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fpga_sram_read_write
- CYCLONE III读写ISSi6V25616 SRAM的测试程序，直接编译下载程序到板子上运行-CYCLONE III ISSi6V25616 SRAM read and write the test program, compiled directly download the program to run on the board
FPGA_ReadwriteSram
- 自己写的关于SRAM的读写程序，先写再读，如果写入读出正确，则LED灯亮。芯片为ISSI25616，适合对SRAM不了解的新手做简单测试。-Write their own program on the SRAM read and write, the first to write read write read out correctly, the LED lights. The chip for ISSI25616, suitable for novice to do a simple tes
zbt_sram_ctl_vhdl
- 实现高效ZBT SRAM 读写，全文采用VHDL语言-Efficient ZBT SRAM read and write。 text using VHDL
sram_test
- is61lv25616简单的verilog程序，完成sram读写-is61lv25616 simple verilog program, complete sram read and write
DPS2812M_EXTRAM
- 合众达2812开发板外部SRAM例程。2812通过XINTF控制外部扩展SRAM读写。-Triangle of 2812 development board external SRAM routines. 2812 through XINTF control external expansion SRAM read and write.
ram
- 此文档为fpga控制双口RAM的开发文档，讲解很细，易于上手.双口RAM是在1个SRAM存储器上具有两套完全独立的数据线、地址线和读写控制线，并允许两个独立的系统同时对其进行随机性访问的存储器，即共享式多端口存储器。-This document is controlled dual-port RAM fpga development documents, explain very small, easy to use. Dual-port RAM is an SRAM memory has tw
EMCtest
- lpc2378EMC初始化和读写外部SRAM操作程序-lpc2378EMC initialization and write external SRAM operating procedures
SRAM_GPIF
- 用68013A芯片的GPIF传输模式实现与SRAM的FIFO读写-In 68013 a chip of GPIF transfer mode to achieve FIFO, speaking, reading and writing with SRAM
PCI9054
- PCI9054控制器+乒乓SRAM读写控制器，是一份很好的初期学习程序，很简单 易懂-PCI9054 controller+ ping-pong SRAM write controller, is a very good early learning program, it is easy to understand
IS61WV51232BLL
- 这是SRAM-IS61WV51232BLL在NIOS软核应用下的读写时许代码。-This is SRAM-IS61WV51232BLL under NIOS soft-core application code reader o' clock.
write_read
- FPGA对外部SRAM的读写控制，FPGA芯片为EP4CE15F17C8，SRAM芯片型号为IS61LV25616AL-FPGA SRAM read and write to external control, FPGA chip EP4CE15F17C8, SRAM chip model IS61LV25616AL
ex9
- 实现SRAM读写实验，ＦＰＧＡ上验证通过-SRAM to achieve literacy test, verified by the FPGA
SRAM_WR
- 本人自己经过实践检验的SRAM读写器，用Verilog编写的，可以作为FIFO使用。-I own proven SRAM reader, using Verilog prepared, can be used as a FIFO.
verilogsram
- 该文档为特权同学EMP240开发板上面的SRAM的操作，该实验实现了对 SRAM 的每一个地址进行遍历读写操作， 然后比对读写前后的数据是否正确，最后通过一个 LED 灯的亮灭进行指示，验证正常，源码和相关资料；-The document for the privileged students EMP240 development board on the operation of the SRAM above, the experiment achieved to traverse the S
better-and-longger-v0.1
- dsp2812常规实验和原理图:1.读写flash和sram 2.FM25CL64（spi)和24LC64(i2c） 3.SCI通讯；4.spi控制七段数码管；5.mcbsp控制ADS1274和TLV56066.DSP自带ADC；7.pwm1、pwm2和T1PWM波形输出 8 ecap 9 GPIO-dsp2812 general experiments and Schematic diagram
verilogsram
- 基于IS62LV256-70U存储芯片为例，对SRAM进行读写操作，加深对存储芯片的时序图的理解。-Based IS62LV256-70U memory chips, for example, the SRAM read and write operations, the timing diagram deepen the understanding of memory chip.
FSMC
- 实现stm32中FMSC功能，可以读写挂载在stm32上的SRAM器件的存储内容。-The realization of FMSC function in STM32, the SRAM device can read and write the content stored in the STM32 on the mount.
sram_test
- SRAM Verilog 测试代码。可控制Sram读写。代码来自ALTERA红色飓风开发板资料。-SRAM Verilog
WRR-MB51-RSU
- STM32对SRAM读写控制 STM32对SRAM读写控制 STM32对SRAM读写控制 STM32对SRAM读写控制-STM32 read and write control of SRAM STM32 read and write control of SRAM STM32 read and write control of SRAM
MB85RC64V
- MB85RC64了 FRAM（铁电随机存取记忆体）独立芯片配置了8192×8位，形成铁电工艺和硅栅CMOS工艺技术非易失性内存中的细胞。 MB85RC64采用两线串行接口（与世界标准的I2C总线兼容）。与SRAM不同的MB85RC64是无需使用数据备份电池，能够保留数据。 MB85RC64的读写次数10亿次，与EPROM和FLASH相比，有显著的改善。而且不在向写完存储器后，不需要查询序列。 -MB85RC64 out FRAM (ferroelectric random acce