SKU: SBCD-1404
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DFRobot Pan-Tilt HAT for Raspberry Pi & Jetson Nano

₹2,269.00 (Inclusive of all taxes)
Out of Stock

This 2-DOF pan-tilt HAT, based on the Raspberry Pi 40PIN GPIO, provides precise camera movement and light intensity detection using an I2C interface and an onboard PCA9685 PWM controller. It offers seamless compatibility with Raspberry Pi series boards and the Jetson Nano.

Features

  • Enables 2-DOF (degrees of freedom) pan-tilt motion for precise positioning.
  • Integrates PCA9685 12-bit PWM controller for smooth servo movement.
  • Utilizes I2C communication for simplified wiring and control.
  • Features onboard TSL25911FN light intensity sensor with ADC for environmental awareness.
  • Fully compatible with all Raspberry Pi series and Jetson Nano boards.

Out of stock

Description

The DFRobot Pan-Tilt HAT provides a versatile 2-DOF (degrees of freedom) platform designed for Raspberry Pi and Jetson Nano boards. It directly connects to the 40PIN GPIO header, extending the host board’s GPIO pins for convenient use with additional peripherals. Control over the pan and tilt movements is managed via an efficient I2C interface, requiring only two signal lines, which simplifies integration and frees up other valuable GPIO resources.

At its core, the HAT incorporates a PCA9685 chip, capable of delivering 12-bit resolution PWM signals for exceptionally smooth and accurate servo control. Additionally, it features an onboard TSL25911FN sensor with a built-in ADC, designed to detect light intensity in a manner similar to human vision, enhancing its utility for advanced environmental sensing applications. Voltage level translators ensure broad compatibility with both 3.3V and 5V operating environments, and a dedicated acrylic board is included for securely mounting a Raspberry Pi camera.

This module is thoroughly tested for compatibility across all Raspberry Pi series and functions effectively with the Jetson Nano, making it ideal for a range of applications including image monitoring, object recognition and tracking. When paired with additional sensors like IR or ultrasonic distance modules, it can transform into a sophisticated detection system for robotics, enabling obstacle avoidance and interactive projects.

Key Features

  • 2-DOF (Pan & Tilt) motion capability for flexible positioning.
  • Directly plugs into Raspberry Pi 40PIN GPIO header.
  • Integrated PCA9685 12-bit PWM controller for precise servo control.
  • Efficient I2C communication protocol requires only 2 signal lines.
  • Onboard TSL25911FN high-sensitivity light intensity sensor with built-in ADC.
  • Voltage level translators for 3.3V/5V operating level compatibility.
  • Dedicated acrylic board for easy mounting of Raspberry Pi camera modules.
  • GPIO pins led out from the HAT for expanded connectivity options.
  • Compatible with all Raspberry Pi series and NVIDIA Jetson Nano boards.

Applications

  • Image monitoring and recognition systems.
  • Robotics for object tracking and obstacle avoidance.
  • Interactive projects requiring precise camera or sensor orientation.
  • Embedded sensing applications leveraging light intensity data.
  • DIY automation and surveillance setups.

Technical Specifications

Item TypeHAT
CompatibilityRaspberry Pi Series, Jetson Nano
Operating Voltage3.3V/5V
Control ChipPCA9685
PWM Resolution12-bit
Logic Input Voltage3.3V
Communication InterfaceI2C
Dimensions (L x W)65 mm x 56.6 mm
Weight78g

Frequently Asked Questions

What microcontrollers or SBCs is this Pan-Tilt HAT compatible with?

It is extensively compatible with all Raspberry Pi series boards and also works seamlessly with the NVIDIA Jetson Nano development board, leveraging their 40PIN GPIO for direct connection and control. This broad compatibility makes it a versatile addition to many projects.

How does the PCA9685 chip enhance the pan-tilt's performance?

The onboard PCA9685 chip provides 12-bit resolution PWM outputs, enabling highly precise and smooth control over the pan and tilt servo motors. This ensures accurate positioning for applications like object tracking, camera stabilization, and fine-tuned robotic movements, improving overall system responsiveness.

What communication interface does the Pan-Tilt HAT use, and why is it beneficial?

The HAT utilizes an I2C interface, requiring only two signal lines (SDA, SCL) for communication. This simplifies wiring, saves valuable GPIO pins on the host board for other peripherals, and allows for easy integration with other I2C devices on the same bus.

Does the HAT include any sensory capabilities?

Yes, it features an onboard TSL25911FN high-sensitivity light intensity sensor with a built-in ADC. This sensor mimics human eye response, which can be valuable for ambient light compensation, automatic exposure adjustments for cameras, or light-aware robotic applications and environmental monitoring.

What power supply voltage is required for this Pan-Tilt HAT?

The Pan-Tilt HAT is designed with onboard voltage level translators, making it compatible with both 3.3V and 5V operating voltage levels. This flexibility ensures broad compatibility with various development boards without requiring external level shifters, simplifying integration into diverse projects.

Package Includes

  • 1 x Pan-Tilt HAT for Raspberry Pi and Jetson Nano

Additional Information

Weight 0.078 kg
Dimensions 13.5 × 9.5 × 4 cm