You can use this board to drive Servo's, but you can use this board to have a lot of digital outputs, which you can drive with I2C. For example a 16-relay board. Very easy with the Adafruit_PWMServoDriver library! When you use "16 Relay Trigger 12V LM2596 Power Control Module with Optocoupler Protection", you can power the Servo motor driver module, and the Arduino by the relay board! Use pwm.setPWM(PinNr, 0, 4096); to activate the relay and pwm.setPWM(PinNr, 4096, 0); to deactivate the relay!

You can use this board to drive Servo's, but you can use this board to have a lot of digital outputs, which you can drive with I2C. For example a 16-relay board. Very easy with the Adafruit_PWMServoDriver library! When you use "16 Relay Trigger 12V LM2596 Power Control Module with Optocoupler Protection", you can power the Servo motor driver module, and the Arduino by the relay board! Use pwm.setPWM(PinNr, 0, 4096); to activate the relay and pwm.setPWM(PinNr, 4096, 0); to deactivate the relay!

You can use this board to drive Servo's, but you can use this board to have a lot of digital outputs, which you can drive with I2C. For example a 16-relay board. Very easy with the Adafruit_PWMServoDriver library! When you use "16 Relay Trigger 12V LM2596 Power Control Module with Optocoupler Protection", you can power the Servo motor driver module, and the Arduino by the relay board! Use pwm.setPWM(PinNr, 0, 4096); to activate the relay and pwm.setPWM(PinNr, 4096, 0); to deactivate the relay!

Works great, item is as described. I use a chain of these to control rgb led bars on stage. Cheap and effective way for decor lighting.

Works great, item is as described. I use a chain of these to control rgb led bars on stage. Cheap and effective way for decor lighting.

Works great, item is as described. I use a chain of these to control rgb led bars on stage. Cheap and effective way for decor lighting.