文件名称:lab3_group27
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- 上传时间:2012-11-16
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文件大小:301.32kb
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数字电路的基本门,有register,fulladder,还有一个洗衣机的控制程序-The basic digital circuit gates, register, fulladder, there is a washing machine control program
(系统自动生成,下载前可以参看下载内容)
下载文件列表
lab2(result)/screenshot(lab2)/4bit-ArithmeticUnit.jpg
lab2(result)/screenshot(lab2)/4bit-lac_adder.JPG
lab2(result)/screenshot(lab2)/alu.JPG
lab2(result)/screenshot(lab2)/bit_slice.JPG
lab2(result)/screenshot(lab2)/four_adder_subtractor.JPG
lab2(result)/screenshot(lab2)/four_bit_shifter.JPG
lab2(result)/screenshot(lab2)/nbit_logic_unit.JPG
lab2(result)/screenshot(lab2)/nbit_mux.JPG
lab2(result)/screenshot(lab2)/shift_control_logic.JPG
lab2(result)/screenshot(lab2)/shift_rotate.JPG
lab2(result)/screenshot(lab2)/Thumbs.db
lab2(result)/ucf/alu.ucf
lab2(result)/ucf/bit_slice.ucf
lab2(result)/ucf/four_bit_adder_subtractor.ucf
lab2(result)/ucf/four_bit_arithmetric.ucf
lab2(result)/ucf/four_bit_lac.ucf
lab2(result)/ucf/four_bit_lac_adder.ucf
lab2(result)/ucf/four_bit_shifter.ucf
lab2(result)/ucf/four_input_multiplexer.ucf
lab2(result)/ucf/nbit_xor_contol.ucf
lab2(result)/ucf/n_bit_2_input_mux.ucf
lab2(result)/ucf/n_bit_adder.ucf
lab2(result)/ucf/n_bit_logic_unit.ucf
lab2(result)/ucf/shift_control_logic.ucf
lab2(result)/ucf/shift_rotate.ucf
lab2(result)/vhd(source and testbench)/ALU.ise
lab2(result)/vhd(source and testbench)/ALU.vhd
lab2(result)/vhd(source and testbench)/alu_tb.vhd
lab2(result)/vhd(source and testbench)/bit_slice.vhd
lab2(result)/vhd(source and testbench)/bit_slice_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/four_bit_arithmetric.vhd
lab2(result)/vhd(source and testbench)/four_bit_arithmetric_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_LAC.vhd
lab2(result)/vhd(source and testbench)/four_bit_LAC_adder.vhd
lab2(result)/vhd(source and testbench)/four_bit_lac_adder_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_shifter.vhd
lab2(result)/vhd(source and testbench)/four_bit_shifter_tb.vhd
lab2(result)/vhd(source and testbench)/four_input_multiplexer.vhd
lab2(result)/vhd(source and testbench)/four_input_mux_tb.vhd
lab2(result)/vhd(source and testbench)/full_adder.vhd
lab2(result)/vhd(source and testbench)/half_adder.vhd
lab2(result)/vhd(source and testbench)/inverter.vhd
lab2(result)/vhd(source and testbench)/nbit_xor_contol.vhd
lab2(result)/vhd(source and testbench)/n_bit_2_input_mux.vhd
lab2(result)/vhd(source and testbench)/n_bit_2_input_mux_tb.vhd
lab2(result)/vhd(source and testbench)/n_bit_adder.vhd
lab2(result)/vhd(source and testbench)/n_bit_adder_tb.vhd
lab2(result)/vhd(source and testbench)/n_bit_logic_unit.vhd
lab2(result)/vhd(source and testbench)/n_bit_logic_unit_tb.vhd
lab2(result)/vhd(source and testbench)/or_gate.vhd
lab2(result)/vhd(source and testbench)/shift_control_logic.vhd
lab2(result)/vhd(source and testbench)/shift_control_logic_tb.vhd
lab2(result)/vhd(source and testbench)/shift_rotate.vhd
lab2(result)/vhd(source and testbench)/shift_rotate_tb.vhd
lab2(result)/vhd(source and testbench)/test_four_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/test_fout_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/two_input_and.vhd
lab2(result)/vhd(source and testbench)/two_input_multiplexer.vhd
lab2(result)/vhd(source and testbench)/two_input_or.vhd
lab2(result)/vhd(source and testbench)/two_input_xor.vhd
lab2(result)/vhd(source and testbench)/__projnav/ALU.gfl
lab2(result)/vhd(source and testbench)/__projnav/createTB.err
lab3(preparatory)/d_flipflop.vhd
lab3(preparatory)/d_flipflop_tb.vhd
lab3(preparatory)/four_bit_Feedback.vhd
lab3(preparatory)/four_bit_Feedback_tb.vhd
lab3(preparatory)/four_input_multiplexer.vhd
lab3(preparatory)/lab3.ise
lab3(preparatory)/nbit_reg.vhd
lab3(preparatory)/nbit_reg_control_triout.vhd
lab3(preparatory)/nbit_reg_tb.vhd
lab3(preparatory)/nbit_reg_with_control.vhd
lab3(preparatory)/nbit_shiftreg.vhd
lab3(preparatory)/nbit_shiftreg_par_load.vhd
lab3(preparatory)/nbit_shiftreg_par_tb.vhd
lab3(preparatory)/nbit_shiftreg_tb.vhd
lab3(preparatory)/nbit_tri_buff.vhd
lab3(preparatory)/nbit_tri_buff_tb.vhd
lab3(preparatory)/nbit_twisted_ringcou.vhd
lab3(preparatory)/nbit_twisted_tb.vhd
lab3(preparatory)/nbit_universal_shiftreg.vhd
lab3(preparatory)/nbit_universal_tb.vhd
lab3(preparatory)/not_gate.vhd
lab3(preparatory)/n_bit_two_input_mux.vhd
lab3(preparatory)/n_bit_two_input_mux_tb.vhd
lab3(preparatory)/shift_rotate.vhd
lab3(preparatory)/tri_buff.vhd
lab3(preparatory)/tri_buff_tb.vhd
lab3(preparatory)/two_input_multiplexer.vhd
lab3(preparatory)/T_flipflop.vhd
lab3(preparatory)/t_flipflop_tb.vhd
lab3(preparatory)/__projnav/four_bitfeedback.xst
lab3(preparatory)/__projnav/lab3.gfl
lab3(preparatory)/__projnav/lab3_flowplus.gfl
lab3(preparatory)/__projnav/runXst_tcl.rsp
lab3(preparatory)/__projnav/sumrpt_tcl.rsp
lab2(result)/vhd(source and testbench)/__projnav
lab2(result)/screenshot(lab2)
lab2(result)/ucf
lab2(result)/vhd(source and testbench)
lab3(preparatory)/__projnav
lab2(result)
lab3(preparatory)
lab2(result)/screenshot(lab2)/4bit-lac_adder.JPG
lab2(result)/screenshot(lab2)/alu.JPG
lab2(result)/screenshot(lab2)/bit_slice.JPG
lab2(result)/screenshot(lab2)/four_adder_subtractor.JPG
lab2(result)/screenshot(lab2)/four_bit_shifter.JPG
lab2(result)/screenshot(lab2)/nbit_logic_unit.JPG
lab2(result)/screenshot(lab2)/nbit_mux.JPG
lab2(result)/screenshot(lab2)/shift_control_logic.JPG
lab2(result)/screenshot(lab2)/shift_rotate.JPG
lab2(result)/screenshot(lab2)/Thumbs.db
lab2(result)/ucf/alu.ucf
lab2(result)/ucf/bit_slice.ucf
lab2(result)/ucf/four_bit_adder_subtractor.ucf
lab2(result)/ucf/four_bit_arithmetric.ucf
lab2(result)/ucf/four_bit_lac.ucf
lab2(result)/ucf/four_bit_lac_adder.ucf
lab2(result)/ucf/four_bit_shifter.ucf
lab2(result)/ucf/four_input_multiplexer.ucf
lab2(result)/ucf/nbit_xor_contol.ucf
lab2(result)/ucf/n_bit_2_input_mux.ucf
lab2(result)/ucf/n_bit_adder.ucf
lab2(result)/ucf/n_bit_logic_unit.ucf
lab2(result)/ucf/shift_control_logic.ucf
lab2(result)/ucf/shift_rotate.ucf
lab2(result)/vhd(source and testbench)/ALU.ise
lab2(result)/vhd(source and testbench)/ALU.vhd
lab2(result)/vhd(source and testbench)/alu_tb.vhd
lab2(result)/vhd(source and testbench)/bit_slice.vhd
lab2(result)/vhd(source and testbench)/bit_slice_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/four_bit_arithmetric.vhd
lab2(result)/vhd(source and testbench)/four_bit_arithmetric_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_LAC.vhd
lab2(result)/vhd(source and testbench)/four_bit_LAC_adder.vhd
lab2(result)/vhd(source and testbench)/four_bit_lac_adder_tb.vhd
lab2(result)/vhd(source and testbench)/four_bit_shifter.vhd
lab2(result)/vhd(source and testbench)/four_bit_shifter_tb.vhd
lab2(result)/vhd(source and testbench)/four_input_multiplexer.vhd
lab2(result)/vhd(source and testbench)/four_input_mux_tb.vhd
lab2(result)/vhd(source and testbench)/full_adder.vhd
lab2(result)/vhd(source and testbench)/half_adder.vhd
lab2(result)/vhd(source and testbench)/inverter.vhd
lab2(result)/vhd(source and testbench)/nbit_xor_contol.vhd
lab2(result)/vhd(source and testbench)/n_bit_2_input_mux.vhd
lab2(result)/vhd(source and testbench)/n_bit_2_input_mux_tb.vhd
lab2(result)/vhd(source and testbench)/n_bit_adder.vhd
lab2(result)/vhd(source and testbench)/n_bit_adder_tb.vhd
lab2(result)/vhd(source and testbench)/n_bit_logic_unit.vhd
lab2(result)/vhd(source and testbench)/n_bit_logic_unit_tb.vhd
lab2(result)/vhd(source and testbench)/or_gate.vhd
lab2(result)/vhd(source and testbench)/shift_control_logic.vhd
lab2(result)/vhd(source and testbench)/shift_control_logic_tb.vhd
lab2(result)/vhd(source and testbench)/shift_rotate.vhd
lab2(result)/vhd(source and testbench)/shift_rotate_tb.vhd
lab2(result)/vhd(source and testbench)/test_four_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/test_fout_bit_adder_subtractor.vhd
lab2(result)/vhd(source and testbench)/two_input_and.vhd
lab2(result)/vhd(source and testbench)/two_input_multiplexer.vhd
lab2(result)/vhd(source and testbench)/two_input_or.vhd
lab2(result)/vhd(source and testbench)/two_input_xor.vhd
lab2(result)/vhd(source and testbench)/__projnav/ALU.gfl
lab2(result)/vhd(source and testbench)/__projnav/createTB.err
lab3(preparatory)/d_flipflop.vhd
lab3(preparatory)/d_flipflop_tb.vhd
lab3(preparatory)/four_bit_Feedback.vhd
lab3(preparatory)/four_bit_Feedback_tb.vhd
lab3(preparatory)/four_input_multiplexer.vhd
lab3(preparatory)/lab3.ise
lab3(preparatory)/nbit_reg.vhd
lab3(preparatory)/nbit_reg_control_triout.vhd
lab3(preparatory)/nbit_reg_tb.vhd
lab3(preparatory)/nbit_reg_with_control.vhd
lab3(preparatory)/nbit_shiftreg.vhd
lab3(preparatory)/nbit_shiftreg_par_load.vhd
lab3(preparatory)/nbit_shiftreg_par_tb.vhd
lab3(preparatory)/nbit_shiftreg_tb.vhd
lab3(preparatory)/nbit_tri_buff.vhd
lab3(preparatory)/nbit_tri_buff_tb.vhd
lab3(preparatory)/nbit_twisted_ringcou.vhd
lab3(preparatory)/nbit_twisted_tb.vhd
lab3(preparatory)/nbit_universal_shiftreg.vhd
lab3(preparatory)/nbit_universal_tb.vhd
lab3(preparatory)/not_gate.vhd
lab3(preparatory)/n_bit_two_input_mux.vhd
lab3(preparatory)/n_bit_two_input_mux_tb.vhd
lab3(preparatory)/shift_rotate.vhd
lab3(preparatory)/tri_buff.vhd
lab3(preparatory)/tri_buff_tb.vhd
lab3(preparatory)/two_input_multiplexer.vhd
lab3(preparatory)/T_flipflop.vhd
lab3(preparatory)/t_flipflop_tb.vhd
lab3(preparatory)/__projnav/four_bitfeedback.xst
lab3(preparatory)/__projnav/lab3.gfl
lab3(preparatory)/__projnav/lab3_flowplus.gfl
lab3(preparatory)/__projnav/runXst_tcl.rsp
lab3(preparatory)/__projnav/sumrpt_tcl.rsp
lab2(result)/vhd(source and testbench)/__projnav
lab2(result)/screenshot(lab2)
lab2(result)/ucf
lab2(result)/vhd(source and testbench)
lab3(preparatory)/__projnav
lab2(result)
lab3(preparatory)
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