搜索资源列表
isatoi2c
- 本程序实现的是ISA转I2C的功能,绝对可用-this program is the ISA I2C transfer function can be absolute
lctl_1.2
- CPLD的例子程序1,EPM7128芯片,ISA总线
at96
- isa总线接口，可以实现与isa总线 的IO和MEMERY接口
5050PWM_V54
- FPGA 实现基于ISA接口的3路编码器计数，和3路PWM/DA输出 编码器计数包括倍频、鉴相 PWM实现12位分辨率
ISA.rar
- pc104代码，这是本人调通过的。标准ISA通信接口，用VHDL编写,pc104 code, This is my tune adopted. ISA standard communication interface, using VHDL prepared
speednew
- ISA板卡，CPLD原理图，altera maxII CPLD芯片。实现运动控制，标准安川伺服器控制接口。-ISA board, CPLD schematic, altera maxII CPLD chip. The realization of motion control, the standard control interface YASKAWA server.
simpleISA
- 一个模拟ISA界面的简易小程式，简单易懂-ISA interface, a simple simulation of a small program, easy-to-read
CPU_Address_Decode
- MAXPLUSII 下CPU地址译码程序，结合PC104模块ISA总线进行设计。-cpu address decode
48led
- 此软件用的是QuartusII 5.1的环境编写的CPLD内的程序，CPLD用的是EPM7128，实现的功能是对计算机的ISA总线读写操作，计算机通过ISA总线，再通过CPLD，来控制LED的亮和灭-This software is used in the preparation of QuartusII 5.1 environment within the CPLD procedures, CPLD using EPM7128, the function of the realization
Interface
- 基于FPGA环境下ISA总线模块程序实现，已通过调试-FPGA-based ISA bus module environment program implementation, has passed the commissioning
isa
- 计算机组成原理实验报告及课程安排，里面有具体指令的设计思路。-Computer Organization and curriculum lab reports, there are specific instructions design ideas.
ISAFPGA
- 一种基于ISA总线的FPGA在线配置方法-A FPGA-based ISA bus line configuration
Use-CPLD--and-51MCU
- 用CPLD实现单片机与ISA总线接口的并行通信-Microcontroller with CPLD and ISA bus interface parallel communication
I50550PWM_V55m
- FPGA 实现一种基于ISA接口的3路编码器计数，与3路PWM/DDA输出编码器计数包含倍频、鉴相PWM实现12位分辨率 已通过测试。 -FPGA implementation based on the ISA interface, 3 channel encoder count, and 3-way PWM/the DDA output encoder count contains a multiplier, the phase PWM 12-bit resolution has been
ISA
- ISA总线接口，采用verilog HDL语言编写，值得参考！-ISA bus interface, using verilog HDL language, worthy of reference.
Amber_ARM-compatible_core_latest.tar
- The Amber processor core is an ARM-compatible 32-bit RISC processor. The Amber core is fully compatible with the ARM ® v2a instruction set architecture (ISA) and is therefore supported by the GNU toolset. This older version of the ARM instr
Chapter4
- MIPS is a reduced instruction set computer (RISC) instruction set architecture (ISA)[1]:A-1[2]:19 developed by MIPS Technologies (formerly MIPS Computer Systems). The early MIPS architectures were 32-bit, with 64-bit versions added later.