Around the ARM and the FPGA core, a detailed analysis of the peripheral circuit functions of each module are given. And based on it, the circuit design of each module is completed.
围绕ARM和FPGA核心芯片，详细分析了外围电路各模块的功能，在此基础上完成了各模块的硬件电路设计。
We discuss the implementation of the whole timing system by the use of FPGA technology which is widely used in present EDA, and carry out analysis and simulation after the schematic design.
我们利用目前电子设计自动化中应用较广泛的FPGA技术进行了整个时间统一系统方案设计，并且在方案的基础上进行了分析及仿真。
Example analysis shows that the method is simple and effective and can make FPGA design more convenient.
实例分析表明，该方法简单有效，可为FPGA设计带来极大的方便。
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