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Green circuit board with 40-pin header and black chips

LORDWORLD

LORDWORLD Motor Driver HAT TB6612FNG PCA9685 I2C Stackable 32 development board

SKU CH-HEJF-W1GQE

Stackable motor driver HAT with PCA9685 PWM and TB6612FNG dual H-bridge, I2C addressable to 32 boards via 40-pin GPIO

  • Standard 40-pin GPIO header fits Raspberry Pi series
  • I2C control with 5 address jumpers allows stacking up to 32 modules
  • Onboard PCA9685 chip delivers 12-bit hardware PWM for precise speed control
  • TB6612FNG dual H-bridge driver runs with high efficiency and low heating
  • Development resources include BCM2835, wiringPi and Python examples

Raspberry Pi 40-pin motor HAT

The LORDWORLD board mounts directly on any Raspberry Pi with a 40-pin GPIO header and uses the I²C bus to drive motors. It is built for makers who need to add motion control to Pi projects without wiring discrete driver chips.

Stackable I²C design with TB6612FNG

Five address jumpers let you stack up to 32 modules on the same bus, each presenting a unique address. The onboard TB6612FNG dual H-bridge runs efficiently with minimal heat, so multiple boards can operate side by side in a compact enclosure.

PCA9685 PWM and multi-language examples

The integrated PCA9685 supplies 12-bit hardware PWM for smooth speed adjustment across connected motors. Development resources include ready-to-run examples for BCM2835, wiringPi and Python, letting you start coding immediately in your preferred environment.

Highlights

  • Standard 40-pin GPIO header fits Raspberry Pi series
  • I2C control with 5 address jumpers allows stacking up to 32 modules
  • Onboard PCA9685 chip delivers 12-bit hardware PWM for precise speed control
  • TB6612FNG dual H-bridge driver runs with high efficiency and low heating
  • Development resources include BCM2835, wiringPi and Python examples

Specifications

BrandLORDWORLD

Questions about this item

How many modules can the I2C address jumpers support in a stack?

Five address jumpers allow up to 32 modules to share the same I2C bus without address conflicts.

Which GPIO header does the board use for mechanical attachment and signal connection?

The board mounts on the standard Raspberry Pi 40PIN GPIO extension header found on all supported Pi models.

What library examples are included to drive the PCA9685 PWM registers from a Raspberry Pi?

The supplied manual provides example code in BCM2835, wiringPi, and Python for controlling the 12-bit PWM outputs.

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