资源列表
nios_sram_gm
- 小模式下配置的nios源码，用quartus10.0配置，作者光芒电子-Nios small mode configuration source, with quartus10.0 configuration of the electronic light
64bitALU
- 64 bit alu structure vhdl code -64 bit alu structure vhdl code
src
- 8254 fpga vhdl语言实现代码-8254 fpga vhdl language code
A_VHDL_Timer
- 8254计数器fpga实现vhdl语言英文说明文档-8254 counter vhdl fpga implementation language English documentation
vhdl_division
- vhdl设计，各种分频方式包括实例，非常实用-vhdl design, a variety of ways, including instances of frequency, very useful
FPGA_interview
- fpga各大公司面试笔试数电部分，内容详尽-number of major companies fpga electrical part of the written interview, detailed
bit_stuffer
- Bit stuffing is used for various purposes, such as for bringing bit streams that do not necessarily have the same or rationally related bit rates up to a common rate, or to fill buffers or frames. The location of the stuffing bits is communicated to
comparator
- comparator it comparea two input and give its output
randon_numder_generator
- random number generator it generate random number continousely on clk pulse
parity_generator
- parity generator Parity bits are extra signals which are added to a data word to enable error checking. There are two types of Parity - even and odd. An even parity generator will produce a logic 1 at its output if the data word contains an odd num
BCD_COUNTER
- Binary Counting A binary counter can be constructed from J-K flip-flops by taking the output of one cell to the clock input of the next. The J and K inputs of each flip-flop are set to 1 to produce a toggle at each cycle of the clock input. For eac
PRIORITY_ENCODER
- A priority encoder is a circuit or algorithm that compresses multiple binary inputs into a smaller number of outputs. The output of a priority encoder is the binary representation of the ordinal number starting from zero of the most significant input