摘要：【中文】本发明公开了一种信号生成系统、方法及存储介质，所述系统包括背板，以及设置在背板上的处理器和至少一个信号生成模块，信号生成模块包括第一可编程逻辑门阵列FPGA、数模转换器和信号放大器；处理器用于响应于用户的输入操作，获取多个正弦信号各自的参数；并根据所述多个正弦信号各自的参数生成信号生成指令并分别发送给所述第一FPGA，所述第一FPGA接收到信号生成指令后，根据信号生成指令中的参数运行旋转坐标系数字计算CORDIC算法产生由多个正弦信号叠加而成的输出信号；数模转换器对相应的输出信号进行数模转换，得到模拟信号；信号放大器用于对相应的模拟信号进行放大后输出。由此，可生成精确且多的谐波信号。 【EN】The invention discloses a signal generation system, a signal generation method and a storage medium, wherein the system comprises a back plate, a processor and at least one signal generation module, wherein the processor and the at least one signal generation module are arranged on the back plate; the processor is used for responding to the input operation of a user and acquiring the respective parameters of the plurality of sinusoidal signals; generating a signal generation instruction according to respective parameters of the sinusoidal signals and respectively sending the signal generation instruction to the first FPGA, and after receiving the signal generation instruction, the first FPGA runs a rotation coordinate coefficient word calculation CORDIC algorithm according to the parameters in the signal generation instruction to generate an output signal formed by overlapping the sinusoidal signals; the digital-to-analog converter performs digital-to-analog conversion on the corresponding output signal to obtain an analog signal; the signal amplifier is used for amplifying and outputting the corresponding analog signals. Thereby, an accurate and much harmonic signal can be generated.