In order to avoid data loss during high-speed acquisition, a data temporary storage area is set between the data acquisition system and the CPU. The storage principle of dual-port RAM and its application in digital systems are introduced. FPGA technology is used to construct dual-port RAM to achieve massive data storage and clock matching in high-speed signal acquisition systems. Functional simulation verifies the correctness of the design, which can reduce the complexity of circuit design, enhance the flexibility of design and the configurability of resources, reduce design costs, and shorten the development cycle.
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