
The module requires an external power supply of up to 6V to be able to drive the connected devices. The logic of the board itself is powered through the host microcontroller and makes use of A4/5 for control. Communication is handled through a 2 pin I2C interface, available on a wide range of microcontrollers. The I2C address of the module is in the range of 0x60 - 0x80 depending on the configuration of the onboard address select pins.
Please do not hesitate to contact us if you require further information regarding the shield's operation.

We Also Recommend