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Interface modules are typically components used to connect and interact with different devices and systems, undertaking the important task of transmitting signals and data to the target device or system. The specific product characteristics may vary depending on different models and uses.
The following are some possible characteristics of common interface modules:
Multiple interface types: Interface modules typically have multiple types of interfaces, such as digital interfaces (such as USB, Ethernet), analog interfaces (such as VGA, HDMI), or specialized interfaces (such as CAN, RS232), to adapt to the connection needs of different devices and systems.
High speed data transmission: The interface module may support high-speed data transmission to ensure fast and reliable signal and data transmission.
Multiplexing and allocation: Interface modules may support multiplexing and allocation functions, allowing for the connection of an interface to multiple devices or systems.
Data format conversion: The interface module may have data format conversion function, enabling compatibility and communication between different devices and systems.
Reliability and stability: Interface modules typically have high reliability and stability to ensure long-term operation and reliable data transmission.

Controller modules are typically key components used to control and manage devices, responsible for processing input and output signals, executing logic and algorithms, and communicating with other devices and systems.
The following are some common functional features of controller modules:
High performance processors and computing power: Controller modules are typically equipped with high-performance processors and computing power to achieve fast and accurate data processing and algorithm execution.
Multiple input and output interfaces: Controller modules typically have multiple input and output interfaces to connect sensors, actuators, and other devices for data collection, control, and communication.
Communication and network functions: The controller module may support multiple communication protocols and network connection methods to achieve communication and collaborative work with other devices and systems.
Data processing and algorithm execution: The controller module can perform specific data processing and algorithms for real-time control, decision-making, and feedback.
Programmability and flexibility: Controller modules typically have programmability and flexibility to adapt to customized configurations for different application scenarios and requirements.

Robot system modules are typically used to achieve automated operations and task execution. They may include various components and functions to achieve high-precision motion control, material handling, and process steps.
The following are some common functions and features that may be related to robot system modules:
High precision motion control: Robot system modules typically possess high-precision motion control capabilities to achieve accurate positioning, trajectory tracking, and motion path planning.
Multi axis motion: The robot system module may support multiple motion axes, such as linear, rotational, and joint axes, to achieve complex motion operations and flexible mechanical design.
Material handling and handling: The robot system module can be used for tasks such as material handling, sorting, assembly, and processing to improve production efficiency and accuracy.
Programming and control interfaces: Robot system modules typically have programming and control interfaces, enabling users to write and debug control programs for robot motion and operation.
Safety functions: The robot system module may have safety functions such as collision detection, emergency stop function, and safety protection devices to ensure the safety of personnel and equipment.

Relay module is a common electrical component used to control the switching and connection of circuits. They are typically used to transfer current between different circuits, control the switching status of circuits, and achieve logic control and signal transmission.
The following are some common product features of relay modules:
High current and high voltage capability: Relay modules are usually able to withstand high current and high voltage to meet the needs of different circuits and devices.
Signal isolation and protection: The relay module may have signal isolation and protection functions to prevent interference and damage between circuits.
Fast response and reliability: Relay modules typically have fast response and reliability to ensure accurate switching and connection operations.
Multi channel and multifunctional: Some relay modules may have multiple channels and functions to meet the needs of complex circuits and systems.
Programmability and flexibility: Some relay modules may have programmability and flexibility to achieve customized control and logical operations.