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Servo Driver - PCA9685PW 16 Channel 12-Bit PWM

Servo Driver - PCA9685PW 16 Channel 12-Bit PWM

CHF 6.00
CHF 9.00 CHF 6.00
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Introducing the 16-Channel 12-bit PWM Servo Shield – Your ultimate solution for managing multiple servos with precision and ease!

This 16-Channel PWM Servo Shield is engineered for enthusiasts and professionals looking to control a multitude of servos via I2C with their Raspberry Pi or other microcontrollers. Whether you’re creating intricate robotic arms, automating your home, or setting up a dynamic lighting system, this shield offers the control and flexibility your project demands.


Key Features

  • Size: 62.5mm x 25mm for a compact footprint.
  • I2C Addressing: Selectable 7-bit address from 0x60 to 0x80.
  • Protection: Reverse polarity safeguard.
  • LED Status: Green LED indicates power is on.
  • Voltage: 5V tolerant inputs, controllable by 3.3V microcontrollers.
  • Multi-Device Capability: Up to 16 Servo motors per board

In the Box

  • 1 x 16-Channel 12-bit PWM Servo/LED Driver (PCA9685PW)

Usefull Links

Official Website: edog.io
Github: github.com/SolidMakers
Documentation: *coming soon*
Instagram: @solidmakers_official
Youtube: @SolidMakers
Discord: *coming soon*

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Why Choose Edog Kit?

Designed for You
Select the perfect kit to match your resources and dive into robotics. Own a 3D printer? Simply download the 3D files and start building. Need the full gear? Get everything you need from us. Our kits are tailored for every level of expertise and budget, ensuring you have just what you need to begin your journey into robotics. Your path to innovation just became more personal.

Unleash Creativity
Embark on a creative journey. Share your ideas with our community, collaborate on projects, and create together. It's direct, it's hands-on, it's your opportunity to innovate.

Learn & Grow
Acquire invaluable experience and knowledge not just in robotics but also in 3D printing, electronics, mechanics, and computer science, further enhancing your skills and understanding of these fascinating fields.

Support & Community
As part of our commitment to your success, gain access to a community of fellow robotics enthusiasts and a wealth of resources to guide you on your building journey.

I've my kit, Then what?

Congratulation ! 🥳

You may want to start with the first tutorial: Step-by-Step Guide: Assembling Your Quadruped Robot

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