Brooks BM23100L03/E PC23100 microprocessor module
Product Details Introduction
The Brooks BM23100L03/E and PC23100 microprocessor modules are designed specifically for automation systems and robot applications, providing efficient data processing capabilities and system control functions. They are widely used in industrial automation, semiconductor manufacturing, precision manufacturing, and other fields. These modules are typically responsible for managing and coordinating various subsystems and sensors of robots or automation equipment, ensuring efficient and stable operation.
main features
High performance processor: adopting advanced microprocessor technology, supporting multitasking parallel processing, and meeting the needs of complex automation tasks.
Modular design: The BM23100L03/E and PC23100 modules are designed to be compact, easy to integrate, and suitable for different automation equipment.
Multiple interface support: Provides rich interface options to connect various peripheral devices, sensors, and actuators, facilitating system integration.
High reliability: Designed specifically for industrial application environments, it can operate stably in harsh working environments and adapt to harsh conditions such as high temperatures and vibrations.
Flexible configuration: Supports flexible parameter configuration, suitable for different application requirements, such as motion control, data acquisition, and real-time feedback.
application area
Semiconductor manufacturing: widely used in wafer processing and transmission equipment to ensure high-precision control and fast response, in order to meet the strict requirements of precision and efficiency in semiconductor manufacturing.
Industrial robot: As a robot control module, it is used to coordinate multi axis motion and control robotic arms, automatic guided vehicles (AGVs), etc., optimizing the automation operation of production lines.
Laboratory automation: used in laboratory environments that require precise control and data collection, supporting operations such as sample processing, sorting, and transportation.
Precision manufacturing: supports the control requirements of various automated assembly, inspection, and testing equipment to ensure efficient and stable operation of the equipment during the production process.
Technical specification overview (assuming common specifications)
Power requirement: Usually 24V DC (specific voltage needs to be confirmed according to the model)
Processing speed: Supports high-frequency processing, suitable for real-time computing tasks
Communication interface: including RS-232, Ethernet, or other industrial communication interfaces
Temperature range: 0 ° C to 50 ° C, suitable for industrial environments
Size: Compact modular design for easy embedded applications
Product image
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