文件名称:simple-GBW-gauge
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本程序为基于51单片机和cycloneIII FPGA与外围电路的运放GBW(单位增益带宽)测量程序。-This procedure is based on 51 single chip microcomputer and cycloneIII FPGA and peripheral circuit of the op-amp GBW (unit gain bandwidth) measurement procedures.
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下载文件列表
简易GBW测量仪
.............\51程序_原始版本_uv4
.............\...................\12864_s.LST
.............\...................\12864_s.OBJ
.............\...................\12864_s.c
.............\...................\12864_s.h
.............\...................\main.LST
.............\...................\main.OBJ
.............\...................\main.c
.............\...................\serial.LST
.............\...................\serial.OBJ
.............\...................\serial.c
.............\...................\serial.h
.............\...................\slcd.LST
.............\...................\stc_sfr.h
.............\...................\test
.............\...................\test.M51
.............\...................\test.hex
.............\...................\test.lnp
.............\...................\test.plg
.............\...................\test.uvopt
.............\...................\test.uvproj
.............\...................\test_uvopt.bak
.............\...................\test_uvproj.bak
.............\...................\zlg7289.LST
.............\...................\zlg7289.OBJ
.............\...................\zlg7289.c
.............\...................\zlg7289.h
.............\UV2版本
.............\.......\12864_s.LST
.............\.......\12864_s.OBJ
.............\.......\12864_s.c
.............\.......\12864_s.h
.............\.......\main.LST
.............\.......\main.OBJ
.............\.......\main.c
.............\.......\serial.LST
.............\.......\serial.OBJ
.............\.......\serial.c
.............\.......\serial.h
.............\.......\stc_sfr.h
.............\.......\test
.............\.......\test.M51
.............\.......\test.Opt
.............\.......\test.Uv2
.............\.......\test.hex
.............\.......\test.plg
.............\.......\test_Opt.Bak
.............\.......\test_Uv2.Bak
.............\.......\zlg7289.LST
.............\.......\zlg7289.OBJ
.............\.......\zlg7289.c
.............\.......\zlg7289.h
.............\test
.............\....\200mVpp.mif
.............\....\D_syn.bsf
.............\....\D_syn.v
.............\....\any_odd_div.bsf
.............\....\any_odd_div.v
.............\....\cnt.bsf
.............\....\cnt.v
.............\....\constant0.bsf
.............\....\constant0.v
.............\....\constant1.bsf
.............\....\constant1.v
.............\....\count0.bsf
.............\....\count0.v
.............\....\dac7554_st.bsf
.............\....\dac7554_st.v
.............\....\dac7554_st.v.bak
.............\....\db
.............\....\..\altsyncram_90a1.tdf
.............\....\..\altsyncram_d0a1.tdf
.............\....\..\cntr_3oh.tdf
.............\....\..\cntr_5oh.tdf
.............\....\..\lpm_constant_4m6.tdf
.............\....\..\lpm_constant_ah6.tdf
.............\....\..\lpm_constant_am6.tdf
.............\....\..\lpm_constant_ee6.tdf
.............\....\..\lpm_constant_eh6.tdf
.............\....\..\lpm_constant_jk6.tdf
.............\....\..\lpm_constant_pk6.tdf
.............\....\..\lpm_constant_tk6.tdf
.............\....\..\mux_src.tdf
.............\....\..\pll0_altpll.v
.............\....\..\pll0_altpll1.v
.............\....\..\pll1_altpll.v
.............\....\..\prev_cmp_test.asm.qmsg
.............\....\..\prev_cmp_test.fit.qmsg
.............\....\..\prev_cmp_test.map.qmsg
.............\....\..\prev_cmp_test.qmsg
.............\....\..\prev_cmp_test.sim.qmsg
.............\....\..\prev_cmp_test.sta.qmsg
.............\....\..\test.cbx.xml
.............\....\..\test.cmp.bpm
.............\....\..\test.cmp.cdb
.............\....\..\test.cmp.hdb
.............\....\..\test.cmp.logdb
.............\....\..\test.cmp.rdb
.............\....\..\test.cmp_merge.kpt