这种方法将现场可编程器件(FPGA)和传统的DDS方法相结合,是对传统频率合成方法的一次重要改进。
Combining the FPGA and traditional DDS method, it is the important improvement on conventional frequency synthesis method.
依据VGA显示原理,利用VHDL作为设计语言,设计了一种基于现场可编程器件FPGA的VGA多图像控制器,并在硬件平台上实现设计目标。
By using VHDL as design language and according to the principle of VGA, a controller of VGA display system based on FPGA is designed.
利用可编程器件FPGA实现VGA彩色显示控制器在工业现场中有很多的应用。
This paper introduces the implementation of VGA controller based on FPGA, which is widely applied in industry.
利用可编程器件FPGA实现VGA彩色显示控制器在工业现场中有很多的应用。
This paper introduces the implementation of VGA controller based on FPGA, which is widely applied in industry.
应用推荐