Robotics

Amphenol's products for robotic control and internal communication include connectors, cables, and accessories that are engineered to meet the demanding requirements of robotics applications. These components facilitate the transmission of signals, data, and power, ensuring precise control and seamless communication between various subsystems within a robotics system, and in an external controller such as a teaching pendant and robotic remote control.
Amphenol’s robust connectors and cable assembly solutions are suitable for a wide range of robotics applications, including industrial robotic arms, collaborative robots (cobots), drones, autonomous robots, and more - whether it's for precision control, real-time communication, or data-intensive tasks.

In robotics, the battery holds significant strategic importance as a core component. Just as in electric vehicles (EVs), robotics systems are equipped with a Battery Management System (BMS) that plays a crucial role in regulating battery charge and safeguarding it against operations that exceed safe limits. The BMS diligently monitors the battery pack throughout charging and discharging cycles, optimizing performance by ensuring cell balancing within the pack. This not only enhances battery life and capacity but also improves overall efficiency.

Battery and chargers are required for robots to function, and choosing the right power solution is crucial to achieving ideal performance. Since robots should be constantly plugged into power, they demand durability. The battery, the connectors, and the electric source used to power robots ensure the longevity and optimum current supply of these machines.

Motion controllers serve as a critical component in the field of robotics, enabling precise and coordinated movements of robotic systems. Robotic controllers are also systems responsible to control the movements of components such as robotic arms. Motor drives play a crucial role in the operation and control of motors within robotic systems. These devices are designed to provide the necessary power and control signals to drive and regulate the motion of motors, enabling precise and dynamic movements in robots. One key function of motor drivers is to regulate the speed and torque of the motors. They provide variable control over the motor's rotational speed, allowing for smooth acceleration, deceleration, and precise positioning. By modulating the input signals, motor drives enable robots to perform tasks with high precision and agility.

A robotic vision sensor is a compact and self-contained unit that incorporates an integrated camera, lights, and a controller (and sometimes a laser) into a single device. Computer vision and sensor technologies are integral components of drone AI as they enable object detection, classification, tracking, and other crucial functions during the drone's flight. In warehouse robots and robotic arms, sensors detect a change in velocity, position, acceleration, and torque. Amphenol’s interconnect solutions used in these applications include lighting, power, rugged and miniature connectors