VideoLibrary

Agile Manufacturing with Industrial Robotics

See how ADI’s TMCM motion control, ADMT4000 multiturn encoder, and ADTF3175 depth camera integrate to enable precise motor control, power-loss recovery, and edge-based vision in smart robotic systems.

1/10/2025 6:58:26 PM

Part List

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
EVALUATION BOARD 3.3VEVAL-ADMT4000SD1ZEVALUATION BOARD 3.3V47 - Immediate$15,948.09View Details
IND. MULTITURN CW & ANGLE SENSORADMT4000BRUZAB-R7IND. MULTITURN CW & ANGLE SENSOR0 - Immediate$1,831.03View Details
IND. MULTITURN CW & ANGLE SENSORADMT4000BRUZABIND. MULTITURN CW & ANGLE SENSOR0 - Immediate$1,477.78View Details
EVAL BOARD FOR ADTF3175EVAL-ADTF3175D-NXZEVAL BOARD FOR ADTF317524 - Immediate$67,795.51View Details
1MPX 75X75 TOF MODULEADTF3175BMLZ1MPX 75X75 TOF MODULE0 - Immediate$24,663.91View Details

Related Videos

Industrial Robotics enabling Flexible Manufacturing through Intelligent Sensing and Control
Industrial Robotics enabling Flexible Manufacturing through Intelligent Sensing and Control

Publish Date: 2025-07-23

Increase Productivity with Modular Mobile Robotics
Increase Productivity with Modular Mobile Robotics

Publish Date: 2025-07-23

ADAM: A Complete Autonomous Mobile Robot Solution from ADI
ADAM: A Complete Autonomous Mobile Robot Solution from ADI

Publish Date: 2025-07-23

Related Product Highlight

ADMT4000 True Power-On Multiturn Sensor Analog Devices ADMT4000 AMR angle sensors' output enables the device to report the position of the system with a high degree of angular accuracy.
ADTF3175 Time-of-Flight (ToF) Module Analog Devices' ADTF3175 Time-of-Flight (ToF) module offers illumination subassembly with eye safety support.

Related Articles and Blogs

Simplify AMR and AGV Integration with ROS 2 Components Accelerate AMR and AGV integration using motor controllers, IMUs, and ToF modules with native ROS 2 drivers.
Apply Advances in Sensing, Connectivity, and Motion Control Devices for Smarter Fixed-in-Place Robots Design precise yet flexible fixed-in-place robotics using advanced control, imaging, sensing, and communications technologies.
SLAM from an Algorithmic Point of View (Part 2) A discussion of the three primary techniques used in SLAM algorithms to create maps of unknown areas for robot navigation.