CAJ | 학술논문

新的全数字式反馈自动增益控制（ AGC)算法，采用硬件描述语言VHDL进行FPGA实现， MODELSIM仿真测试实验结果表明，该新方案实现简单、速度快，具有更小的资源占用、更快的收敛速度，有效地解决了无线通信系统中各种因素（距离、信道衰减、电磁干扰等)所造成的数字信号传输问题，具有良好的工业应用前景。
신적전수자식반궤자동증익공제（ AGC)산법，채용경건묘술어언VHDL진행FPGA실현， MODELSIM방진측시실험결과표명，해신방안실현간단、속도쾌，구유경소적자원점용、경쾌적수렴속도，유효지해결료무선통신계통중각충인소（거리、신도쇠감、전자간우등)소조성적수자신호전수문제，구유량호적공업응용전경。
A new all-digital feedback AGC ( AGC) algorithm is proposed by using hardware description language VHDL for FPGA implementation of the above AGC algorithm, and the algorithm MODELSIM simulation tests. Simulation results show that the scheme is simple, fast, and it has a smaller footprint, faster convergence. The plan can solve the wireless communication sys-tem various factors ( distance, channel attenuation, electromagnetic interference, etc. ) , and with good prospects for industrial ap-plications.