现代电子技术
現代電子技術
현대전자기술
MODERN ELECTRONICS TECHNIQUE
2014年
13期
162-163,166
,共3页
CORDIC算法%AM调制%Verilog%IP核
CORDIC算法%AM調製%Verilog%IP覈
CORDIC산법%AM조제%Verilog%IP핵
CORDIC algorithm%AM modulation%Verilog%IP core
根据数字通信的AM调制技术原理和CORDIC算法的工作原理，用Verilog语言设计了一种可综合的AM调制器IP核，整个系统在modelsim6.2b上编译并仿真通过，然后下载到EP3C5E144C8的FPGA芯片上，实现了预期的功能，具有较高的工程应用价值。
根據數字通信的AM調製技術原理和CORDIC算法的工作原理，用Verilog語言設計瞭一種可綜閤的AM調製器IP覈，整箇繫統在modelsim6.2b上編譯併倣真通過，然後下載到EP3C5E144C8的FPGA芯片上，實現瞭預期的功能，具有較高的工程應用價值。
근거수자통신적AM조제기술원리화CORDIC산법적공작원리，용Verilog어언설계료일충가종합적AM조제기IP핵，정개계통재modelsim6.2b상편역병방진통과，연후하재도EP3C5E144C8적FPGA심편상，실현료예기적공능，구유교고적공정응용개치。
According to the principles of AM modulation technology and CORDIC algorithm for digital communication,a synthesizable IP core described with Verilog language is desiged. The whole system is compiled and simulated in the platform Modelsim6.2b,and then downloaded onto the EP3C5E144C8 FPGA to realize the expected funcion. It has a great engineering application value.
