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　　3BSE00B373R1 Other names:

　　Main control board 3BSE00B373R1

　　3BSE00B373R1 communication board

　　Input/output module 3BSE00B373R1

　　The 3BSE00B373R1 processor module is designed for various processing tasks in industrial automation systems, especially in the context of the rapid development of the Internet of Things and 5G technology. It can reliably connect to intelligent DCS and seamlessly integrate data from various third-party systems such as PLCs, achieving ubiquitous perception of general industrial process information.

　　Main features:

　　Data processing capability: With the rapid development of advanced detection technology and sensor technology, the scale of industrial perceivable data is experiencing explosive growth. The 3BSE00B373R1 processor module has deep data analysis and information visualization capabilities, which can parse large amounts of data in real-time and quickly extract information and knowledge about the production process.

　　Supported calculation types: including control calculation, statistical calculation, modeling calculation, and knowledge calculation (knowledge expression and inference), providing convenient and reliable support for various data analysis and calculation categories in industrial processes.

　　Integration and Integration: Efficient integration design with human-machine interface and database system helps intelligent DCS become the "intelligent center" for real-time operation of factories.

　　The processor module can be logically divided into three main parts

　　Control unit: It is the command and control center of the entire CPU, responsible for coordinating the orderly work of the entire computer. Including components such as instruction register IR, instruction decoder ID, and operation controller OC. According to the user's pre programmed program, each instruction is sequentially extracted from the memory, decoded and analyzed, and micro operation control signals are sent to the corresponding components through the operation controller OC.

　　Operating unit:

　　It is the core of an arithmetic operator that performs arithmetic operations (such as addition, subtraction, multiplication, and division) and logical operations (such as shifting, logical testing, or comparing two values). Accepting commands from the control unit to perform actions is the execution component.

　　Storage unit: including CPU on-chip cache and register group, it is the temporary storage place for data in the CPU. Using registers can reduce the number of CPU accesses to memory and improve work speed. Register components are divided into dedicated registers and general-purpose registers, which respectively store corresponding data or can be specified by programmers for their purposes.

　　The main functions of the processor module include:

　　Explain computer instructions: Retrieve instructions from memory or cache, place them in instruction registers, and decode the instructions.

　　Processing data: Performing operations specified by instructions to process data in computer software.

　　Control computer operations: issuing various control commands, executing a series of micro operations, and thus completing the execution of an instruction.

　　Characteristics

　　High integration: The processor module is a large-scale integrated circuit that integrates key components such as control units, computing units, and storage units.

　　Core position: It is the computational and control core of a computer, and together with internal memory and input/output (I/O) devices, it is referred to as the three core components of an electronic computer.

　　High speed computing: Through the design of high-speed cache and register groups, the speed of CPU access to data is significantly improved, thereby improving overall computing performance.

　　All products on this website are special products, and market prices have been fluctuating,

　　The specific customer service quotation shall prevail, as the product is a new product and the price is not genuine,

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