Altera USB声卡

基于DE2_70平台，编写nios软核c代码，控制流水灯，硬件实现验证通过，适合入门(Based DE2_70 platform, written nios soft core c code, control water lights, verified by hardware implementation, suitable for entry)

超低速的光纤一体发接收发送器,同于以前的光纤一体化接头都只适用于2M以上的通讯,如需将232等低速信号用光纤传输出,需要加复杂的调制解调电路,网动光电新生产的这款光纤头主要针对低速信号,可以传送DC-500KPS的信号,极大地简化了硬件设计.(Ultra-low-fat whole-speed fiber-optic transmitter receiver with fiber-optic integration in the previous joint only applies to more than 2M communications, etc. For the 232 low-speed optical fiber transmission of signals, the need to increase the complexity of the modulation and demodulation circuit, the net move Photoelectric new production of this first major response to low-speed fiber-optic signal, DC-500KPS can send the signal, greatly simplifying the hardware design.)

基于VHDL的数字频率计的设计.pdf 基于VHDL的频率计设计 很好用的 希望要用的同志来下载 (基于VHDL的频率计设计 很好用的 希望要用的同志来下载 )

CH2 VHDL 数字电路参考书所有程序2-CH2 VHDL digital circuit two reference books all procedures

用vhdl实现脉冲宽度可控的一简单程序 仿真环境MAXPLUS-(use VHDL to achieve controllable pulse width of a simple process simulation environment Segments-)

基于FPGA的VHDL，can总线控制的设计与实现，在ISE下弄的。(FPGA-based VHDL, can control the design and implementation of the bus, get under the ISE' s.)

AHB 总线slave verilog实现(Implementation of AHB bus)

rs编码vvhdl 希望能通过 我不晓得具体对大家有用否 希望懂rs编码的多多交流 -rs coding vvhdl I do not want to be able to know the specific useful whether you want to understand a lot of coding rs exchange

数字钟通过verilog实现，并且支持Modelsim仿真，通过实验验证(The digital clock is implemented by Verilog and supports Modelsim simulation)

Quartus II 7.2环境中，采用硬件描述语言VHDL独立完成了基于MIPS指令集的32位RISC处理器的逻辑设计(quartusII mips pipeline 32bit cpu design)