FBM01 | bus module
Model: FBM01
High speed processing, higher control accuracy
Multiple input and output options with a variety of functions
Compact and rugged design for harsh environments
Easy to set up and configure for quick integration into existing systems
Product Specifications:
Power supply mode :24vdc
Input type: analog, digital
Output type: analog, digital
Communication port :RS-485, Ethernet
Operating temperature :-10° C ~60°C
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Tags: FBM01
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Product content
Model: FBM01
High speed processing, higher control accuracy
Multiple input and output options with a variety of functions
Compact and rugged design for harsh environments
Easy to set up and configure for quick integration into existing systems
Product Specifications:
Power supply mode :24vdc
Input type: analog, digital
Output type: analog, digital
Communication port :RS-485, Ethernet
Operating temperature :-10° C ~60°C
FBM01 bus module is the information transmission channel between various components in the computer, it establishes a standard data transmission mode in the computer, so that different devices can read and write data through the bus. The bus module mainly consists of the following parts:
Control bus: FBM01 is used to transmit control signals, such as clock signals, reset signals, etc.
Data bus: Used to transfer data, such as data between CPU and memory.
Address bus: Used to transmit the address information of a device for identifying a specific device.
Power bus: Used to provide power supply to ensure the normal operation of the device.
Bus module has a wide range of applications in computer systems, especially in the following aspects:
Communication between the CPU and memory: The FBM01 bus module provides a data transmission channel between the CPU and memory, so that the CPU can read data from the memory and write calculation results to the memory. This way realizes the high-speed data exchange between CPU and memory, and greatly improves the running efficiency of the computer.
Communication between peripherals and the host: Communication between the host computer and various external devices (such as printers, mice, keyboards, etc.) is also carried out through the bus module. The host controls the work of peripherals through the bus module, and reads and writes data between the bus module and peripherals. In this way, the host can easily interact with different external devices to achieve various functions.
Multi-core processor internal communication: In modern computer systems, multi-core processors are more and more widely used. The communication between different cores in the multi-core processor is also realized through the bus module.
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