文件名称:16bitCPU
介绍说明－－下载内容均来自于网络，请自行研究使用
16位的单周期CPU，可以实现R型、I型和J型指令-16-bit single-cycle CPU, can achieve R-, I-and J-type instruction
(系统自动生成,下载前可以参看下载内容)
下载文件列表
16bitCPU\16bitCPU\adder.acf
........\........\adder.fit
........\........\adder.hex
........\........\adder.hif
........\........\adder.mmf
........\........\adder.ndb
........\........\adder.pin
........\........\adder.pof
........\........\adder.rpt
........\........\adder.scf
........\........\adder.snf
........\........\adder.sof
........\........\ADDER.sym
........\........\adder.ttf
........\........\adder.vhd
........\........\adder_pc.acf
........\........\adder_pc.fit
........\........\adder_pc.hex
........\........\adder_pc.hif
........\........\adder_pc.mmf
........\........\adder_pc.ndb
........\........\adder_pc.pin
........\........\adder_pc.pof
........\........\adder_pc.rpt
........\........\adder_pc.scf
........\........\adder_pc.snf
........\........\adder_pc.sof
........\........\ADDER_PC.sym
........\........\adder_pc.ttf
........\........\adder_pc.vhd
........\........\alu.acf
........\........\alu.fit
........\........\alu.hex
........\........\alu.hif
........\........\alu.mmf
........\........\alu.ndb
........\........\alu.pin
........\........\alu.pof
........\........\alu.rpt
........\........\alu.scf
........\........\alu.snf
........\........\alu.sof
........\........\ALU.sym
........\........\alu.ttf
........\........\alu.vhd
........\........\controller.acf
........\........\controller.fit
........\........\controller.hex
........\........\controller.hif
........\........\controller.jam
........\........\controller.jbc
........\........\controller.mmf
........\........\controller.ndb
........\........\controller.pin
........\........\controller.pof
........\........\controller.rpt
........\........\controller.scf
........\........\controller.snf
........\........\controller.sof
........\........\CONTROLLER.sym
........\........\controller.ttf
........\........\controller.vhd
........\........\cpu.acf
........\........\cpu.fit
........\........\cpu.gdf
........\........\cpu.hex
........\........\cpu.hif
........\........\cpu.mmf
........\........\cpu.ndb
........\........\cpu.pin
........\........\cpu.pof
........\........\cpu.rpt
........\........\cpu.scf
........\........\cpu.snf
........\........\cpu.sof
........\........\cpu.ttf
........\........\decoder4.acf
........\........\decoder4.fit
........\........\decoder4.hex
........\........\decoder4.hif
........\........\decoder4.mmf
........\........\decoder4.ndb
........\........\decoder4.pin
........\........\decoder4.pof
........\........\decoder4.rpt
........\........\decoder4.snf
........\........\decoder4.sof
........\........\DECODER4.sym
........\........\decoder4.ttf
........\........\decoder4.vhd
........\........\delay.acf
........\........\delay.fit
........\........\delay.hex
........\........\delay.hif
........\........\delay.mmf
........\........\delay.ndb
........\........\delay.pin
........\........\delay.pof
........\........\delay.rpt
........\........\delay.scf
........\........\adder.fit
........\........\adder.hex
........\........\adder.hif
........\........\adder.mmf
........\........\adder.ndb
........\........\adder.pin
........\........\adder.pof
........\........\adder.rpt
........\........\adder.scf
........\........\adder.snf
........\........\adder.sof
........\........\ADDER.sym
........\........\adder.ttf
........\........\adder.vhd
........\........\adder_pc.acf
........\........\adder_pc.fit
........\........\adder_pc.hex
........\........\adder_pc.hif
........\........\adder_pc.mmf
........\........\adder_pc.ndb
........\........\adder_pc.pin
........\........\adder_pc.pof
........\........\adder_pc.rpt
........\........\adder_pc.scf
........\........\adder_pc.snf
........\........\adder_pc.sof
........\........\ADDER_PC.sym
........\........\adder_pc.ttf
........\........\adder_pc.vhd
........\........\alu.acf
........\........\alu.fit
........\........\alu.hex
........\........\alu.hif
........\........\alu.mmf
........\........\alu.ndb
........\........\alu.pin
........\........\alu.pof
........\........\alu.rpt
........\........\alu.scf
........\........\alu.snf
........\........\alu.sof
........\........\ALU.sym
........\........\alu.ttf
........\........\alu.vhd
........\........\controller.acf
........\........\controller.fit
........\........\controller.hex
........\........\controller.hif
........\........\controller.jam
........\........\controller.jbc
........\........\controller.mmf
........\........\controller.ndb
........\........\controller.pin
........\........\controller.pof
........\........\controller.rpt
........\........\controller.scf
........\........\controller.snf
........\........\controller.sof
........\........\CONTROLLER.sym
........\........\controller.ttf
........\........\controller.vhd
........\........\cpu.acf
........\........\cpu.fit
........\........\cpu.gdf
........\........\cpu.hex
........\........\cpu.hif
........\........\cpu.mmf
........\........\cpu.ndb
........\........\cpu.pin
........\........\cpu.pof
........\........\cpu.rpt
........\........\cpu.scf
........\........\cpu.snf
........\........\cpu.sof
........\........\cpu.ttf
........\........\decoder4.acf
........\........\decoder4.fit
........\........\decoder4.hex
........\........\decoder4.hif
........\........\decoder4.mmf
........\........\decoder4.ndb
........\........\decoder4.pin
........\........\decoder4.pof
........\........\decoder4.rpt
........\........\decoder4.snf
........\........\decoder4.sof
........\........\DECODER4.sym
........\........\decoder4.ttf
........\........\decoder4.vhd
........\........\delay.acf
........\........\delay.fit
........\........\delay.hex
........\........\delay.hif
........\........\delay.mmf
........\........\delay.ndb
........\........\delay.pin
........\........\delay.pof
........\........\delay.rpt
........\........\delay.scf