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{"sheet":"Reg_Table","index":0,"n_rows":609,"n_cols":14,"rows_kept":609,"cut":false,"hidden":false,"merged":[[0,1,0,11],[1,1,1,11],[2,0,2,13]]}
["#时间",{"$f":"NOW()","v":"2022-01-17T16:55:53.640"}]
["#最新保存时间戳",{"$f":" LastSavedTimeStamp()","v":"2022-01-17T15:38:28"}]
["#说明：#1.每个寄存器备注说明之前的单元格必须填写完整,不完整不生成硬件代码,  #2.基地址,偏移地址等单元格直接写零;  #3.寄存器表按照寄存器分组进行管理;"]
["#寄存器名称"," 基地址"," 偏移地址","偏移地址-十进制"," 可读"," 可写"," 使能端口"," 寄存器位宽"," 板卡名称"," 寄存器组"," 硬件名称"," 软件名称"," 位说明","备注说明"]
["in_delay_ce",0,0,0,0,1,1,3,"Acq","AcqSync","in_delay_ce","IDelay_ce","1bit，Active high","上升沿使能IDelay模块的increment/decrement输入"]
["ACQ_IDELAY_CTRL_RST",0,0,0,0,1,1,1,"Acq","AcqSync","ACQ_IDELAY_CTRL_RST","IDelay_Ctrl_Reset","1bit，Active high","初始化复位一次"]
["EN_VTC",0,0,0,0,1,1,3,"Acq","AcqSync","EN_VTC","IDelay_EN_VTC","1bit，Active high","IDelay3模块VTC使能，初始化时拉高，作用是使延迟设置更准确"]
["in_delay_inc",0,0,0,0,1,1,3,"Acq","AcqSync","in_delay_inc","IDelay_inc","1bit，1：+1，0：-1","IDelay模块的increment/decrement的输入，ce为1时，1为加(increment)，0为减(decrement)"]
["IO_RESET",0,0,0,0,1,1,1,"Acq","AcqSync","IO_RESET","IDelay_IO_Reset","1bit，Active high","初始化复位一次"]
["ad5200_tmstp",0,0,0,0,1,1,1,"Acq","Adc","ad5200_tmstp","AD5200_tmstp","1bit","现在没用"]
["adc_offset_adj",0,0,0,0,1,1,16,"Acq","Adc","adc_offset_adj","AdcOffsetAdj","signed int ,暂使用8bit","ADC偏置调节"]
["ADC_Data_RX_CTRL",0,0,0,0,1,1,8,"Acq","Adc","ADC_Data_RX_CTRL","ConfigEnable","bit5：ADC5200","spi配置总线的写使能，发完数据后，上升沿触发一次SPI读写，8bit，也就是先发送数据，然后对应位拉高，仅使用bit0"]
["ADC_SPI_CS_PC",0,0,0,0,1,1,4,"Acq","Adc","ADC_SPI_CS_PC","CS","bit0：ADC1；\nbit1：ADC2","ADC片选，选择读写哪片ADC（最先写，一系列读写完成后该寄存器清零）"]
["ADC_SPI_data_H16",0,0,0,0,1,1,16,"Acq","Adc","ADC_SPI_data_H16","DataCmdH16","high_16bits_of_24bits","16位有效。现有代码中传入的ommmand_16bit的高16位.由((0x001 << 23) | (addr << 16) | cmd);"]
["ADC_SPI_data_L8",0,0,0,0,1,1,8,"Acq","Adc","ADC_SPI_data_L8","DataCmdL8","low_8bits_of_24bits","8位有效。现有代码中传入的ommmand_16bit的低8位.由((0x001 << 23) | (addr << 16) | cmd);"]
["ADCM_ADCS_PDWN",0,0,0,0,1,1,2,"Acq","Adc","ADCM_ADCS_PDWN","PowerCtrl","bit0：ADC1；\nbit1：ADC2","同时控制两片ADC，每片占1位，1=掉电，0=上电"]
["ADC_miso_data",0,0,0,1,0,1,8,"Acq","Adc","ADC_miso_data","ReadBackData","8bits，ADC_miso_data","ADC读回数据8bit,先写入地址数据\n再从该寄存器读回数据"]
["jesd204b_core_reset",0,0,0,0,1,1,1,"Acq","Adc->204bConfig","jesd204b_core_reset","Reset","1bit，Active high","同时控制所有jesd核复位，1有效，初始化5200后发送一次复位"]
["CH_shiftreg_data_H32",0,0,0,0,1,1,32,"Pcie","AnalogChCtrl","ch_shiftreg_data_H32","4094Data_H32","high_32bits_of_64bits","使能后将传给4094的64位数据 之高32位，最低8位控制通道的高低阻态和直通衰减，参照模拟通道控制文档"]
["CH_shiftreg_data_L32",0,0,0,0,1,1,32,"Pcie","AnalogChCtrl","ch_shiftreg_data_L32","4094Data_L32","low_32bits_of_64bits","使能后将传给4094的64位数据 之低32位，最低8位控制通道的高低阻态和直通衰减，参照模拟通道控制文档"]
["CH_shiftreg_en",0,0,0,0,1,1,1,"Pcie","AnalogChCtrl","CH_shiftreg_en","4094TransStart","1bit，Active high","使能后将传给4094的40位数据传递给通道板的单片机 延时要满足通过SPI将40位的数据传输完毕，与传输该数据的SPI的Clock有关。先发送40位的数据给FPGA，然后拉高，延时足够的时间，然后拉低。为上升沿有效。"]
["CH_DSA_DATA",0,0,0,0,1,1,8,"Pcie","AnalogChCtrl","CH_DSA_DATA","CH_DSA_DATA","8bit,衰减器数据值，需配合CH_DSA_EN使用","设置模拟通道衰减值"]
["CH_DSA_EN",0,0,0,0,1,1,8,"Pcie","AnalogChCtrl","CH_DSA_EN","CH_DSA_EN","8bit,衰减器数据使能信号，独热码控制各通道","设置模拟通道衰减值使能信号"]
["CH_GainCtrlDac_data",0,0,0,0,1,1,16,"Pcie","AnalogChCtrl","CH_GainCtrlDac_data","CH_GainCtrlDac_data","16bit,8GHz通道专用，控制放大器增益","设置8GHz模拟通道的放大器增益"]
["CH_select",0,0,0,null,null,null,4,"Pcie","AnalogChCtrl","CH_select","CH_select","4bit，只针对8G项目","选择通道控制数据发送给8GHz通道或4GHz通道 0发送给8GHz通道 1发送给4GHz通道"]
["CH_DAC_data",0,0,0,0,1,1,32,"Pcie","AnalogChCtrl","CH_DAC_data","DAC_ConfigData","32bits_data","配置给DAC的数据，是按照位域拼合成的。ConfigWord = 0x00030000u | (Port << 12);ConfigWord <<= 8;ConfigWord |= Data << 4;"]
["CH_DAC_sel",0,0,0,0,1,1,8,"Pcie","AnalogChCtrl","CH_DAC_sel","DAC_Sel","1bit，Active high","不同DAC的选择,同时还需要配置不同的端口，偏值电压、基线移动、参考电平、等模拟触发电平需要选择不同的DAC，参照模拟通道控制文档。"]
["CH_DAC_en",0,0,0,0,1,1,1,"Pcie","AnalogChCtrl","CH_DAC_en","DAC_TransStart","1bit，Active high","上升沿开始传输。然后根据SPI的传输速度传输32位数据等待足够的时间，然后拉低。需要与DAC_Enable_CS一起联动。"]
["ch_mode",0,0,0,0,1,1,16,"Acq","ChMode","ch_mode","SamplingMode","2bits, bit1:通道模式,1单通道,0双通道; bit2:单通道模式时通道选择,0 通道1;1 通道2;\n00:GROUP A(double ch 10G),\n10:GROUP B(single ch1 20G),\n11: GROUP C(single ch2 20G)","通道模式，初始化配置一次，目前单个采集板只有20G模式，也就是发送10,高位预留，特殊项目可以使用高位自定义"]
["ACQ_Data_Tx_CLK_RESET",0,0,0,0,1,1,1,"Acq","Data_To_PRO_CTRL","ACQ_Data_Tx_CLK_RESET","CLK_RESET","1bit，Active high","传输模块ODDR的复位，为高电平时复位，初始化时复位一次"]
["ACQ_Data_Tx_IO_RESET",0,0,0,0,1,1,1,"Acq","Data_To_PRO_CTRL","ACQ_Data_Tx_IO_RESET","IO_RESET","1bit，Active high","传输模块FDRE的复位，为高电平时复位，初始化时复位一次"]
["Data_Tx_CLK_RESET",0,0,0,0,1,1,1,"Pro","Data2Pcie","Data_Tx_CLK_RESET","ResetTxClk","1bit，Active high","传输模块ODDR的复位，为高电平时复位"]
["Data_Tx_IO_RESET",0,0,0,0,1,1,1,"Pro","Data2Pcie","Data_Tx_IO_RESET","ResetTxIO","1bit，Active high","传输模块FDRE的复位，为高电平时复位，\n初始化复位一次"]
["acq_linkmux_select",0,0,0,0,1,1,3,"Acq","DataPath","acq_linkmux_select","acq_linkmux_select","处理板接受数据后数据解析类型选择：\n0：正常时域数据；\n1：DPO映射时域数据；\n2：协议解码数据；\n3、频域数据；\n4、快传数据；\n默认态：正常时域数据；"]
["pcie_linkdemux_select",0,0,0,0,1,1,3,"PCIe","DataPath","pcie_linkdemux_select","pcie_linkdemux_select","3bits","数据类型选择：\n0:正常时域数据，\n1:DPO映射时域数据，\n2:协议解码数据，\n3:频域数据，\n4:快传数据，\n5:LA数据\n默认态:正常时域数据"]
["pro_linkdemux_select",0,0,0,0,1,1,3,"PRO","DataPath","pro_linkdemux_select","pro_linkdemux_select","处理板接受数据后数据解析类型选择：\n0：正常时域数据；\n1：DPO映射时域数据；\n2：协议解码数据；\n3、频域数据；\n4、快传数据；\n5、LA数据；\n默认态：正常时域数据；"]
["pro_linkmux_select",0,0,0,0,1,1,3,"PRO","DataPath","pro_linkmux_select","pro_linkmux_select","处理板到PCIE数据的数据解析类型选择：\n0：正常时域数据；\n1：DPO映射时域数据；\n2：协议解码数据；\n3、频域数据；\n4、快传数据；\n5、LA数据；\n默认态：正常时域数据；"]
["acq_factor_sel",0,0,0,0,1,1,5,"Acq","DBI","acq_factor_sel","AcqFactorSelect","采集板DBI系数选择 5bit","[00000]：5bit\nbit4：高电平有效，代表正往interp4模块发送系数；\nbit3：高电平有效，代表正往duc模块发送系数：\nbit2：高电平有效，代表正往anti模块发送系数\nbit1：高电平有效，代表正往olp_fra模块发送系数\nbit0：高电平有效，代表正往olp_phs模块发送系数\n[00000] 代表此时无系数下发。"]
["acq_factor_wa",0,0,0,0,1,1,10,"Acq","DBI","acq_factor_wa","AcqFactorWa","采集板DBI模块系数写地址"]
["acq_factor_wd_high",0,0,0,0,1,1,4,"Acq","DBI","acq_factor_wd_high","AcqFactorWdHigh","采集板DBI模块系数高1位[16]"]
["acq_factor_wd_low",0,0,0,0,1,1,16,"Acq","DBI","acq_factor_wd_low","AcqFactorWdLow","采集板DBI模块系数低16位[15:0]"]
["acq_factor_wen",0,0,0,0,1,1,1,"Acq","DBI","acq_factor_wen","AcqFactorWen","采集板DBI系数写使能","上升沿有效，发送时：0——>1 ——>0"]
["ACQ_DBI_prog_full_thresh",0,0,0,0,1,1,14,"Acq","DBI","ACQ_DBI_prog_full_thresh","AcqProgFullThresh","DBI数据fifo预满深度","最大设置为15000"]
["cnt_cap",0,0,0,0,1,1,8,"Acq","DBI","cnt_cap","cnt_cap","8bit, 本振计数模块"]
["cnt_gap",0,0,0,0,1,1,8,"Acq","DBI","cnt_gap","cnt_gap","8bit, 本振计数模块"]
["Digit_process",0,0,0,0,1,1,5,"Acq","DBI","Digit_process","DigitProcessEn","DBI处理模块使能，共5bit，高有效","各bit分别代表:\n[TI, Interp4, duc+anti, olp_int_dly, olp_fra_cali+olp_phs_cali ]\n高电平有效，[00000]代表各模块不工作"]
["int_delay_num",0,0,0,0,1,1,16,"Acq","DBI","int_delay_num","IntDelayNum","整数延时整数丢点值，16bit","补偿整数丢点值+交叠带滤波器丢点值：\n最大可丢1000；"]
["interp_select",0,0,0,0,1,1,1,"Acq","DBI","interp_select","Interp2or4Select","2,4倍插值选择：0(2倍)；1(4倍）","高电平有效"]
["LO_data_addr",0,0,0,1,0,1,8,"Acq","DBI","LO_data_addr","LO_data_addr","8bit, to PC"]
["LO_RST",0,0,0,0,1,1,1,"Acq","DBI","LO_RST","LO_RST","1bit，Active high"]
["test_data",0,0,0,0,1,1,12,"Acq","DBI","test_data","TestData","测试数据12bit"]
["test_data_wen",0,0,0,0,1,1,1,"Acq","DBI","test_data_wen","TestDataWen","测试数据下发有效","上升沿有效"]
["test_mode",0,0,0,0,1,1,1,"Acq","DBI","test_mode","TestMode","测试数据模式使能","高电平有效"]
["dbi_module_en",0,0,0,0,1,1,3,"Pro","DBI","dbi_module_en","ProDbiModuleEn","处理板DBI模块开关使能3bit","bit2： 代表拼合模块有效\nbit1：代表幅频补偿模块有效；\nbit0：代表相频补偿模块有效；\n[000]：代表处理板DBI各模块不工作"]
["pro_factor_sel",0,0,0,0,1,1,2,"Pro","DBI","pro_factor_sel","ProFactorSelect","处理板DBI模块系数的选择"]
["pro_factor_wa",0,0,0,0,1,1,16,"Pro","DBI","pro_factor_wa","ProFactorWa","处理板DBI模块系数的写地址"]
["pro_factor_wd_high",0,0,0,0,1,1,2,"Pro","DBI","pro_factor_wd_high","ProFactorWdHigh","处理板DBI模块系数的写地址[17:0]"]
["pro_factor_wd_low",0,0,0,0,1,1,16,"Pro","DBI","pro_factor_wd_low","ProFactorWdLow","处理板DBI模块系数的写数据[15:0]"]
["pro_factor_wen",0,0,0,0,1,1,1,"Pro","DBI","pro_factor_wen","ProFactorWen","处理板DBI模块系数的写使能"]
["dbi_mult_factor_wa",0,0,0,0,1,1,12,"Pro","DBI","dbi_mult_factor_wa","ProMultiFactorWa","10bits，num_of_data","连续自然数"]
["dbi_mult_factor_wd_high",0,0,0,0,1,1,1,"Pro","DBI","dbi_mult_factor_wd_high","ProMultiFactorWdHigh","MSB_of_17bits","插值滤波器系数，最高位"]
["dbi_mult_factor_wd_low",0,0,0,0,1,1,16,"Pro","DBI","dbi_mult_factor_wd_low","ProMultiFactorWdLow","low_16bits_of_17bits","插值滤波器系数，低16位"]
["dbi_mult_factor_wen",0,0,0,0,1,1,1,"Pro","DBI","dbi_mult_factor_wen","ProMultiFactorWen","1bit，Active high","先发送数据，然后拉高使能完成一次系数发送，每次发系数前拉低，发完系数拉高"]
["dbi_mult_inter_en",0,0,0,0,1,1,1,"Pro","DBI","dbi_mult_inter_en","ProMultiInterEn","1bit,   Active high","等于1时打开插值，等于0时关闭插值"]
["dbi_mult_interp_mul",0,0,0,0,1,1,8,"Pro","DBI","dbi_mult_interp_mul","ProMultiInterpRate","8bits, num of interpolation rate","八位自然数，最大插值倍率为100，所以需要八位位宽\n20Gsps模式下的插值倍率：2/4/5/10/20/25/50/100"]
["dbi_mult_reset_dsp",0,0,0,0,1,1,1,"Pro","DBI","dbi_mult_reset_dsp","ProMultiResetDsp","1bit，Active high","高有效：等于1时复位，\n发送系数前复位1次"]
["debug_num",0,0,0,0,1,1,2,"Pro","DBI","debug_num","SubDataDebugNum","2bit；数据接收fifo满控制==dbi单双通道模式","[00]：输入四路数据；\n[01]：仅输入第一子带数据；\n[10]：仅输入第一、二子带数据\n[01]：仅输入第一、二、三子带数据"]
["DBI_fan_enable",0,0,0,0,1,1,1,"Pcie","DBI_FAN","pcie_fan_enable","DBI_fan_enable","风扇使能，用来使能12v供电给混频板：高有效"]
["DBI_SPI_data_ch1",0,0,0,0,1,1,8,"Pcie","DBI->atten","DBI_SPI_data_ch1","DBI_SPI_data_ch1","衰减器ADRF5720的衰减值"]
["DBI_SPI_data_ch2",0,0,0,0,1,1,8,"Pcie","DBI->atten","DBI_SPI_data_ch2","DBI_SPI_data_ch2","第二块衰减器ADRF5720的衰减值"]
["DBI_SPI_en_ch1",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_SPI_en_ch1","DBI_SPI_en_ch1","衰减器ADRF5720数据发送开始使能：高有效"]
["DBI_SPI_en_ch2",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_SPI_en_ch2","DBI_SPI_en_ch2","第二块衰减器ADRF5720数据发送开始使能：高有效"]
["DBI_SPI_wen_ch1",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_SPI_wen_ch1","DBI_SPI_wen_ch1","衰减器ADRF5720数据写使能：高有效"]
["DBI_SPI_wen_ch2",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_SPI_wen_ch2","DBI_SPI_wen_ch2","第二块衰减器ADRF5720数据写使能：高有效"]
["DBI_through_sel_ch1",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_through_sel_ch1","DBI_through_sel_ch1","衰减器ADRF5720直通（1）、衰减（0）选择"]
["DBI_through_sel_ch2",0,0,0,0,1,1,1,"Pcie","DBI->atten","DBI_through_sel_ch2","DBI_through_sel_ch2","衰减器ADRF5720直通（1）、衰减（0）选择"]
["DBI_bin_data_ch1",0,0,0,0,1,1,16,"Pcie","DBI->LO","DBI_bin_data_ch1","DBI_bin_data_ch1","混频板(本振/衰减值)数据"]
["DBI_bin_data_ch2",0,0,0,0,1,1,16,"Pcie","DBI->LO","DBI_bin_data_ch2","DBI_bin_data_ch2","第二块混频板(本振/衰减值)数据"]
["DBI_bin_en_ch1",0,0,0,0,1,1,1,"Pcie","DBI->LO","DBI_bin_en_ch1","DBI_bin_en_ch1","发送控制字开始使能：高有效"]
["DBI_bin_en_ch2",0,0,0,0,1,1,1,"Pcie","DBI->LO","DBI_bin_en_ch2","DBI_bin_en_ch2","第二块发送控制字开始使能：高有效"]
["DBI_bin_wen_ch1",0,0,0,0,1,1,1,"Pcie","DBI->LO","DBI_bin_wen_ch1","DBI_bin_wen_ch1","混频板(本振/衰减值)数据写使能：高有效"]
["DBI_bin_wen_ch2",0,0,0,0,1,1,1,"Pcie","DBI->LO","DBI_bin_wen_ch2","DBI_bin_wen_ch2","第二块混频板(本振/衰减值)数据写使能：高有效"]
["RST_DCM_control",0,0,0,0,1,1,8,"Pro","DCM_CTRL","RST_DCM_control","Reset","8bits，bit2：ACQ1_7044_SYNC，bit4：ACQ2_7044_SYNC，other bits：no use","第3位，第5位用作采集板7044同步引脚，其余位未使用"]
["s6_dcm_rst",0,0,0,0,1,1,1,"S6","DCM_CTRL","s6_dcm_rst","s6_dcm_rst","1bit，Active high","使能后发送的32位数据的低16位"]
["decimation_h16",0,0,0,0,1,1,16,"Acq","Decimation","decimation_h16","Decimation_H16","高16bit","改变时基档时发送相应的抽取比，初始化时发送1，不抽取"]
["decimation_l16",0,0,0,0,1,1,16,"Acq","Decimation","decimation_l16","Decimation_L16","低16bit","改变时基档时发送相应的抽取比，初始化时发送1，不抽取"]
["decimation_m16",0,0,0,0,1,1,16,"Acq","Decimation","decimation_m16","Decimation_M16","中16bit","改变时基档时发送相应的抽取比，初始化时发送1，不抽取"]
["decimation_mode",0,0,0,0,1,1,2,"Acq","Decimation","decimation_mode","DecimationMode","2bit,00:硬抽，11:高分辨率:01:峰抽","选择硬抽、峰抽、高分辨率抽取"]
["protocol_dsp_set_B1",0,0,0,0,1,1,1,"Pro","Decoder","protocol_dsp_set_B1","D1Enable","1bit:：1 解码通道1 开，0 解码通道1关","解码通道选择"]
["decode_ram_first_rd_addr_d1",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_first_rd_addr_d1","D1RamFirstPackageAddr","12bits RAM1首个解码包地址","第一个解码包的地址（fpga第一个写操作地址）"]
["decode_ram_last_rd_addr_d1",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_last_rd_addr_d1","D1RamLastPackageAddr","12bits RAM1最后一个解码包地址","最后一个解码包的地址（fpga最后一个写操作地址）"]
["decode_ram_trig_addr_d1",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_trig_addr_d1","D1RamTrigPackageAddr","12bits RAM1中触发包地址","RAM1中触发包的位置"]
["protocol_dsp_set_B2",0,0,0,0,1,1,1,"Pro","Decoder","protocol_dsp_set_B2","D2Enable","1bit:：1 解码通道1 开，0 解码通道1关"]
["decode_ram_first_rd_addr_d2",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_first_rd_addr_d2","D2RamFirstPackageAddr","12bits RAM2首个解码包地址","第一个解码包的地址（fpga第一个写操作地址）"]
["decode_ram_last_rd_addr_d2",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_last_rd_addr_d2","D2RamLastPackageAddr","12bits RAM2最后一个解码包地址","最后一个解码包的地址（fpga最后一个写操作地址）"]
["decode_ram_trig_addr_d2",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_trig_addr_d2","D2RamTrigPackageAddr","12bits RAM2中触发包地址","RAM2中触发包的位置"]
["decode_data0_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data0_H","Data0H","16bits数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用","触发值（当触发条件需要上限值和下限值时，这里作为上限值）"]
["decode_data0",0,0,0,0,1,1,16,"Pro","Decoder","decode_data0","Data0L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用","触发值（单个触发值时使用这个）"]
["decode_data1_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data1_H","Data1H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data1",0,0,0,0,1,1,16,"Pro","Decoder","decode_data1","Data1L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data2_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data2_H","Data2H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data2",0,0,0,0,1,1,16,"Pro","Decoder","decode_data2","Data2L","16bit 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data3_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data3_H","Data3H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data3",0,0,0,0,1,1,16,"Pro","Decoder","decode_data3","Data3L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data4_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data4_H","Data4H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data4",0,0,0,0,1,1,16,"Pro","Decoder","decode_data4","Data4L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data5_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data5_H","Data5H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data5",0,0,0,0,1,1,16,"Pro","Decoder","decode_data5","Data5L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data6_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data6_H","Data6H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data6",0,0,0,0,1,1,16,"Pro","Decoder","decode_data6","Data6L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data7_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data7_H","Data7H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data7",0,0,0,0,1,1,16,"Pro","Decoder","decode_data7","Data7L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data8_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data8_H","Data8H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data8",0,0,0,0,1,1,16,"Pro","Decoder","decode_data8","Data8L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_data9_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_data9_H","Data9H","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_data9",0,0,0,0,1,1,16,"Pro","Decoder","decode_data9","Data9L","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["decode_dataa_H",0,0,0,0,1,1,16,"Pro","Decoder","decode_dataa_H","DataAH","16bits 数据触发设定的数据值（当触发条件需要上限值和下限值时，这里作为上限值）Data0 ~DataA拼合使用"]
["decode_dataa",0,0,0,0,1,1,16,"Pro","Decoder","decode_dataa","DataAL","16bits 数据触发设定的数据值（单个触发值时使用这个）Data0 ~DataA拼合使用"]
["protocol_fifo_ram_sel",0,0,0,0,1,1,1,"Pro","Decoder","fifo_ram_sel","DataFromFifoOrRam","1bit  1：fifo 波形数据       0：ram 解码数据","选择传输波形数据或解码包"]
["decode_data_fifo_rst",0,0,0,0,1,1,1,"Pro","Decoder","decode_data_fifo_rst","FifoResetEnable","1bits：高有效","缓存解码数据包异步FIFO复位信号，\n在每次取存取解码数据前复位一次"]
["decode_ram_new_rd_addr_d1",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_new_rd_addr_d1","IsD1RamRefresh","1bit    1： RAM1有更新，0： RAM1无更新","NEW_DATA_READY[0]=1：fpga已经向总线\n写入新数据，软件可以开启dma读取数据"]
["decode_ram_new_rd_addr_d2",0,0,0,1,0,1,12,"Pro","Decoder","decode_ram_new_rd_addr_d2","IsD2RamRefresh","1bit    1： RAM2有更新，0： RAM2无更新","NEW_DATA_READY[0]=1：fpga已经向总线写入新数据，\n软件可以开启dma读取数据"]
["protocol_decode_or_trigger",0,0,0,0,1,1,1,"Pro","Decoder","decode_or_trigger","IsDecodeFunction","1bit 选择解码或触发功能1：解码        0：触发","选择解码或触发功能"]
["protocol_type4decode",0,0,0,0,1,1,5,"Pro","Decoder","protocol_type4decode","ProtocolTypeForDecoder","5bits   0:RS232   1:I2C     2:SPI","解码选择"]
["protocol_type4trigger",0,0,0,0,1,1,5,"Pro","Decoder","protocol_type4trigger","ProtocolTypeForTrigger","5bits   0:RS232   1:I2C     2:SPI","触发选择"]
["decode_ram_predepth",0,0,0,0,1,1,12,"Pro","Decoder","decode_ram_predepth","RamPreDepth","12bits 预触发深度","预触发深度"]
["protocol_dsp_rdram_en",0,0,0,0,1,1,1,"Pro","Decoder","dsp_rdram_en","RamReadEnable","1bit RAM读使能 1:打开    0：关闭","RAM读使能"]
["decode_rst",0,0,0,0,1,1,1,"Pro","Decoder","decode_rst","RamResetEnable","1bit解码复位 高有效","解码复位，所有解码包读取完后\n要发一次复位RAM"]
["decode_ram_sel",0,0,0,0,1,1,3,"Pro","Decoder","decode_ram_sel","RamSelect","暂无选择功能  发1就行","RAM选择，暂时为1选择RAM1，\n对应通道1"]
["protocol_dsp_wrram_en",0,0,0,0,1,1,1,"Pro","Decoder","dsp_wrram_en","RamWriteEnable","1bit: RAM写使能 1:打开    0：关闭","RAM写使能"]
["protocol_rst",0,0,0,0,1,1,1,"Pro","Decoder","protocol_rst","ResetAfterParamChanged","1bit 协议复位， 低有效","协议复位，每次重新发送协议控制字\n时要发一次。（也同时是协议使能）"]
["protocol_source_sel_h",0,0,0,0,1,1,2,"Pro","Decoder","protocol_source_sel_h","SignalSourceH","2bits 解码输入选择控制字高位S6[1:0]；\n值：4~11 ：模拟通道1-8；16-63：数字通道1-48","解码信号输入通道选择控制字，从低位开始，每6位代表输入通道1-6的信号来源。6位数的大小对应8个模拟通道+48个数字通道。（值4~11代表模拟通道1-8，值16-63代表数字通道1-48）"]
["protocol_source_sel_l",0,0,0,0,1,1,16,"Pro","Decoder","protocol_source_sel_l","SignalSourceL","16bits 解码输入选择控制字低位S1[5:0]，S2[11:6]，S3[15:12]；\n值：4~11 ：模拟通道1-8；16-63：数字通道1-48","解码信号输入通道选择控制字，从低位开始，每6位代表输入通道1-6的信号来源。6位数的大小对应8个模拟通道+48个数字通道。（值4~11代表模拟通道1-8，值16-63代表数字通道1-48）"]
["protocol_source_sel_m",0,0,0,0,1,1,16,"Pro","Decoder","protocol_source_sel_m","SignalSourceM","16bits 解码输入选择控制字高位S3[17:16]，S4[23:18]，S5[30:24]，S6[32:31]；；\n值：4~11：模拟通道1-8；16-63：数字通道1-48","解码信号输入通道选择控制字，从低位开始，每6位代表输入通道1-6的信号来源。6位数的大小对应8个模拟通道+48个数字通道。（值4~11代表模拟通道1-8，值16-63代表数字通道1-48）"]
["protocol_trig_ctrl_word2",0,0,0,0,1,1,16,"Pro","Decoder","protocol_trig_ctrl_word2","TrigControlWordH","16bits 具体协议控制字定义不同，见协议控制字设置说明文档：ProtocolTriggerControlWordTable","set参数高14位"]
["protocol_trig_ctrl_word0",0,0,0,0,1,1,16,"Pro","Decoder","protocol_trig_ctrl_word0","TrigControlWordL","16bits 具体协议控制字定义不同，见协议控制字设置说明文档：ProtocolTriggerControlWordTable","set参数低16位"]
["protocol_trig_ctrl_word1",0,0,0,0,1,1,16,"Pro","Decoder","protocol_trig_ctrl_word1","TrigControlWordM","16bits 具体协议控制字定义不同，见协议控制字设置说明文档：ProtocolTriggerControlWordTable","set参数中16位"]
["pcie_fast_en",0,0,0,0,1,1,1,"Pcie","DMADataSource","pcie_fast_en","DdrEnable","1bit，Active high","只有1位的状态控制，\n置1表示使能快速传输"]
["pcie_dpx_en",0,0,0,0,1,1,1,"Pcie","DMADataSource","pcie_dpx_en","DpxEnable","1bit，Active high","只有1位的状态控制，\n置1表示打开dpx功能"]
["dpx_en",0,0,0,0,1,1,2,"Acq","DPO","dpx_en","DpxEnable","bit0:三维映射功能使能，高有效；\nbit1:三维映射乒乓处理使能，高有效；\n","bit0:三维映射功能使能，高有效；\nbit1:三维映射乒乓处理使能，高有效；\n"]
["parallel_rst",0,0,0,null,1,1,1,"Acq","DPO","parallel_rst","parallel_rst","三维映射乒乓处理复位，高有效；"]
["dpo_digital_trig_en",0,0,0,0,1,1,1,"Pro","Dpo","dpo_digital_trig_en","DigitalTrigEnable","0：数字触发关闭；\n1：数字触发使能","可以与其他部分的数字触发使能复用"]
["dpo_din_test_control",0,0,0,0,1,1,1,"Pro","Dpo","dpo_din_test_control","dpo_din_test_control","dpo数据测试使能"]
["dpo_en",0,0,0,0,1,1,2,"Pro","Dpo","dpo_en","Enable","bit0：三维映射使能，高有效；\nbit1：三维映射模式，1表示矢量映射，0表示映射"]
["dpo_decimation",0,0,0,0,1,1,4,"Pro","Dpo","dpo_decimation","ExtractNum","4bit后抽倍数"]
["dpo_cnt_screen",0,0,0,1,0,1,8,"Pro","Dpo","dpo_cnt_screen","FrameCount","8bit dpx映射幅数"]
["dpo_map_dmax",0,0,0,1,0,1,8,"Pro","Dpo","dpo_map_dmax","Map_dmax","8bit dpx内最大灰度值"]
["channel_mode",0,0,0,0,1,1,1,"Pro","Dpo","channel_mode","MapChMode","三维映射采集数据8路/4路传输控制","三维映射采集数据8路/4路传输控制（采集板传到处理板），单通道8路传输，双通道4路传输"]
["dpo_map_fifo_depth",0,0,0,0,1,1,8,"Pro","Dpo","dpo_map_fifo_depth","MapFifoDepth","并行映射fifo预满深度","并行映射fifo预满深度"]
["dpo_measure_fifo_depth",0,0,0,0,1,1,16,"Pro","Dpo","dpo_measure_fifo_depth","MeasureFifoDepth","三维映射参数测量FIFO预满深度","三维映射软件FIFO预满深度"]
["dpo_pro_reset",0,0,0,0,1,1,1,"Pro","Dpo","dpo_pro_reset","OutReset","0：不进行复位；\n1：复位输出行列","不确定新的送显方式是否仍需要，保留"]
["dpo_parallel_en",0,0,0,0,1,1,1,"Pro","Dpo","dpo_parallel_en","ParallelDpx","三维映射乒乓使能"]
["dpx_ram_test_d_ctrl",0,0,0,0,1,1,1,"Pro","Dpo","dpx_ram_test_d_ctrl","RAMTestEn","送显映射数据测试使能（测试PCIE传输）","送显映射数据测试使能（测试PCIE传输）"]
["dpo_state",0,0,0,1,0,1,7,"Pro","Dpo","dpo_state","Status","7bit dpx状态机状态","暂时无用"]
["dpo_time_over",0,0,0,0,1,1,1,"Pro","Dpo","dpo_time_over","TimeOverCtrlWord","0：计时未到；\n1：计时超时","发1表明pc需要读取数据，硬件停止当前的波形映射，进行送显"]
["pcie_data_fd_fifo_full",0,0,0,1,0,1,1,"PCIe","FDFifoCtrl","pcie_data_fd_fifo_full","FDFULLFlag","1bit","频域数据满标志"]
["fifo_full_flg",0,0,0,1,0,1,1,"Acq","FifoCtrl","fifo_full_flg","FullFlag","1bit，Active high","触发模块FIFO编程满标志，\n复位拉低"]
["prog_full_thresh",0,0,0,0,1,1,11,"Acq","FifoCtrl","prog_full_thresh","FullProgDepth","11bits，num_of_pts","缓存FIFO的深度，最大为2048，目前初始化设为1024"]
["p2s_dout_speed",0,0,0,0,1,1,8,"Acq","FifoCtrl","p2s_dout_speed","OutSpeed","8bits, num of the speed of data_out","八位自然数， 并串转换模块出数速率，取决于下一级模块的进数速度要求"]
["fifo_cnt_rd_latch",0,0,0,0,1,1,1,"Acq","FifoCtrl","fifo_cnt_rd_latch","ReadCountEnable","1bit，Active high","fifo_block数据量回读使能，写0-1触发一次回读"]
["fifo_data_cnt",0,0,0,1,0,1,11,"Acq","FifoCtrl","fifo_data_cnt","ReadDataCount","11bits，cnt_of_fifo_data","fifo_block数据量回读数据，先拉高FIFO回读数据量的使能，再从该寄存器回读数据量"]
["pcie_channel_mode",0,0,0,0,1,1,3,"Pcie","FifoCtrl","pcie_channel_mode","ChannelMode","3bits","通道模式选择，控制pcie板FIFO的满标志判断逻辑"]
["pcie_data_rx_fifo_full",0,0,0,1,0,1,1,"Pcie","FifoCtrl","pcie_data_rx_fifo_full","FullFlag","1bit，Active high","pcie缓存FIFO编程满标志"]
["pcie_data_rx_fifo_full_thresh",0,0,0,0,1,1,14,"Pcie","FifoCtrl","pcie_data_rx_fifo_full_thresh","FullProgDepth","14bits，num_of_pts","给pcie_fifo预满数据量，\n最大为16384，初始化值为12288"]
["pcie_data_rx_fifo_empty_thresh",0,0,0,0,1,1,14,"Pcie","FifoCtrl","pcie_data_rx_fifo_empty_thresh","ProgEmpty","14bits，num_of_pts","给pcie_fifo空数据量"]
["pcie_read_fifo_numbers",0,0,0,0,1,1,14,"Pcie","FifoCtrl","pcie_read_fifo_numbers","ReadFromFIFO_Num","14bits，num_of_pts","DMA读取pcie每个FIFO的\n数据量,初始化值为16000"]
["DSP_fifo_start",0,0,0,0,1,1,1,"Pro","FifoCtrl","DSP_fifo_start","AcqWriteEnable","1bit，Active high"," 0->1 上升沿 复位，当该写使能有效并且采集板数据有效，\n采集板FIFO未满时，采集板FIFO的写使能才有效，\n每次采集时，先发一次0，\n再发一次1表明本次采集开始写入FIFO"]
["prog_fifo_full_all",0,0,0,1,0,1,1,"Pro","FifoCtrl","prog_fifo_full_all","FullFlag","1bit，Active high","处理板软件FIFO变成满标志,复位拉低"]
["pro_fifo_depth",0,0,0,0,1,1,16,"Pro","FifoCtrl","pro_fifo_depth","FullProgDepth","16bits，num_of_pts","处理板软件Fifo深度，最大16384，\n初始化发送值为12288"]
["parallel_fifo_threshold",0,0,0,0,1,1,7,"Pro","FifoCtrl","parallel_fifo_threshold","ParallelFifoDepth","7bit 并行fifo可编程满深度","目前发送值为99"]
["soft_fifo_data_count_high",0,0,0,1,0,1,12,"Pro","FifoCtrl","soft_fifo_data_count_H12","ReadDataCount_H","28bits，num_of_pts","回读软件FIFO中存入的数据量"]
["soft_fifo_data_count_low",0,0,0,1,0,1,16,"Pro","FifoCtrl","soft_fifo_data_count_L16","ReadDataCount_L","28bits，num_of_pts","回读软件FIFO中存入的数据量"]
["afc_filter_en",0,0,0,0,1,1,1,"Acq","Fir","afc_filter_en","Enable","1bit，Active high","1：开启滤波功能, 0：数据不滤波器，直通输出  （程序运行中根据需求进行选择是否开启）"]
["afc_coe_wa",0,0,0,0,1,1,16,"Acq","Fir","afc_coe_wa","FactorTableWriteAddr","16bits， filter factor address,位宽冗余,优先用低位","FIR滤波部分系数下发的地址指针，不需要分组（初始化时发送系数使用，位宽需能满足滤波器阶数的计数位宽）"]
["afc_coe_wd_h1",0,0,0,0,1,1,16,"Acq","Fir","afc_coe_wd_h1","FactorTableWriteData_H","16bits，The highest 16 bits of the 32-bit filter data","滤波器系数高16位（初始化时发送系数使用）"]
["afc_coe_wd_l16",0,0,0,0,1,1,16,"Acq","Fir","afc_coe_wd_l16","FactorTableWriteData_L","16bits，The lower 16 bits of the 32-bit filter data","滤波器系数低16位（初始化时发送系数使用）"]
["afc_coe_wen",0,0,0,0,1,1,1,"Acq","Fir","afc_coe_wen","FactorTableWriteEnable","1bit，Active positive edge","先发送数据，然后拉高使能完成一次系数发送。FPGA检测FIR_FACTOR_WEN的上升沿进行系数存储（初始化时发送系数使用）"]
["user_clk_lock",0,0,0,1,0,1,1,"Acq","FPGA_PLL_STATE","user_clk_lock","AllPllLockedFlag","1bit，1：Fpga_master_clock_lock","回读fpga主时钟状态，1:表示fpga主时钟锁定"]
["PRO_DCLK_locked",0,0,0,1,0,1,1,"Pro","FPGA_PLL_STATE","PRO_DCLK_locked","AllAcqDclkLocked","1bit，Active high","读取FPGA内部pll（主时钟）锁定，\n1表示已锁定"]
["CRYSTAL_CLK_locked",0,0,0,1,0,1,1,"Pro","FPGA_PLL_STATE","CRYSTAL_CLK_locked","CrystalClkCocked","1bit，Active high","读取FPGA内部pll（CRYSTAL_CLK）\n锁定，1表示已锁定"]
["acq_config_flash_ReadData",0,0,0,1,0,1,8,"Acq","FPGAFlashUpdater","acq_config_flash_ReadData","ReadData","Flash返回的数据，每次8Bit"]
["acq_config_flash_ReadStart",0,0,0,0,1,1,1,"Acq","FPGAFlashUpdater","acq_config_flash_ReadStart","ReadStart","电平有效，1处于传输读状态，0停止读","启动接收Flash的数据，等待时间与SPIClock有关。先启动，等待，读数，然后关闭"]
["acq_config_flash_SpiClock_div",0,0,0,0,1,1,8,"Acq","FPGAFlashUpdater","acq_config_flash_SpiClock_div","SpiClock","独热码，指定SPI的时钟的分频比"]
["acq_config_flash_SS",0,0,0,0,1,1,1,"Acq","FPGAFlashUpdater","acq_config_flash_SS","SS","通过SPI总线往来传输数据时为1，关闭SPI总线时为0，参照Flash命令时序图"]
["acq_config_flash_WriteData",0,0,0,0,1,1,8,"Acq","FPGAFlashUpdater","acq_config_flash_WriteData","WriteData","传向FLASH的数据，每次8Bit"]
["acq_config_flash_WriteStart",0,0,0,0,1,1,1,"Acq","FPGAFlashUpdater","acq_config_flash_WriteStart","WriteStart","电平有效，1处于传输写状态，0停止写","启动先Flash的数据传输，每次8Bit，等待的时间与SPIClock有关。先WriteData，然后启动传输，之后关闭"]
["pcie_config_flash_ReadData",0,0,0,1,0,1,8,"PCIe","FPGAFlashUpdater","pcie_config_flash_ReadData","ReadData","Flash返回的数据，每次8Bit"]
["pcie_config_flash_ReadStart",0,0,0,0,1,1,1,"PCIe","FPGAFlashUpdater","pcie_config_flash_ReadStart","ReadStart","启动接收Flash的数据，等待时间与SPIClock有关。先启动，等待，读数，然后关闭"]
["pcie_config_flash_SpiClock_div",0,0,0,0,1,1,8,"PCIe","FPGAFlashUpdater","pcie_config_flash_SpiClock_div","SpiClock","独热码，指定SPI的时钟的分频比"]
["pcie_config_flash_SS",0,0,0,0,1,1,1,"PCIe","FPGAFlashUpdater","pcie_config_flash_SS","SS","通过SPI总线往来传输数据时为1，关闭SPI总线时为0，参照Flash命令时序图"]
["pcie_config_flash_WriteData",0,0,0,0,1,1,8,"PCIe","FPGAFlashUpdater","pcie_config_flash_WriteData","WriteData","传向FLASH的数据，每次8Bit"]
["pcie_config_flash_WriteStart",0,0,0,0,1,1,1,"PCIe","FPGAFlashUpdater","pcie_config_flash_WriteStart","WriteStart","启动先Flash的数据传输，每次8Bit，等待的时间与SPIClock有关。先WriteData，然后启动传输，之后关闭"]
["pro_config_flash_ReadData",0,0,0,1,0,1,8,"Pro","FPGAFlashUpdater","pro_config_flash_ReadData","ReadData","Flash返回的数据，每次8Bit"]
["pro_config_flash_ReadStart",0,0,0,0,1,1,1,"Pro","FPGAFlashUpdater","pro_config_flash_ReadStart","ReadStart","启动接收Flash的数据，等待时间与SPIClock有关。先启动，等待，读数，然后关闭","读回下发寄存器的值"]
["pro_config_flash_SpiClock_div",0,0,0,0,1,1,8,"Pro","FPGAFlashUpdater","pro_config_flash_SpiClock_div","SpiClock","独热码，指定SPI的时钟的分频比"]
["pro_config_flash_SS",0,0,0,0,1,1,1,"Pro","FPGAFlashUpdater","pro_config_flash_SS","SS","通过SPI总线往来传输数据时为1，关闭SPI总线时为0，参照Flash命令时序图"]
["pro_config_flash_WriteData",0,0,0,0,1,1,8,"Pro","FPGAFlashUpdater","pro_config_flash_WriteData","WriteData","传向FLASH的数据，每次8Bit"]
["pro_config_flash_WriteStart",0,0,0,0,1,1,1,"Pro","FPGAFlashUpdater","pro_config_flash_WriteStart","WriteStart","启动先Flash的数据传输，每次8Bit，等待的时间与SPIClock有关。先WriteData，然后启动传输，之后关闭"]
["s6_config_flash_ReadData",0,0,0,1,0,1,8,"S6","FPGAFlashUpdater","s6_config_flash_ReadData","ReadData","Flash返回的数据，每次8Bit"]
["s6_config_flash_ReadStart",0,0,0,0,1,1,1,"S6","FPGAFlashUpdater","s6_config_flash_ReadStart","ReadStart","启动接收Flash的数据，等待时间与SPIClock有关。先启动，等待，读数，然后关闭","读回下发寄存器的值"]
["s6_config_flash_SpiClock_div",0,0,0,0,1,1,8,"S6","FPGAFlashUpdater","s6_config_flash_SpiClock_div","SpiClock","独热码，指定SPI的时钟的分频比"]
["s6_config_flash_SS",0,0,0,0,1,1,1,"S6","FPGAFlashUpdater","s6_config_flash_SS","SS","通过SPI总线往来传输数据时为1，关闭SPI总线时为0，参照Flash命令时序图"]
["s6_config_flash_WriteData",0,0,0,0,1,1,8,"S6","FPGAFlashUpdater","s6_config_flash_WriteData","WriteData","传向FLASH的数据，每次8Bit"]
["s6_config_flash_WriteStart",0,0,0,0,1,1,1,"S6","FPGAFlashUpdater","s6_config_flash_WriteStart","WriteStart","启动先Flash的数据传输，每次8Bit，等待的时间与SPIClock有关。先WriteData，然后启动传输，之后关闭"]
["iir_factor_addr",0,0,0,0,1,1,16,"Acq","IIRfilter","iir_factor_addr","iir_factor_addr","16bits_info","IIR滤波器系数地址"]
["iir_factor_data_H16",0,0,0,0,1,1,16,"Acq","IIRfilter","iir_factor_data_H16","iir_factor_data_H16","16bits_info","IIR滤波器系数高16bit"]
["iir_factor_data_L16",0,0,0,0,1,1,16,"Acq","IIRfilter","iir_factor_data_L16","iir_factor_data_L16","16bits_info","IIR滤波器系数低16bit"]
["iir_factor_wen",0,0,0,0,1,1,1,"Acq","IIRfilter","iir_factor_wen","iir_factor_wen","1bits_info","IIR滤波器系数写使能"]
["iir_filter_en",0,0,0,0,1,1,1,"Acq","IIRfilter","iir_filter_en","iir_filter_en","1bits_info","IIR滤波器使能"]
["inter_en",0,0,0,0,1,1,1,"Acq","Interpolate","inter_en","Enable","1bit,   Active high","等于1时打开插值，等于0时关闭插值"]
["reset_dsp",0,0,0,0,1,1,1,"Acq","Interpolate","reset_dsp","FactorTableReset","1bit，Active high","高有效：等于1时复位，\n发送系数前复位1次"]
["mult_factor_wa",0,0,0,0,1,1,16,"Acq","Interpolate","mult_factor_wa","FactorTableWriteAddr","10bits，num_of_data","连续自然数"]
["mult_factor_wd_high",0,0,0,0,1,1,1,"Acq","Interpolate","mult_factor_wd_high","FactorTableWriteData_H","MSB_of_17bits","插值滤波器系数，最高位"]
["mult_factor_wd_low",0,0,0,0,1,1,16,"Acq","Interpolate","mult_factor_wd_low","FactorTableWriteData_L16","low_16bits_of_17bits","插值滤波器系数，低16位"]
["mult_factor_wen",0,0,0,0,1,1,1,"Acq","Interpolate","mult_factor_wen","FactorTableWriteEnable","1bit，Active high","先发送数据，然后拉高使能完成一次系数发送，每次发系数前拉低，发完系数拉高"]
["inter_fifo_prog_full_thresh",0,0,0,0,1,1,16,"Acq","Interpolate","inter_fifo_prog_full_thresh","inter_fifo_prog_full_thresh","16bits,插值FIFO深度","16bits,插值FIFO深度"]
["interp_mul",0,0,0,0,1,1,8,"Acq","Interpolate","interp_mul","Ratio","8bits, num of interpolation rate","八位自然数，最大插值倍率为200，所以需要八位位宽\n20Gsps模式下的插值倍率：2/4/5/10/20/25/50/100\n10Gsps模式下的插值倍率：4/8/10/20/40/50/100/200"]
["inverter_en",0,0,0,0,1,1,8,"PRO","Inverter","Inverter_en","Enable","通道反相运算使能，高有效，bit0对应模拟通道0，bit1对应模拟通道1，以此类推"]
["pcie_LA_en",0,0,0,0,1,1,1,"PCIE","LA","pcie_LA_en","PowerCtrl","深机箱项目用。1bit，0：断电，1：通电","给LA板子供电"]
["v7_AD5668_ctrl_data_high",0,0,0,0,1,1,16,"Pro","LA","v7_AD5668_ctrl_data_high","AD5668CtrlDataH","浅机箱用。16bit","使能后发送的32位数据的低16位"]
["v7_AD5668_ctrl_data_low",0,0,0,0,1,1,16,"Pro","LA","v7_AD5668_ctrl_data_low","AD5668CtrlDataL","浅机箱用。16bit，参照手册。包含比较电平的发送","使能后发送的32位数据的高16位"]
["v7_AD5668Start",0,0,0,0,1,1,16,"Pro","LA","v7_AD5668Start","AD5668TransStart","浅机箱用。16bit，为上升沿有效，000：拉低停止传输，111：拉高开始传输","使能后发送32位数据，延迟需要满足通过SPI将32位数据传输完毕，与传输该数据的SPI的Clock有关。先将数据发送给FPGA，然后拉高，延时足够的时间，然后拉低。"]
["la_decimation_h16",0,0,0,0,1,1,16,"Pro","LA","la_decimation_h16","DecimationH16","16bit","抽取比的高16位，抽取比取值范围为1~10_000_000_000"]
["la_decimation_l16",0,0,0,0,1,1,16,"Pro","LA","la_decimation_l16","DecimationL16","16bit","抽取比的低16位，抽取比取值范围为1~10_000_000_000"]
["la_decimation_m16",0,0,0,0,1,1,16,"Pro","LA","la_decimation_m16","DecimationM16","16bit","抽取比的中16位，抽取比取值范围为1~10_000_000_000"]
["LA_prog_full_thresh_high",0,0,0,0,1,1,16,"Pro","LA","LA_prog_full_thresh_high","FIFODepthH","5bit","la模块FIFO可编程满深度的高5位，FIFO可编程满深度的最大为1024"]
["LA_prog_full_thresh_low",0,0,0,0,1,1,16,"Pro","LA","LA_prog_full_thresh_low","FIFODepthL","16bit","la模块FIFO可编程满深度的低16位，FIFO可编程满深度的最大为1024"]
["la_gtx_rdy",0,0,0,0,1,1,1,"Pro","LA","la_gtx_rdy","GtxReady","1bit，上升沿有效","初始化时复位一次"]
["la_gtx_reset",0,0,0,0,1,1,1,"Pro","LA","la_gtx_reset","GtxReset","1bit，下降沿有效","初始化时复位一次"]
["la_sample_mode",0,0,0,0,1,1,4,"Pro","LA","la_sample_mode","InterpolationMode","4bit","插值模式，固定发送0b1000"]
["LA_ddr_en",0,0,0,0,1,1,1,"Pro","LA","LA_ddr_en","IsDDRMode","1bit,0为普通存储，1为DDR存储","存储模式选择"]
["v7_LA_en",0,0,0,0,1,1,3,"Pro","LA","v7_LA_en","PowerCtrl","浅机箱用。3bit，000：断电，111：通电","给LA板子供电，给3块LA板供电，需要同时控制"]
["la_soft_reset",0,0,0,0,1,1,1,"Pro","LA","la_soft_reset","SoftReset","1bit，下降沿有效","gt的时钟的复位信号。先复位SoftReset，再复位GtxReset，最后复位GtxReady。SoftReset和GtxReset之间没有延迟时间要求，但需要保证顺序正确，GtxReset和GtxReady之间手册中要求不低于500ns的延迟"]
["la_trig_edge_sel",0,0,0,0,1,1,1,"Pro","LA","la_trig_edge_sel","TrigEdgeSel","1bit，1：上升沿触发 0：下降沿触发","边沿触发选择。"]
["la_triglocal_lock",0,0,0,1,0,1,6,"Pro","LA","la_triglocal_lock","TrigLocalLock","6bit","触发丢点数"]
["la_trig_num",0,0,0,0,1,1,16,"Pro","LA","la_trig_num","TrigSourceSel","16bit","LA触发源数据选择，自然数序列，16通道时数据范围为1~16，48路时数据范围为1~48"]
["s6_AD5668_ctrl_data_high",0,0,0,0,1,1,16,"S6","LA","s6_AD5668_ctrl_data_high","AD5668CtrlDataH","深机箱项目用。16bit","使能后发送的32位数据的高16位"]
["s6_AD5668_ctrl_data_low",0,0,0,0,1,1,16,"S6","LA","s6_AD5668_ctrl_data_low","AD5668CtrlDataL","深机箱项目用。16bit,参照手册。包含比较电平的发送","使能后发送32位数据，延迟需要满足通过SPI将32位数据传输完毕，与传输该数据的SPI的Clock有关。先将数据发送给FPGA，然后拉高，延时足够的时间，然后拉低。"]
["s6_AD5668Start",0,0,0,0,1,1,1,"S6","LA","s6_AD5668Start","AD5668TransStart","深机箱项目用。1bit，为上升沿有效，0：拉低停止传输，1：拉高开始传输"]
["acq_ddr_test_en",0,0,0,0,1,1,1,"Acq","LSCtrl","acq_ddr_test_en","acq_ddr_test_en","深存储测试模式使能，高有效，使能时DDR写入测试数据，否则写入正常时域数据,1bit"]
["rcd_finish_all_segment ",0,0,0,1,0,1,1,"Acq","LSCtrl","rcd_finish_all_segment","AllSegmentWriteFinished","1bit,1:多幅波形录制完成","标志位：多幅波形写完成后被置1"]
["pc_dpx_en           ",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_dpx_en           ","DpxEnable","1bit,1:active","开启三位映射功能时，置1，且pc_ddr_rd_mode置0（读数据模式）"]
["pc_ddr_acq_fast_trans_en",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_ddr_acq_fast_trans_en","FastTransEn","1bit,1:active","发1选择采集板快速传输链路，用于传原始采样点、波形搜索结果、触发地址"]
["init_calib_complete",0,0,0,1,0,1,1,"Acq","LSCtrl","init_calib_complete","MigInitState","1bit,1:MIG复位初始化完成","标志位：发起MIG复位后，该标志位应拉高，表示初始化完成"]
["mig_sys_rst_n",0,0,0,0,1,1,1,"Acq","LSCtrl","mig_sys_rst_n","MigReset","1bit,0:active","发0复位MIG核（ddr颗粒）"]
["pc_rcd_depth_high",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rcd_depth_high","PerSegmentAddrLength_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形存储长度,最大为256M个地址长度"]
["pc_rcd_depth_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_depth_low","PerSegmentAddrLength_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形存储长度,最大为256M个地址长度"]
["pick_mode",0,0,0,0,1,1,2,"Acq","LSCtrl","pick_mode","PickMode","[1:0]，0:峰抽；1:普通抽取","发0峰值抽取；发1普通抽取"]
["pc_rd_length_high            ",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rd_length_high            ","ReadAddrLength_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形读取地址长度"]
["pc_rd_length_low            ",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rd_length_low            ","ReadAddrLength_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形读取地址长度"]
["pc_rd_begin_addr_high",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rd_begin_addr_high","ReadBeginAddr_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形读取初始地址"]
["pc_rd_begin_addr_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rd_begin_addr_low","ReadBeginAddr_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形读取初始地址"]
["pc_ddr3_ren         ",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_ddr3_ren         ","ReadEnable","1bit,1:active","每幅波形读取开始时置1，结束后置0，直至下一幅读取"]
["pc_pick_factor_high",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_pick_factor_high","ReadExtractNum_H","[31:16]:高16bit,[15:0]:低16bit 地址为单位,总32位宽的数据","硬件后抽取倍数"]
["pc_pick_factor_low ",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_pick_factor_low ","ReadExtractNum_L","[31:16]:高16bit,[15:0]:低16bit 地址为单位,总32位宽的数据","硬件后抽取倍数"]
["read_stop_ddr3         ",0,0,0,1,0,1,1,"Acq","LSCtrl","read_stop_ddr3         ","ReadFinished","1bit,1:读取完成","标志位：单幅波形读取完成后置1,如果是1，可以开启DMA"]
["pc_ddr_rd_mode",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_ddr_rd_mode","ReadMode","1bit,0:读数据模式；1:读触发地址模式","发0选择读数据传输处理路径；发1选择触发地址传输路径"]
["pc_rcd_play_en      ",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_rcd_play_en      ","ReplayEnable","1bit,1:active","开启波形回放功能时，置1"]
["pc_ddr3_ui_rst_n",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_ddr3_ui_rst_n","Reset","1bit,0:active","ddr状态机及fifo复位，0有效"]
["pc_search_en        ",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_search_en        ","SearchEnable","1bit,1:active","开启波形搜索功能时，置1，且pc_ddr_rd_mode置0（读数据模式）"]
["pc_rd_segment_begin_addr_high",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rd_segment_begin_addr_high","SegmentBeginAddr_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形分段存储的分界点地址"]
["pc_rd_segment_begin_addr_low          ",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rd_segment_begin_addr_low          ","SegmentBeginAddr_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形分段存储的分界点地址"]
["pc_rcd_seg_num_high",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_seg_num_high","SegmentCount_high","[15：0]:32bit，分段数量：1~64k","波形分段数量，1~64k"]
["pc_rcd_seg_num_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_seg_num_low","SegmentCount_low","[15：0]:32bit，分段数量：1~64k","波形分段数量，1~64k"]
["ddr3_state_2pc",0,0,0,1,0,1,4,"Acq","LSCtrl","ddr3_state_2pc","State","[3:0]，1:IDLE；2:WAIT；4:WRITE；8:READ；","标志位： 状态机复位后为IDLE;DDR复位初始化后为WAIT;写:WRITE;读:READ;"]
["DDR_en",0,0,0,0,1,1,1,"Acq","LSCtrl","DDR_en","StorageMode","1bit,1:深存储模式；0:普通存储模式","发1选择深存储模式；发0选择普通存储模式"]
["pc_ddr_p2s_trans_num_high",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_ddr_p2s_trans_num_high","TransNumHigh","[31:16]:高16bit,[15:0]:低16bit DDR传输数据量控制，以80个点为单位记数","例：发十进制20，表示传输20*80个点"]
["pc_ddr_p2s_trans_num_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_ddr_p2s_trans_num_low","TransNumLow","[31:16]:高16bit,[15:0]:低16bit DDR传输数据量控制，以80个点为单位记数","例：发十进制20，表示传输20*80个点"]
["pc_rcd_trig_init_addr_high",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rcd_trig_init_addr_high","TrigAddrTableStartAddr_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","触发地址初始存储地址，0~256M"]
["pc_rcd_trig_init_addr_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_trig_init_addr_low","TrigAddrTableStartAddr_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","触发地址初始存储地址，0~256M"]
["pc_rcd_predepth_high      ",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rcd_predepth_high      ","TrigPreDepth_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形预触发长度，max:256M个地址长度，从0开始计算"]
["pc_rcd_predepth_low      ",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_predepth_low      ","TrigPreDepth_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","每幅波形预触发长度，max:256M个地址长度，从0开始计算"]
["pc_rcd_data_init_addr_high",0,0,0,0,1,1,12,"Acq","LSCtrl","pc_rcd_data_init_addr_high","WaveDataTableStartAddr_H","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","波形数据初始存储地址，0~256M"]
["pc_rcd_data_init_addr_low",0,0,0,0,1,1,16,"Acq","LSCtrl","pc_rcd_data_init_addr_low","WaveDataTableStartAddr_L","[27:16]:高12bit,[15:0]:低16bit 地址为单位,总28bit位宽的地址位宽","波形数据初始存储地址，0~256M"]
["pc_rcd_start        ",0,0,0,0,1,1,1,"Acq","LSCtrl","pc_rcd_start        ","WriteEnable","1bit,1:active","开启深存储波形写使能时，置1"]
["fast_en",0,0,0,0,1,1,1,"Pro","LSCtrl","fast_en","Enable","1bit，0：normal，1：ddr","ddr模式开关 ，0为普通模式，1为ddr模式"]
["pc_ddr_pro_fast_trans_en",0,0,0,0,1,1,1,"Pro","LSCtrl","pc_ddr_pro_fast_trans_en","pc_ddr_pro_fast_trans_en","1bit,1:active","发1选择处理板快速传输链路，用于传原始采样点、波形搜索结果、触发地址"]
["MD8G_DDS_Addr",0,0,0,0,1,1,8,"Acq","MDO->DDC","MD8G_DDS_Addr","DDSAddr","8bits_info"]
["MD8G_DDS_Data_H",0,0,0,0,1,1,16,"Acq","MDO->DDC","MD8G_DDS_Data_H","DDSDataH","high_16bits_of_32bits"]
["MD8G_DDS_Data_L",0,0,0,0,1,1,16,"Acq","MDO->DDC","MD8G_DDS_Data_L","DDSDataL","low_16bits_of_32bits"]
["MD8G_DDS_Fin",0,0,0,0,1,1,1,"Acq","MDO->DDC","MD8G_DDS_Fin","DDSFin","1bit"]
["MD8G_DDS_Wen",0,0,0,0,1,1,1,"Acq","MDO->DDC","MD8G_DDS_Wen","DDSWen","1bit"]
["MD8G_Fre_Deci_Mode",0,0,0,0,1,1,4,"Acq","MDO->DDC","MD8G_Fre_Deci_Mode","FreDeciMode","4bit频域档位选择"]
["MD8G_Reset_Fre_Config",0,0,0,0,1,1,1,"Acq","MDO->DDC","MD8G_Reset_Fre_Config","ResetFreConfig","1bit可变抽取CIC复位控制"]
["MD8G_SerialCIC_Config_Tvalid",0,0,0,0,1,1,1,"Acq","MDO->DDC","MD8G_SerialCIC_Config_Tvalid","SeriCICConfigValid","1bit采集板可变抽取CIC模块配置使能"]
["MD8G_ddc_prog_full_thresh",0,0,0,0,1,1,14,"Acq","MDO->FIFO","MD8G_ddc_prog_full_thresh","DDCProgFullThresh","14bit采集板频域FIFO编程满数据量"]
["pro_data_fd_fifo_empty_thresh",0,0,0,0,1,1,14,"PRO","MDO->FIFO","pro_data_fd_fifo_empty_thresh","FIFOProgEmptyThresh","14bits,与stft步进有关"]
["pro_data_fd_fifo_full_thresh",0,0,0,0,1,1,14,"PRO","MDO->FIFO","pro_data_fd_fifo_full_thresh","FIFOProgFullThresh","14bits,最大16384"]
["Coefficient_DataIn_h16",0,0,0,0,1,1,16,"PRO","MDO->STFT","Coefficient_DataIn_h16","CoefficientDataInH16","16bits,窗函数系数高16位"]
["Coefficient_DataIn_l16",0,0,0,0,1,1,16,"PRO","MDO->STFT","Coefficient_DataIn_l16","CoefficientDataInL16","16bits,窗函数系数低16位"]
["Coefficient_Data_WREN",0,0,0,0,1,1,1,"PRO","MDO->STFT","Coefficient_Data_WREN","CoefficientDataWREN","1bit,窗函数写使能"]
["FFT_Config_Start",0,0,0,0,1,1,1,"PRO","MDO->STFT","FFT_Config_Start","FFTConfigStart","1bit, FFT核开始配置"]
["FFT_Param_Dir",0,0,0,0,1,1,1,"PRO","MDO->STFT","FFT_Param_Dir","FFTParamDir","1bit,为1时选择FFT，为0时选择IFFT"]
["FFT_Param_NFFT",0,0,0,0,1,1,5,"PRO","MDO->STFT","FFT_Param_NFFT","FFTParamNFFT","5bits,配置FFT核的NFFT，0~16；需和FFT点数相对应"]
["FFT_Param_PointNum",0,0,0,0,1,1,11,"PRO","MDO->STFT","FFT_Param_PointNum","FFTParamPointNum","11bits,FFT单轮运算点数"]
["FFT_Param_ScaleSCH",0,0,0,0,1,1,10,"PRO","MDO->STFT","FFT_Param_ScaleSCH","FFTParamScaleSCH","10bits,配置数据缩放比例;1024个点，Radix-4，一共5级，每级2bit"]
["FFT_Times",0,0,0,0,1,1,8,"PRO","MDO->STFT","FFT_Times","FFTTimes","8bits,设置FFT运算次数，最大为256"]
["STFT_Calc_Start",0,0,0,0,1,1,1,"PRO","MDO->STFT","STFT_Calc_Start","STFTCalcStart","1bit,FFT开始运算"]
["stft_data_select",0,0,0,0,1,1,4,"PRO","MDO->STFT","stft_data_select","STFTDataSelect","4bits,4'b0001:输入数据直接输出；4'b0010:FFT处理后的IM&RE；4'b0100:FFT处理后的AMP&PHA；4'b1000:输入数据I/Q的AMP&PHA"]
["STFT_Step",0,0,0,0,1,1,7,"PRO","MDO->STFT","STFT_Step","STFTStep","7bits,设置FFT运算的步进"]
["pll_RESET",0,0,0,0,1,1,1,"Acq","PllConfig","pll_RESET","7044Reset","1bit，Active high","7044复位写0-1-0 进行一次复位，初始化前复位一次"]
["pll_sync",0,0,0,0,1,1,1,"Acq","PllConfig","pll_sync","7044Sync","1bit，Active high","7044 sync同步引脚 写0-1-0触发一次锁相环同步"]
["read_7044_data",0,0,0,1,0,1,8,"Acq","PllConfig","read_7044_data","HMC7044_SpiReadBackData","8bits，read_7044_data","锁相环HMC7044读回数据8bit"]
["HMC7044Data_Effect",0,0,0,0,1,1,1,"Acq","PllConfig","HMC7044Data_Effect","HMC7044Data_Effect","1bit，Active high","7044写使能，写0-1触发一次读写，也就是先写0，之后写入数据，然后拉高完成一次读写"]
["HMC7044Data_H8",0,0,0,0,1,1,8,"Acq","PllConfig","HMC7044Data_H8","HMC7044Data_H8","high_8bits_of_24bits","SPI写数据（共24bit，分高低位） 高8位"]
["HMC7044Data_L16",0,0,0,0,1,1,16,"Acq","PllConfig","HMC7044Data_L16","HMC7044Data_L16","low_16bits_of_24bits","SPI写数据（共24bit，分高低位） 低16位"]
["LMK00304_1_config",0,0,0,0,1,1,16,"Acq","PllConfig","LMK00304_1_config","LMK00304Config1","[1:0]：00304_1_output_mode，\n00：LVPECL，01：LVDS，\n10：HCSL，11：Hi-Z；\n[3:2]：00304_1_clkin_sel，\n00：CLKIN0，01：CLKIN1，1X：OSCIN","lmk00304配置（电路中U21）只写一次，写9"]
["LMK00304_2_config",0,0,0,0,1,1,16,"Acq","PllConfig","LMK00304_2_config","LMK00304Config2","[1:0]：00304_2_output_mode，\n00：LVPECL，01：LVDS，\n10：HCSL，11：Hi-Z           ","lmk00304配置（电路中U21）只写一次，写1"]
["LMX2595A_SPI_read",0,0,0,1,0,1,16,"Acq","PllConfig","LMX2595A_SPI_read","LMX2595A_SpiReadBackData","16bits，2595ReadBackData","锁相环LMX2595A读回数据8bit"]
["LMX2595B_SPI_read",0,0,0,1,0,1,16,"Acq","PllConfig","LMX2595B_SPI_read","LMX2595B_SpiReadBackData","16bits，2595ReadBackData","锁相环LMX2595B读回数据8bit"]
["LMX2595Data_Effect",0,0,0,0,1,1,8,"Acq","PllConfig","LMX2595Data_Effect","LMX2595Data_Effect","bit7：LMX2595B；bit6：LMX2595A","spi配置总线的写使能，发完数据后，上升沿触发一次SPI读写，8bit，也就是先发送数据，然后对应位拉高"]
["LMX2595Data_H16",0,0,0,0,1,1,16,"Acq","PllConfig","LMX2595Data_H16","LMX2595Data_H16","high_16bits_of_24bits","16位有效。现有代码中传入的ommmand_16bit的高16位.由((0x001 << 23) | (addr << 16) | cmd);"]
["LMX2595Data_L8",0,0,0,0,1,1,8,"Acq","PllConfig","LMX2595Data_L8","LMX2595Data_L8","low_8bits_of_24bits","8位有效。现有代码中传入的ommmand_16bit的低8位.由((0x001 << 23) | (addr << 16) | cmd);"]
["pll_RESET_7043",0,0,0,0,1,1,1,"S6","PllConfig","pll_RESET_7043","7043Reset","1bit，Active high","7044复位写0-1-0 进行一次复位，\n初始化前复位一次"]
["PLL_7043WriteData_H8",0,0,0,0,1,1,8,"S6","PllConfig","PLL_7043WriteData_H8","7043WriteData_H8","high_8bits_of_24bits","SPI写数据（共24bit，分高低位） 低16位"]
["PLL_7043WriteData_L16",0,0,0,0,1,1,16,"S6","PllConfig","PLL_7043WriteData_L16","7043WriteData_L16","low_16bits_of_24bits","SPI写数据（共24bit，分高低位） 低8位"]
["pll_send_7043",0,0,0,0,1,1,1,"S6","PllConfig","pll_send_7043","7043WriteDataEffect","1bit，Active high","7044写使能，写0-1触发一次读写，也就是先写0，\n之后写入数据，然后拉高完成一次读写"]
["pll_RESET_7044",0,0,0,0,1,1,1,"S6","PllConfig","pll_RESET_7044","7044Reset","1bit，Active high","PLL 保留控制"]
["pll_sync_7044",0,0,0,0,1,1,1,"S6","PllConfig","pll_sync_7044","7044Sync","1bit，Active high","置高表示指令同时发送给所有的采集卡"]
["PLL_7044WriteData_H8",0,0,0,0,1,1,8,"S6","PllConfig","PLL_7044WriteData_H8","7044WriteData_H8","high_8bits_of_24bits","SPI写数据（共24bit，分高低位） 低16位"]
["PLL_7044WriteData_L16",0,0,0,0,1,1,16,"S6","PllConfig","PLL_7044WriteData_L16","7044WriteData_L16","low_16bits_of_24bits","7043复位写0-1-0 进行一次复位，\n初始化前复位一次"]
["pll_send_7044",0,0,0,0,1,1,1,"S6","PllConfig","pll_send_7044","7044WriteDataEffect","1bit，Active high","7044 sync同步引脚,需要多次同步\n写0-1-0触发一次锁相环同步"]
["pll_RSV",0,0,0,0,1,1,3,"S6","PllConfig","pll_RSV","ReservedCtrl","3bits，bit0：pll_RSV，\nbit1：pll_RSV1，bit2：pll_RSV2","7043写使能，写0-1触发一次读写，也就是先写0，\n之后写入数据，然后拉高完成一次读写"]
["ProcBoard_PowerEN",0,0,0,0,1,1,2,"Pcie","PowerManager","ProcBoard_PowerEN","ProcBoard_Power","2bit，Active high，\nbit0：POWER_LOAD_EN \nbit1：FPGA_LOAD_EN ","处理板上电控制，初始化时发送01上电，03加载代码"]
["AcqBoardPowerCtrl",0,0,0,0,1,1,8,"Pro","PowerManager","AcqBoardPowerCtrl","AcqBoardPowerCtrl","bit0：CPCI1_POWER_LOAD_EN \nbit1：CPCI1_FPGA_LOAD_EN \nbit2：CPCI2_POWER_LOAD_EN \nbit3：CPCI2_FPGA_LOAD_EN \nbit4：CPCI3_POWER_LOAD_EN \nbit5：CPCI3_FPGA_LOAD_EN \nbit6：CPCI4_POWER_LOAD_EN \nbit7：CPCI4_FPGA_LOAD_EN","00 断电, FF上电"]
["acq_all_write_select",0,0,0,0,1,1,1,"S6","RegManager","acq_all_write_select","WriteToAllAcqBoardEnable","1bit，Active high","复位内部DCM PLL"]
["acq_read_wreg_data",0,0,0,1,0,0,16,"Acq","RegMonitor","acq_read_wreg_data","ReadbackValue","read back write-register","读回下发寄存器的值"]
["acq_read_wreg_addr",0,0,0,0,1,0,16,"Acq","RegMonitor","acq_read_wreg_addr","RegAddress","read back write-register","读回下发寄存器的值"]
["pcie_read_wreg_data",0,0,0,1,0,0,16,"Pcie","RegMonitor","pcie_read_wreg_data","ReadbackValue","read back write-register","读回下发寄存器的值"]
["pcie_read_wreg_addr",0,0,0,0,1,0,16,"Pcie","RegMonitor","pcie_read_wreg_addr","RegAddress","read back write-register","读回下发寄存器的值"]
["pro_read_wreg_data",0,0,0,1,0,0,16,"Pro","RegMonitor","pro_read_wreg_data","ReadbackValue","read back write-register","版本信息，备注"]
["pro_read_wreg_addr",0,0,0,0,1,0,16,"Pro","RegMonitor","pro_read_wreg_addr","RegAddress","read back write-register","读回下发寄存器的值"]
["s6_read_wreg_data",0,0,0,1,0,0,16,"S6","RegMonitor","s6_read_wreg_data","ReadbackValue","read back write-register","版本信息，备注"]
["s6_read_wreg_addr",0,0,0,0,1,0,16,"S6","RegMonitor","s6_read_wreg_addr","RegAddress","read back write-register","读回下发寄存器的值"]
["pcie_reset",0,0,0,0,1,1,1,"Pcie","RST_CTRL","pcie_reset","PcieReset","1bit，Active high","pcie板卡复位，不输出到处理板，\n初始化时复位，上升沿有效"]
["sys_reset",0,0,0,0,1,1,1,"Pcie","RST_CTRL","sys_reset","SysResetFromPcie","1bit，Active high","上升沿有效，初始化时给采集板、\n处理板和pcie复位"]
["acq_oserdes_sync_en",0,0,0,0,1,1,1,"Acq","SerdesSync","acq_oserdes_sync_en","SyncEnable","1:使能acq2pro的SERDES同步；0：正常传输数据","板间SERDES同步使能"]
["pro_iserdes_pll_locked",0,0,0,1,0,1,4,"PRO","SerdesSync","pro_iserdes_pll_locked","pro_iserdes_pll_locked","板间通信随路时钟至接收端PLL锁定信号"]
["pro_iserdes_scan_length",0,0,0,0,1,1,8,"PRO","SerdesSync","pro_iserdes_scan_length","pro_iserdes_scan_length","IDELAY的扫窗长度，扫窗确定合适延迟值后，需要达到扫窗长度的次数后才能确定改值有效，输出同步完成信号"]
["pro_iserdes_sync_done",0,0,0,1,0,1,1,"PRO","SerdesSync","pro_iserdes_sync_done","pro_iserdes_sync_done","板间通信扫窗完成标志信号"]
["pro_iserdes_sync_en",0,0,0,0,1,1,1,"PRO","SerdesSync","pro_iserdes_sync_en","pro_iserdes_sync_en","处理板ISERDES开始同步使能，边沿有效，上升沿开始同步，下降沿结束同步","板间通信同步使能，边沿有效"]
["pro_iserdes_TAP_start",0,0,0,0,1,1,5,"PRO","SerdesSync","pro_iserdes_TAP_start","pro_iserdes_TAP_start","IDELAY的扫窗延迟最小值"]
["pro_iserdes_TAP_stop",0,0,0,0,1,1,5,"PRO","SerdesSync","pro_iserdes_TAP_stop","pro_iserdes_TAP_stop","IDELAY的扫窗延迟最大值"]
["pcie_data_rx_io_IN_DELAY_DATA_CE3",0,0,0,0,1,1,1,"Pcie","SyncDataRxIDelay","pcie_data_rx_io_IN_DELAY_DATA_CE3","CE3","1bit，Active high","上升沿使能IDelay模块\n的increment/decrement输入"]
["pcie_data_rx_io_CNTVALUEIN3",0,0,0,0,1,1,5,"Pcie","SyncDataRxIDelay","pcie_data_rx_io_CNTVALUEIN3","Count3","5bits，value_of_delay","延迟量设置，最大为31，\n延迟量等于设置值×78ps"]
["pcie_data_rx_io_reset",0,0,0,0,1,1,1,"Pcie","SyncDataRxIDelay","pcie_data_rx_io_reset","RxIOReset","1bit，Active high","IDelaycCrl模块复位，高电平复位，\n初始化时复位一次"]
["pcie_data_rx_io_IN_DELAY_RESET",0,0,0,0,1,1,1,"Pcie","SyncDataRxIDelay","pcie_data_rx_io_IN_DELAY_RESET","Set_Effect","1bit，Active high","拉高生效.先设置数据，然后拉高生效。"]
["PRO_IN_DELAY_DATA_CE1",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_IN_DELAY_DATA_CE1","CE1","1bit，Active high","上升沿使能IDelay模块的increment/decrement输入，\n当IN_DELAY_RESET有效时，该使能无效"]
["PRO_IN_DELAY_DATA_CE3",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_IN_DELAY_DATA_CE3","CE3","1bit，Active high","上升沿使能IDelay模块的increment/decrement输入，\n当IN_DELAY_RESET有效时，该使能无效"]
["PRO_IN_DELAY_DATA_CE5",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_IN_DELAY_DATA_CE5","CE5","1bit，Active high","上升沿使能IDelay模块的increment/decrement输入，\n当IN_DELAY_RESET有效时，该使能无效"]
["PRO_IN_DELAY_DATA_CE7",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_IN_DELAY_DATA_CE7","CE7","1bit，Active high","上升沿使能IDelay模块的increment/decrement输入，\n当IN_DELAY_RESET有效时，该使能无效"]
["PRO_CNTVALUEIN1",0,0,0,0,1,1,5,"Pro","SyncDataRxIDelay","PRO_CNTVALUEIN1","Count1","5bits，value_of_delay","延迟量设置，最大为31，\n延迟量等于设置值×78ps"]
["PRO_CNTVALUEIN3",0,0,0,0,1,1,5,"Pro","SyncDataRxIDelay","PRO_CNTVALUEIN3","Count3","5bits，value_of_delay","延迟量设置，最大为31，\n延迟量等于设置值×78ps"]
["PRO_CNTVALUEIN5",0,0,0,0,1,1,5,"Pro","SyncDataRxIDelay","PRO_CNTVALUEIN5","Count5","5bits，value_of_delay","延迟量设置，最大为31，\n延迟量等于设置值×78ps"]
["PRO_CNTVALUEIN7",0,0,0,0,1,1,5,"Pro","SyncDataRxIDelay","PRO_CNTVALUEIN7","Count7","5bits，value_of_delay","延迟量设置，最大为31，\n延迟量等于设置值×78ps"]
["PRO_Data_rx_io_reset",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_Data_rx_io_reset","RxIOReset","1bit，Active high","IDelaycCrl模块复位，高电平复位，\n初始化时复位一次"]
["PRO_IN_DELAY_RESET",0,0,0,0,1,1,1,"Pro","SyncDataRxIDelay","PRO_IN_DELAY_RESET","SetEffect","1bit，Active high","拉高生效.先设置数据，然后拉高生效。"]
["FIFO_SYNC_DELAY_LOCKED",0,0,0,1,0,1,1,"Acq","SyncDataRxIDelayStatus","FIFO_SYNC_DELAY_LOCKED","LockFlag","1bit，1：idelay_ready","IDEALYCTRL模块的ready信号，\n拉高表明IDELAY和ODELAY模块已经完成校准"]
["REN_CNTVALUEOUT",0,0,0,1,0,1,9,"Acq","SyncDataRxIDelayStatus","REN_CNTVALUEOUT","ReadEanbleCount","9bits，value_of_delay","IDELAY模块延迟量的回读，指示当前来自处理板的FIFO读使能经过IDelay模块的延迟量"]
["RST_CNTVALUEOUT",0,0,0,1,0,1,9,"Acq","SyncDataRxIDelayStatus","RST_CNTVALUEOUT","ResetCount","9bits，value_of_delay","IDELAY模块延迟量的回读，指示当前来自处理板的复位信号经过IDelay模块的延迟量"]
["WEN_CNTVALUEOUT",0,0,0,1,0,1,9,"Acq","SyncDataRxIDelayStatus","WEN_CNTVALUEOUT","WriteEnableCount","9bits，value_of_delay","IDELAY模块延迟量的回读，指示当前来自处理板的FIFO写使能经过IDelay模块的延迟量"]
["acq_reg_read_back",0,0,0,1,1,0,16,"Acq","SysInfo","acq_reg_read_back","WorkOKTest","16bits_data","16位数据，由此寄存器写入，再由此寄存器读出，两者数据一致，表明上电OK。"]
["pcie_reg_read_back",0,0,0,1,1,0,16,"Pcie","SysInfo","pcie_reg_read_back","WorkOKTest","16bits_data","16位数据，由此寄存器写入，再由此寄存器读出，两者数据一致，表明上电OK。"]
["pro_reg_read_back",0,0,0,1,1,0,16,"Pro","SysInfo","pro_reg_read_back","WorkOKTest","16bits_data","SPI写数据（共24bit，分高低位） 低8位"]
["s6_reg_read_back",0,0,0,1,1,0,16,"S6","SysInfo","s6_reg_read_back","WorkOKTest","16bits_data"]
["acq_fpga_temp",0,0,0,1,0,1,11,"Acq","SysMon","acq_fpga_temp","acq_fpga_temp","采集卡FPGA的温度，共11bit,其中bit11为数据有效标志,1有效；bit[9:0]为温度值，无符号数,公式 temprature(℃) = (ADC_CODE * 501.3743) / 1024 -273.6777 其中，ADC_CODE对应temprature寄存器中的值"]
["acq_fpga_vccaux",0,0,0,1,0,1,11,"Acq","SysMon","acq_fpga_vccaux","acq_fpga_vccaux","采集卡FPGA的温度，共11bit,其中bit11为数据有效标志,1有效；bit[9:0]为电压值，无符号数,公式 vccaux(V) = ADC_CODE  / 1024 * 3 其中，ADC_CODE对应vccaux寄存器中的值"]
["acq_fpga_vccbram",0,0,0,1,0,1,11,"Acq","SysMon","acq_fpga_vccbram","acq_fpga_vccbram","采集卡FPGA的温度，共11bit,其中bit11为数据有效标志,1有效；bit[9:0]为电压值，无符号数,公式 vccbram(V) = ADC_CODE  / 1024 * 3 其中，ADC_CODE对应vccbram寄存器中的值"]
["acq_fpga_vccint",0,0,0,1,0,1,11,"Acq","SysMon","acq_fpga_vccint","acq_fpga_vccint","采集卡FPGA的温度，共11bit,其中bit11为数据有效标志,1有效；bit[9:0]为电压值，无符号数,公式 vccint(V) = ADC_CODE  / 1024 * 3 其中，ADC_CODE对应vccint寄存器中的值"]
["acq_sysmon_rst",0,0,0,0,1,1,1,"Acq","SysMon","acq_sysmon_rst","acq_sysmon_rst","采集卡系统检测模块复位，1bit，高有效","采集卡系统检测模块复位"]
["acq_temp_adc1",0,0,0,1,0,1,12,"Acq","SysMon","acq_temp_adc1","acq_temp_adc1","采集卡ADC1的温度，共12bit,其中bit12为数据有效标志,1有效；bit[10:0]为温度值，无符号数","采集卡ADC1的温度"]
["acq_temp_adc2",0,0,0,1,0,1,12,"Acq","SysMon","acq_temp_adc2","acq_temp_adc2","采集卡ADC2的温度，共12bit,其中bit12为数据有效标志,1有效；bit[10:0]为温度值，无符号数","采集卡ADC2的温度"]
["acq_temp_pcb1",0,0,0,1,0,1,12,"Acq","SysMon","acq_temp_pcb1","acq_temp_pcb1","采集卡PCB的温度1，共12bit,其中bit12为数据有效标志,1有效；bit[10:0]为温度值，有符号数","采集卡PCB的温度1"]
["acq_temp_pcb2",0,0,0,1,0,1,12,"Acq","SysMon","acq_temp_pcb2","acq_temp_pcb2","采集卡PCB的温度2，共12bit,其中bit12为数据有效标志,1有效；bit[10:0]为温度值，有符号数","采集卡PCB的温度2"]
["ds18b20_data",0,0,0,1,0,1,16,"Pcie","SysMon","ds18b20_data","ReadData","16bits_temp_data","pcie板卡温度数据，在读取温度数据前，\n先做复位处理"]
["ds18b20_rst",0,0,0,0,1,1,1,"Pcie","SysMon","ds18b20_rst","Reset","1bit，Active high","pcie板卡温度监测复位，上升沿有效，\n在读取温度数据前，先做复位处理。"]
["pro_fpga_temp",0,0,0,1,0,1,13,"Pro","SysMon","pro_fpga_temp","pro_fpga_temp","处理板FPGA的温度，共13bit,其中bit12为数据有效标志,1有效；bit[11:0]为温度值，无符号数,公式 temprature(℃) = (ADC_CODE * 503.975) / 4096 -273.15 其中，ADC_CODE对应temprature寄存器中的值"]
["pro_fpga_vccaux",0,0,0,1,0,1,13,"Pro","SysMon","pro_fpga_vccaux","pro_fpga_vccaux","处理板FPGA的辅助电压，共13bit,其中bit12为数据有效标志,1有效；bit[11:0]为电压值，无符号数,公式 vccaux(V) = ADC_CODE  / 4096 * 3 其中，ADC_CODE对应vccaux寄存器中的值"]
["pro_fpga_vccbram",0,0,0,1,0,1,13,"Pro","SysMon","pro_fpga_vccbram","pro_fpga_vccbram","处理板FPGA的BRAM电压，共13bit,其中bit12为数据有效标志,1有效；bit[11:0]为电压值，无符号数,公式 vccbram(V) = ADC_CODE  / 4096 * 3 其中，ADC_CODE对应vccbram寄存器中的值","处理板系统检测模块复位"]
["pro_fpga_vccint",0,0,0,1,0,1,13,"Pro","SysMon","pro_fpga_vccint","pro_fpga_vccint","处理板FPGA的内核电压，共13bit,其中bit12为数据有效标志,1有效；bit[11:0]为电压值，无符号数,公式 vccint(V) = ADC_CODE  / 4096 * 3 其中，ADC_CODE对应vccint寄存器中的值"]
["pro_sysmon_rst",0,0,0,0,1,1,1,"Pro","SysMon","pro_sysmon_rst","pro_sysmon_rst","系统检测模块复位，1bit，高有效"]
["TIADC_cali_en",0,0,0,0,1,1,1,"Acq","TIADC","TIADC_cali_en","Enable","1bit，Active high","1：校正，系数只读，0：关闭校正，直通，系数可配置"]
["TIADC_factor_i",0,0,0,0,1,1,16,"Acq","TIADC","TIADC_factor_i","FactorTableWriteData_i","14bit, imaginary part,位宽冗余,优先用低位","滤波器系数虚部数据"]
["TIADC_factor_r",0,0,0,0,1,1,16,"Acq","TIADC","TIADC_factor_r","FactorTableWriteData_r","14bit, real part,位宽冗余,优先用低位","滤波器系数实部数据"]
["TIADC_test_addr",0,0,0,0,1,1,14,"Acq","TIADC","TIADC_test_addr","Test_addr","14bits，addr of data_in of test mode","测试数据写入的ram地址"]
["TIADC_test_data",0,0,0,0,1,1,12,"Acq","TIADC","TIADC_test_data","Test_in","12bits，data_in of test mode","测试数据写入的测试数据"]
["TIADC_test_wen",0,0,0,0,1,1,1,"Acq","TIADC","TIADC_test_wen","Test_in_en","1bit，Active high","测试数据写入的写使能，上升沿有效"]
["TIADC_test_mode_en",0,0,0,0,1,1,1,"Acq","TIADC","TIADC_test_mode_en","Test_mode_en","1bit，Active high","1：用测试数据代替ADC数据 0：使用ADC数据"]
["TIADC_wr_addr",0,0,0,0,1,1,16,"Acq","TIADC","TIADC_wr_addr","WriteAddress","16bits，factor address,位宽冗余,优先用低位","校正关闭时，写系数ram的地址"]
["TIADC_wen",0,0,0,0,1,1,1,"Acq","TIADC","TIADC_wen","WriteEnable","1bit，Active posedge","校正关闭时，写系数操作的写使能，上升沿有效"]
["cmp1_level_l",0,0,0,0,1,1,12,"Acq","TrigCtrl","cmp1_level_l","CmpVoltDown","12bits，value_of_level","12位下限的以12Bit之4096为基准，\n2048表示0电平"]
["cmp1_level_h",0,0,0,0,1,1,12,"Acq","TrigCtrl","cmp1_level_h","CmpVoltUp","12bits，value_of_level","12位上限的以12Bit之4096为基准，\n2048表示0电平"]
["edge_trig_chs",0,0,0,0,1,1,1,"Acq","TrigCtrl","edge_trig_chs","FallOrRiase","1bit，1：rising edge，0：falling edge","1：上升沿触发；0：下降沿触发"]
["TRIG_FlipFlop_RST",0,0,0,0,1,1,1,"Acq","TrigCtrl","TRIG_FlipFlop_RST","FlipFlopReset","1bit  高有效","模拟触发器NB7V52M复位使能"]
["TRIG_F_IO",0,0,0,1,0,1,1,"Acq","TrigCtrl","TRIG_F_IO","ReadbackData1","1bit :1：有触发信号","模拟触发下降沿发往dsp_interface上位机回读数据"]
["TRIG_IO",0,0,0,1,0,1,1,"Acq","TrigCtrl","TRIG_IO","ReadbackData2","1bit :1：有触发信号","模拟触发上升沿发往dsp_interface上位机回读数据"]
["edge_trig_num",0,0,0,1,0,1,7,"Acq","TrigCtrl","edge_trig_num","ReadTrigPosition","7bits，position_of_trig","触发位置回读，其值表示触发信号来源于80路数据的哪一路数据"]
["TRIG_READY",0,0,0,1,0,1,1,"Acq","TrigCtrl","TRIG_READY","Ready","1bit ：1：ready","模拟触发ready"]
["dgt_trig_sel_CH",0,0,0,0,1,1,3,"Acq","TrigCtrl","dgt_trig_sel_CH","Source_USB","0：channel1，1：channel2\n（后续可能有其他的通道加入）","数字触发源选择，信号是迟滞比较后产生的新的状态信号，\n用于数字边沿触发（USB）"]
["trig_measure_mode0",0,0,0,0,1,1,16,"Acq","TrigCtrl","trig_measure_mode_0","TrigMeansureModeA","16bits","测量触发1预留"]
["trig_measure_mode1",0,0,0,0,1,1,16,"Acq","TrigCtrl","trig_measure_mode_1","TrigMeansureModeB","16bits","测量触发2预留"]
["Trig_1st_cmp1_level_l",0,0,0,0,1,1,12,"Acq","TrigCtrl->1st","Trig_1st_cmp1_level_l","CompareVoltage1Down","12bits，value_of_level","1级触发电平低电平组：12位下限的以12Bit之4096为基准，\n2048表示0电平，协议触发也使用此电平"]
["Trig_1st_cmp1_level_h",0,0,0,0,1,1,12,"Acq","TrigCtrl->1st","Trig_1st_cmp1_level_h","CompareVoltage1Up","12bits，value_of_level","1级触发电平低电平组：12位上限的以12Bit之4096为基准，\n2048表示0电平。协议触发也使用此电平"]
["Trig_1st_cmp2_level_l",0,0,0,0,1,1,12,"Acq","TrigCtrl->1st","Trig_1st_cmp2_level_l","CompareVoltage2Down","12bits  value_of_level","1级触发电平高电平组：用于需要两组触发电平的触发模式，如斜率，欠幅触发等"]
["Trig_1st_cmp2_level_h",0,0,0,0,1,1,12,"Acq","TrigCtrl->1st","Trig_1st_cmp2_level_h","CompareVoltage2Up","12bits  value_of_level","1级触发电平高电平组：用于需要两组触发电平的触发模式，如斜率，欠幅触发等"]
["Trig_1st_edge_trig_chs",0,0,0,0,1,1,1,"Acq","TrigCtrl->1st","Trig_1st_edge_trig_edge_sel","EdgeSelect","1bit，1：rising edge，0：falling edge","1级边沿触发极性选择：1：上升沿触发；0：下降沿触发"]
["Trig_1st_edge_trig_num",0,0,0,1,0,1,7,"Acq","TrigCtrl->1st","Trig_1st_edge_trig_location","ReadTrigPosition","7bits，position_of_trig","1级触发触发位置回读，其值表示触发信号来源于80路数据的哪一路数据"]
["Trig_1st_trig_source_sel",0,0,0,0,1,1,3,"Acq","TrigCtrl->1st","Trig_1st_trig_source_sel","SourceSelect","3bits 0：channel1，1：channel2\n（后续可能有其他的通道加入）","1级数字触发源选择，信号是迟滞比较后产生的新的状态信号，\n用于数字边沿触发"]
["Trig_1st_trig_type_sel",0,0,0,0,1,1,6,"Acq","TrigCtrl->1st","Trig_1st_trig_type_sel","TrigTypeSelect","6bits 01: 脉宽     0x02:超时    0x05: 欠幅      0x06: 码型     0x08:  斜率    0x25:  数字边沿","1级触发触发类型选择"]
["Trig_module_trig_auto_en",0,0,0,0,1,1,1,"Pro","TrigCtrl->1st","Trig_module_trig_auto_en","AutoModeEnable","1bit 1：auto triger，0： single triger","是否选择了自动触发模式，\n当一定时间内没有产生触发时，\n屏幕强制产生触发信号，刷新波形"]
["Trig_module_trig_cali_value",0,0,0,0,1,1,8,"Pro","TrigCtrl->1st","Trig_module_trig_cali_value","CalibrationNum","8bits ","校正参数，设定的校正时间，触发信号到来之后继续\n读FIFO，用于修正实际触发点的固定偏移"]
["Trig_module_cali_trig_delay_en",0,0,0,0,1,1,1,"Pro","TrigCtrl->1st","Trig_module_cali_trig_delay_en","CaliTrigDelayEnable","1bit 1：calibrate 0：off","校正参数使能，当使能有效时，修正数才起作用"]
["Trig_module_tri_force",0,0,0,0,1,1,1,"Pro","TrigCtrl->1st","Trig_module_tri_force","ForceTrigEnable","1bit 1：force triger 高有效","无论是否产生触发，都输出一个强制触发信号，\n显示一帧波形"]
["Trig_module_tri_holdoff_time_L16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_tri_holdoff_time_L16","HoldOffTimeL","16bits 0：[15:0]","触发释抑参数， 触发释抑这段时间内不响应触发，\n释抑结束后马上响应下一个触发沿"]
["Trig_module_tri_holdoff_time_H16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_tri_holdoff_time_H16","HoldOffTtimeH","16bits 1：[31:16]","触发释抑参数， 触发释抑这段时间内不响应触发，\n释抑结束后马上响应下一个触发沿"]
["Trig_module_TriggerTimeOver",0,0,0,1,0,1,1,"Pro","TrigCtrl->1st","Trig_module_TriggerTimeOver","IsTimeOver","1bit, 1：触发超时","触发超时"]
["Trig_module_trig_posdepth_set_H16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_posdepth_set_H16","PosDepthSetH","16bits 2：[47:32]","后触发深度，以4ns为单位的个数"]
["Trig_module_trig_posdepth_set_L16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_posdepth_set_L16","PosDepthSetL","16bits 0：[15:0]","后触发深度，以4ns为单位的个数"]
["Trig_module_trig_posdepth_set_M16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_posdepth_set_M16","PosDepthSetM","16bits 1：[31:16]","后触发深度，以4ns为单位的个数"]
["Trig_module_trig_predepth_set_H16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_predepth_set_H16","PreDepthSetH","16bits 2：[47:32]","预触发深度，调节触发点在屏幕中的位置"]
["Trig_module_trig_predepth_set_L16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_predepth_set_L16","PreDepthSetL","16bits 0：[15:0]","预触发深度，调节触发点在屏幕中的位置"]
["Trig_module_trig_predepth_set_M16",0,0,0,0,1,1,16,"Pro","TrigCtrl->1st","Trig_module_trig_predepth_set_M16","PreDepthSetM","16bits 1：[31:16]","预触发深度，调节触发点在屏幕中的位置"]
["Trig_module_trig_reset_n",0,0,0,0,1,1,1,"Pro","TrigCtrl->1st","Trig_module_trig_reset_n","Reset","1bit 0：active 低有效","软件触发复位"]
["Trig_1st_acq_trig_or_ext_sel",0,0,0,0,1,1,5,"PRO","TrigCtrl->1st","Trig_1st_acq_trig_or_ext_sel","SorceControl","5bits：b[4]=1：来自外触发 0：其他\nb[3]:1来自LA触发 0：其他\nb[2：0]选择来自哪一块采集板：000，板一，001，板二，002，板三，003：板四，004：板五，006：板六","1级触发采集路径选择，最高两位为00时选择触发来自采集板"]
["Trig_module_TriggerStatus",0,0,0,1,0,1,3,"Pro","TrigCtrl->1st","Trig_module_TriggerStatus","Status","3bits，bit0：auto_status，bit1：ready_status，bit2：trigged_status","发往软件用于显示触发状态"]
["Trig_2nd_auto_trig_en",0,0,0,0,1,1,1,"PRO","TrigCtrl->2nd","Trig_2nd_auto_trig_en","AutoModeEnable","1bit，1：auto_trig，0：normal_trig","2级触发模式1：自动触发； 0：正常触发"]
["Trig_2nd_cmp1_level_l",0,0,0,0,1,1,12,"PRO","TrigCtrl->2nd","Trig_2nd_cmp1_level_l","CompareVoltage1Down","12bits，value_of_level","2级触发电平低电平组：12位下限的以12Bit之4096为基准，\n2048表示0电平"]
["Trig_2nd_cmp1_level_h",0,0,0,0,1,1,12,"PRO","TrigCtrl->2nd","Trig_2nd_cmp1_level_h","CompareVoltage1Up","12bits，value_of_level","2级触发电平低电平组：12位上限的以12Bit之4096为基准，\n2048表示0电平"]
["Trig_2nd_cmp2_level_l",0,0,0,0,1,1,12,"PRO","TrigCtrl->2nd","Trig_2nd_cmp2_level_l","CompareVoltage2Down","12bits  value_of_level","2级触发电平高电平组：用于需要两组触发电平的触发模式，如斜率，欠幅触发等"]
["Trig_2nd_cmp2_level_h",0,0,0,0,1,1,12,"PRO","TrigCtrl->2nd","Trig_2nd_cmp2_level_h","CompareVoltage2Up","12bits  value_of_level","2级触发电平高电平组：用于需要两组触发电平的触发模式，如斜率，欠幅触发等"]
["Trig_2nd_edge_trig_chs",0,0,0,0,1,1,1,"PRO","TrigCtrl->2nd","Trig_2nd_edge_trig_edge_sel","EdgeSelect","1bit，1：rising edge，0：falling edge","2级边沿触发极性选择：1：上升沿触发；0：下降沿触发"]
["Trig_2nd_PreTrig_depth",0,0,0,0,1,1,16,"PRO","TrigCtrl->2nd","Trig_2nd_PreTrig_depth","PreDepth","16bits，num_of_pts","2级触发预触发深度值"]
["Trig_2nd_edge_trig_num",0,0,0,1,0,1,7,"PRO","TrigCtrl->2nd","Trig_2nd_edge_trig_location","ReadTrigPosition","7bits，position_of_trig","2极触发触发位置回读"]
["Trig_2nd_auto_trig_num",0,0,0,0,1,1,16,"PRO","TrigCtrl->2nd","Trig_2nd_auto_trig_num","SearchRange","16bits，num_of_pts","2级自动触发找点数，2级触发未来时，计数到该设置值后自动进行触发"]
["Trig_2nd_serial_trig_en",0,0,0,0,1,1,1,"PRO","TrigCtrl->2nd","Trig_2nd_serial_trig_en","SerialTrigEnable","1bit，1：trig_en  0：trig_off","2级触发使能。1：触发使能 ；0：关闭"]
["Trig_2nd_trig_source_sel",0,0,0,0,1,1,3,"PRO","TrigCtrl->2nd","Trig_2nd_trig_source_sel","SourceSelect","3bits 0：channel1，1：channel2\n（后续可能有其他的通道加入）","2级数字触发源选择，信号是迟滞比较后产生的新的状态信号，\n用于数字边沿触发"]
["Trig_2nd_trig_type_sel",0,0,0,0,1,1,6,"PRO","TrigCtrl->2nd","Trig_2nd_trig_type_sel","TrigTypeSelect","6bits 01: 脉宽     0x02:超时    0x05: 欠幅      0x06: 码型     0x08:  斜率    0x25:  数字边沿","2级触发触发类型选择"]
["Trig_Com_trig_event_A_source_sel",0,0,0,0,1,1,3,"PRO","TrigCtrl->ASourceSel","Trig_Com_trig_event_A_source_sel","EventASourceSelect","3bits 0：channel1；1：channel2\n（后续可能有其他的通道加入）","事件A通道选择"]
["Trig_Com_trig_event_B_source_sel",0,0,0,0,1,1,3,"PRO","TrigCtrl->BSourceSel","Trig_Com_trig_event_B_source_sel","EventBSourceSelect","3bits 0：channel1；1：channel2\n（后续可能有其他的通道加入）","事件B通道选择"]
["Trig_Com_trig_cascaded_en",0,0,0,null,null,null,1,"PRO","TrigCtrl->Cascaded","Trig_Com_trig_cascaded_en","CascadedEnable","1bit 0：关闭；1：开启；","级联触发使能"]
["Trig_Com_code_trig_ctrl_word0",0,0,0,0,1,1,3,"PRO","TrigCtrl->Code","Trig_Com_code_trig_ctrl_word0","Condition","3bits 000：与；001：或；010：与非；011：或非；","码型逻辑比较选择"]
["Trig_Com_code_trig_ctrl_word1",0,0,0,0,1,1,16,"PRO","TrigCtrl->Code","Trig_Com_code_trig_ctrl_word1","CtrlWord","16bits [15:8]：通道无关项选择\n[7:0]：各通道码型设置值","8通道码型设置"]
["Trig_Com_code_code_width_func",0,0,0,0,1,1,4,"PRO","TrigCtrl->Code","Trig_Com_code_code_width_func","WidthAndPolarity","4bits [3:2]：00：正极性；01：负极性；\n [1:0]：00=大于；01=小于；10=等于；11=不等于；","码型脉宽比较符和极性选择"]
["Trig_1st_trig_dropout_func",0,0,0,0,1,1,1,"Acq","TrigCtrl->Dropout","Trig_1st_trig_dropout_func","IsDualEdgeRefresh","1bit 0：无双沿刷新；1：有双沿刷新","1级跌落刷新极性选择"]
["Trig_1st_trig_dropout_polarity_sel",0,0,0,0,1,1,1,"Acq","TrigCtrl->Dropout","Trig_1st_trig_dropout_polarity_sel","Polarity","1bit 0：上升沿；1：下降沿","1级跌落极性选择"]
["Trig_2nd_trig_dropout_func",0,0,0,0,1,1,1,"PRO","TrigCtrl->Dropout","Trig_2nd_trig_dropout_func","IsDualEdgeRefresh","1bit 0：无双沿刷新；1：有双沿刷新","2级跌落刷新极性选择"]
["Trig_2nd_trig_dropout_polarity_sel",0,0,0,0,1,1,1,"PRO","TrigCtrl->Dropout","Trig_2nd_trig_dropout_polarity_sel","Polarity","1bit 0：上升沿；1：下降沿","2级跌落极性选择"]
["Trig_Com_trig_ete_capture_polar",0,0,0,0,1,1,1,"PRO","TrigCtrl->EdgeThenEdge","Trig_Com_trig_ete_capture_polar","CapturePolarity","1bit 0：上升沿；1：下降沿","捕捉信号极性"]
["Trig_Com_trig_ete_event",0,0,0,0,1,1,1,"PRO","TrigCtrl->EdgeThenEdge","Trig_Com_trig_ete_event","EventType","1bit 0：时间计数；1：个数计数","选择以时间进行计数或者以捕获沿个数进行计数"]
["Trig_Com_trig_ete_launch_polar",0,0,0,0,1,1,1,"PRO","TrigCtrl->EdgeThenEdge","Trig_Com_trig_ete_launch_polar","LaunchPolarity","1bit 0：上升沿；1：下降沿","选通信号极性"]
["Trig_2nd_serial_prog_full_thresh",0,0,0,0,1,1,16,"PRO","TrigCtrl->Fifo","Trig_2nd_serial_prog_full_thresh","SerialFifoDepth","16bits，num_of_pts","2级采集板串行FIFO深度，最大16384，缓存波形数据并找点，不同时基档位数深度不同，目前初始化设为16000"]
["Trig_1st_gli_func_sel",0,0,0,0,1,1,1,"Acq","TrigCtrl->Glitch","Trig_1st_gli_func_sel","Condition","1bit 0：<；1：>","1级毛刺条件设置0：小于，1：大于"]
["Trig_2nd_gli_func_sel",0,0,0,0,1,1,1,"PRO","TrigCtrl->Glitch","Trig_2nd_gli_func_sel","Condition","1bit 0：<；1：>","2级毛刺条件设置"]
["Trig_1st_trig_interval_func",0,0,0,0,1,1,2,"Acq","TrigCtrl->Interval","Trig_1st_trig_interval_func","Condition","2bits 0：大于；1：小于；2：等于；3：不等于","1级间隔条件设置"]
["Trig_1st_trig_interval_polarity_sel",0,0,0,0,1,1,1,"Acq","TrigCtrl->Interval","Trig_1st_trig_interval_polarity_sel","Polarity","1bit 0：上升沿；1：下降沿","1级间隔极性选择0：上升沿，1：下降沿"]
["Trig_Com_trig_interval_func",0,0,0,0,1,1,2,"PRO","TrigCtrl->Interval","Trig_2nd_trig_interval_func","Condition","2bits 0：大于；1：小于；2：等于；3：不等于","2级间隔条件选择"]
["Trig_Com_trig_interval_polarity_sel",0,0,0,0,1,1,1,"PRO","TrigCtrl->Interval","Trig_2nd_trig_interval_polarity_sel","Polarity","1bit 0：上升沿；1：下降沿","2级间隔极性选择"]
["Tirg_1st_trig_discard_en",0,0,0,0,1,null,1,"Acq","TrigCtrl->Location","Tirg_1st_trig_discard_en","TrigDiscardColumnEn","1bit：高有效","插值档下触发列丢点使能"]
["Trig_1st_trig_column_num",0,0,0,0,1,1,16,"Acq","TrigCtrl->Location","Trig_1st_trig_column_num","TrigDiscardColumnNums","16bits：插值档下触发丢点列数设置","插值档下触发丢点列数,,发送到采集板"]
["Tirg_1st_transfer_result",0,0,0,1,0,1,16,"Acq","TrigCtrl->Location","Tirg_1st_transfer_result","TrigTimeDifference","16bits：插值档板件触发位置传输时间差结果","b[7:0]是两板间触发位置传输时间差计数，b{8],传输有效位，b[9]奇偶校验成功位，b[15:10]未使用"]
["trig_pro_loca_sync_set",0,0,0,0,1,1,16,"Pro","TrigCtrl->Location","trig_pro_loca_sync_set","LocationSync","16bits:可扩展 [3:0]4采集板inc使能，1递增0，递减，[7:4]:4采集板ce使能，0时维持不变，1时在下一个时钟上升沿递增或递减，[11:8]4采集板VTC使能高有效，[13] IO复位，高有效 [12]Delay复位，高有效，","IDelay3模块使能，初始化时拉高，作用是使延迟设置更准确，IDelay模块的increment/decrement的输入，ce为1时，1为加(increment)，0为减(decrement)"]
["trig_pro_loca_sync_set_ext",0,0,0,0,1,1,16,"Pro","TrigCtrl->Location","trig_pro_loca_sync_set_ext","LocationSyncExt","INC使能预留扩展位","IDelay3模块使能扩展"]
["trig_pro_loca_sync_result",0,0,0,1,0,1,16,"Pro","TrigCtrl->Location","trig_pro_loca_sync_result","LocationSyncResult","16bits Idelay模块使能结果","回读Idelay模块设置值"]
["trig_pro_loca_sync_result_ext",0,0,0,1,0,1,16,"Pro","TrigCtrl->Location","trig_pro_loca_sync_result_ext","LocationSyncResultExt","16bits Idelay模块使能结果 预留扩展位","回读Idelay模块设置值扩展"]
["Trig_1st_trig_pw_func_sel",0,0,0,0,1,1,2,"Acq","TrigCtrl->PulseWidth","Trig_1st_trig_pw_func_sel","Condition","2bits 0 = (实际脉宽)大于(设置值)；\n1 = 小于；\n2 = 等于；\n3 = 小于或大于；","1级脉宽比较限定符选择"]
["Trig_1st_trig_pw_polarity_sel",0,0,0,0,1,1,1,"Acq","TrigCtrl->PulseWidth","Trig_1st_trig_pw_polarity_sel","Polarity","1bit 0 = 正脉冲；\n1 = 负脉冲；","1级脉冲极性选择"]
["Trig_2nd_trig_pw_func_sel",0,0,0,0,1,1,2,"PRO","TrigCtrl->PulseWidth","Trig_2nd_trig_pw_func_sel","Condition","2bit 0 = (实际脉宽)大于(设置值)；\n1 = 小于；\n2 = 等于；\n3 = 小于或大于；","脉宽比较限定符选择"]
["Trig_2nd_trig_pw_polarity_sel",0,0,0,0,1,1,2,"PRO","TrigCtrl->PulseWidth","Trig_2nd_trig_pw_polarity_sel","Polarity","2bit 0 = 正脉冲；\n1 = 负脉冲；","2级脉冲极性选择"]
["Trig_1st_runt_func_sel",0,0,0,0,1,1,3,"Acq","TrigCtrl->Runt","Trig_1st_runt_func_sel","Condition","3bits 00：无关；01：<；10：>；11：=","1级欠幅条件，低两位：欠幅宽度条件设置；\n高位：欠幅极性设置0：负欠幅   1：正欠幅"]
["Trig_2nd_runt_func_sel",0,0,0,0,1,1,3,"PRO","TrigCtrl->Runt","Trig_2nd_runt_func_sel","Condition","3bit 00：无关；01：<；10：>；11：=","2级欠幅条件，低两位：欠幅宽度条件设置；\n高位：欠幅极性设置0：负欠幅    1：正欠幅"]
["Trig_Com_setup_hold_ctrl_word",0,0,0,0,1,1,2,"PRO","TrigCtrl->Setuphold","Trig_Com_setup_hold_ctrl_word","PolarityAndCondition","2bits 0：setup，1:hold ","低位：建立/保持选择，\n 高位：时钟极性选择"]
["Trig_1st_trig_slope_func_sel",0,0,0,0,1,1,3,"Acq","TrigCtrl->Slope","Trig_1st_trig_slope_func_sel","PolarityAndCondition","3bits [2]：1 = 上升沿；\n0 = 下降沿；[1：0]：00 = (实际时间宽度)大于(设置值)；\n01 = 小于；\n10 = 等于；\n11 = 不等于；","选择有效沿极性和选择比较限定符"]
["Trig_Com_trig_slope_func_sel",0,0,0,0,1,1,3,"PRO","TrigCtrl->Slope","Trig_Com_trig_slope_func_sel","PolarityAndCondition","3bits [2]：1 = 上升沿；\n0 = 下降沿；[1：0]：00 = (实际时间宽度)大于(设置值)；\n01 = 小于；\n10 = 等于；\n11 = 不等于；","选择有效沿极性和选择比较限定符"]
["Trig_Com_state_trig_ctrl_word",0,0,0,0,1,1,15,"PRO","TrigCtrl->State","Trig_Com_state_trig_ctrl_word","CtrlWord","15bits [0]: 设置触发类型,0 = 输入满足逻辑 1 = 输入不满足逻辑 ；\n[1]：决定时钟通道在上升沿还是下降沿触发,\n0 = 上升沿触发,1 = 下降沿触发\n[6:2]：设定比较逻辑； \n[11:7]：通道相关选择,0 = 无关 1 = 有关,\n[14:12]：时钟通道选择,4=外触发,3=ch4,2=ch3,1=ch2,0=ch1\t；","[0]: 设置触发类型,0 = 输入满足逻辑 1 = 输入不满足逻辑 ；\n[6:2]：设定比较逻辑；  [11:7]：通道相关选择,\n0 = 无关 1 = 有关,但注意时钟通道对应的相关选择无效；  \n[14:12]：时钟通道选择,4=外触发,3=ch4,2=ch3,1=ch2,0=ch1\t；\n  [1]：决定时钟通道在上升沿还是下降沿触发,\n0 = 上升沿触发,1 = 下降沿触发"]
["Trig_2nd_trig_timeout_func",0,0,0,0,1,1,1,"PRO","TrigCtrl->Timeout","Trig_2nd_trig_timeout_func","IsKeepHighLevel","1bit 0 = 保持低电平；\n1 = 保持高电平；","超时电压选择"]
["Trig_Com_trig_video_custom_horizontal",0,0,0,0,1,1,11,"PRO","TrigCtrl->Video","Trig_Com_trig_video_custom_horizontal","CustomHorizontalSet","11bits","视频触发行设置"]
["Trig_Com_trig_video_mode",0,0,0,0,1,1,3,"PRO","TrigCtrl->Video","Trig_Com_trig_video_mode","Standard","3bits 0：NTSC制式，480i；\n1: PAL制式,SECAM制式,576i；\n2: 480P制式；3: 576P制式；\n4: 720P制式；5: 原来是875i制式，\n这里不需要，改成CUSTOM；\n6: 1080I制式；7: 1080P制式","视频制式"]
["Trig_Com_trig_video_sync_number",0,0,0,0,1,1,11,"PRO","TrigCtrl->Video","Trig_Com_trig_video_sync_number","SyncNumber","11bits","视频触发行数设置"]
["trig_video_tri_mode",0,0,0,0,1,1,3,"PRO","TrigCtrl->Video","trig_video_tri_mode","TrigMode","3bits 000=所有行；001=指定行；010：偶数场；011：奇数场；100：所有场","视频触发模式"]
["Trig_1st_configure_data2_set_2",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data2_set_2","NumberH","16bits [48:32]","1级触发宽度配置，供级联触发第二个宽度条件使用。"]
["Trig_1st_configure_data2_set_0",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data2_set_0","NumberL","16bits [15：0]","1级触发宽度配置，供级联触发第二个宽度条件使用。"]
["Trig_1st_configure_data2_set_1",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data2_set_1","NumberM","16bits [31：16]","1级触发宽度配置，供级联触发第二个宽度条件使用。"]
["Trig_1st_configure_data1_set_2",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data1_set_2","WidthH","16bits  ：[48:32]","1级触发宽度配置，所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["Trig_1st_configure_data1_set_0",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data1_set_0","WidthL","16bits ：[15:0]","1级触发宽度配置，所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["Trig_1st_configure_data1_set_1",0,0,0,0,1,1,16,"Acq","TrigCtrl->WidthSet","Trig_1st_configure_data1_set_1","WidthM","16bits ：[31:16]","1级触发宽度配置，所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["Trig_2nd_trig_ete_event",0,0,0,0,1,1,1,"PRO","TrigCtrl->WidthSet","Trig_2nd_trig_ete_event","EventType","1bit 0：时间计数；1：个数计数","2级触发宽度计数选择，选择以时间还是事件计数"]
["Trig_2nd_configure_data2_set_2",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data2_set_2","NumberH","16bit [47:32]","2级触发宽度配置，以事件计数所有触发的宽度设置共用一组寄存器，在软件配置。"]
["Trig_2nd_configure_data2_set_0",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data2_set_0","NumberL","16bit [15：0]","2级触发宽度配置，以事件计数所有触发的宽度设置共用一组寄存器，在软件配置。"]
["Trig_2nd_configure_data2_set_1",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data2_set_1","NumberM","16bit [31：16]","2级触发宽度配置，以事件计数所有触发的宽度设置共用一组寄存器，在软件配置。"]
["Trig_2nd_configure_data1_set_2",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data1_set_2","WidthH","16bits  2:[15：0]","2级触发宽度配置，以时间计数，所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["Trig_2nd_configure_data1_set_0",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data1_set_0","WidthL","16bits 0：[15:0]，","2级触发宽度配置，所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["Trig_2nd_configure_data1_set_1",0,0,0,0,1,1,16,"PRO","TrigCtrl->WidthSet","Trig_2nd_configure_data1_set_1","WidthM","16bits 1：[31:16]","2级触发宽度配置，以时间计数。所有触发的宽度设置共用一组寄存器，在软件配置。持续时间根据插值抽取后的倍数决定"]
["trig_auto_en",0,0,0,0,1,1,1,"Pro","Trigger","trig_auto_en","AutoMode","1：auto triger，0： single triger","是否选择了自动触发模式，\n当一定时间内没有产生触发时，\n屏幕强制产生触发信号，刷新波形"]
["cali_trig_delay_en",0,0,0,0,1,1,1,"Pro","Trigger","cali_trig_delay_en","Cali_trig_delay_en","1：calibrate","校正参数使能，当使能有效时，修正数才起作用"]
["PRO_tri_force",0,0,0,0,1,1,1,"Pro","Trigger","PRO_tri_force","ForceMode","1：force triger","无论是否产生触发，都输出一个强制触发信号，\n显示一帧波形"]
["tri_holdoff_time_L16",0,0,0,0,1,1,16,"Pro","Trigger","tri_holdoff_time_L16","HoldoffTime_0","0：[15:0]"]
["tri_holdoff_time_H16",0,0,0,0,1,1,16,"Pro","Trigger","tri_holdoff_time_H16","HoldoffTtime_1","1：[31:16]","触发释抑参数， 触发释抑这段时间内不响应触发，\n释抑结束后马上响应下一个触发沿"]
["trig_posdepth_set_L16",0,0,0,0,1,1,16,"Pro","Trigger","trig_posdepth_set_L16","PosDepth_set0","0：[15:0]"]
["trig_posdepth_set_M16",0,0,0,0,1,1,16,"Pro","Trigger","trig_posdepth_set_M16","PosDepth_set1","1：[31:16]"]
["trig_posdepth_set_H16",0,0,0,0,1,1,16,"Pro","Trigger","trig_posdepth_set_H16","PosDepth_set2","2：[47:32]","后触发深度，以4ns为单位的个数"]
["trig_predepth_set_L16",0,0,0,0,1,1,16,"Pro","Trigger","trig_predepth_set_L16","PreDepth_set0","0：[15:0]"]
["trig_predepth_set_M16",0,0,0,0,1,1,16,"Pro","Trigger","trig_predepth_set_M16","PreDepth_set1","1：[31:16]"]
["trig_predepth_set_H16",0,0,0,0,1,1,16,"Pro","Trigger","trig_predepth_set_H16","PreDepth_set2","2：[47:32]","预触发深度，调节触发点在屏幕中的位置"]
["pro_auto_trig_en",0,0,0,0,1,1,1,"Pro","Trigger","pro_auto_trig_en","pro_auto_trig_en","1bit_Active_High ","二级数字触发的自动触发使能"]
["pro_auto_trig_num",0,0,0,0,1,1,16,"Pro","Trigger","pro_auto_trig_num","pro_auto_trig_num","16bits_data","二级触发自动触发深度，找点范围"]
["pro_cmp1_level_h",0,0,0,0,1,1,12,"Pro","Trigger","pro_cmp1_level_h","pro_cmp1_level_h","12bits_data","12bits高比较电平"]
["pro_cmp1_level_l",0,0,0,0,1,1,12,"Pro","Trigger","pro_cmp1_level_l","pro_cmp1_level_l","12bits_data","12bits低比较电平"]
["pro_dgt_pretrig",0,0,0,0,1,1,16,"Pro","Trigger","pro_dgt_pretrig","pro_dgt_pretrig","16bits_data","二级触发预触发深度"]
["pro_dgt_trig_sel",0,0,0,0,1,1,4,"Pro","Trigger","pro_dgt_trig_sel","pro_dgt_trig_sel","4bits_data,优先使用低位","选择不同通道的数据用于二级数字触发，最多可8ch"]
["pro_edge_trig_chs",0,0,0,0,1,1,1,"Pro","Trigger","pro_edge_trig_chs","pro_edge_trig_chs","1:posedge;0:negedge","边沿选择"]
["pro_serial_trig_en",0,0,0,0,1,1,1,"Pro","Trigger","pro_serial_trig_en","pro_serial_trig_en","1bit_Active_High ","二级数字触发使能"]
["TriggerTimeOver",0,0,0,1,0,1,1,"Pro","Trigger","TriggerTimeOver","TimeOver","1bit,触发超时状态","触发超时"]
["trig_source_sel",0,0,0,0,1,1,16,"Pro","Trigger","trig_source_sel","trig_source_sel","16bits_data，仅使用低位","仅使用低位，用于处理板选择触发源来自哪张采集板"]
["acq_version_comment_word0  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word0  ","CommentWord0  ","256bits_info","版本信息，备注"]
["acq_version_comment_word1  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word1  ","CommentWord1  ","256bits_info","版本信息，备注"]
["acq_version_comment_word10 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word10 ","CommentWord10 ","256bits_info","版本信息，备注"]
["acq_version_comment_word11 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word11 ","CommentWord11 ","256bits_info","版本信息，备注"]
["acq_version_comment_word12 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word12 ","CommentWord12 ","256bits_info","版本信息，备注"]
["acq_version_comment_word13 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word13 ","CommentWord13 ","256bits_info","版本信息，备注"]
["acq_version_comment_word14 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word14 ","CommentWord14 ","256bits_info","版本信息，备注"]
["acq_version_comment_word15 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word15 ","CommentWord15 ","256bits_info","版本信息，备注"]
["acq_version_comment_word2  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word2  ","CommentWord2  ","256bits_info","版本信息，备注"]
["acq_version_comment_word3  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word3  ","CommentWord3  ","256bits_info","版本信息，备注"]
["acq_version_comment_word4  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word4  ","CommentWord4  ","256bits_info","版本信息，备注"]
["acq_version_comment_word5  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word5  ","CommentWord5  ","256bits_info","版本信息，备注"]
["acq_version_comment_word6  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word6  ","CommentWord6  ","256bits_info","版本信息，备注"]
["acq_version_comment_word7  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word7  ","CommentWord7  ","256bits_info","版本信息，备注"]
["acq_version_comment_word8  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word8  ","CommentWord8  ","256bits_info","版本信息，备注"]
["acq_version_comment_word9  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_comment_word9  ","CommentWord9  ","256bits_info","版本信息，备注"]
["acq_version_time_word0     ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_time_word0     ","CompileTimeWord0     ","low_16bits_of_32bits","版本信息，编译时间"]
["acq_version_time_word1     ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_time_word1     ","CompileTimeWord1     ","high_16bits_of_32bits","版本信息，编译时间"]
["acq_version_designer_word0 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_designer_word0 ","DesignerWord0 ","64bits_info","版本信息，设计者"]
["acq_version_designer_word1 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_designer_word1 ","DesignerWord1 ","64bits_info","版本信息，设计者"]
["acq_version_designer_word2 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_designer_word2 ","DesignerWord2 ","64bits_info","版本信息，设计者"]
["acq_version_designer_word3 ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_designer_word3 ","DesignerWord3 ","64bits_info","版本信息，设计者"]
["acq_version_version_word0  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_version_word0  ","VersionWord0  ","low_16bits_of_32bits","版本信息，版本号"]
["acq_version_version_word1  ",0,0,0,1,0,0,16,"Acq","VersionInfo","acq_version_version_word1  ","VersionWord1  ","high_16bits_of_32bits","版本信息，版本号"]
["pcie_version_comment_word0   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word0   ","CommentWord0  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word1   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word1   ","CommentWord1  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word10  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word10  ","CommentWord10 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word11  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word11  ","CommentWord11 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word12  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word12  ","CommentWord12 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word13  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word13  ","CommentWord13 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word14  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word14  ","CommentWord14 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word15  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word15  ","CommentWord15 ","256bits_info","版本信息，备注"]
["pcie_version_comment_word2   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word2   ","CommentWord2  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word3   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word3   ","CommentWord3  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word4   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word4   ","CommentWord4  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word5   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word5   ","CommentWord5  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word6   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word6   ","CommentWord6  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word7   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word7   ","CommentWord7  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word8   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word8   ","CommentWord8  ","256bits_info","版本信息，备注"]
["pcie_version_comment_word9   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_comment_word9   ","CommentWord9  ","256bits_info","版本信息，备注"]
["pcie_version_time_word0      ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_time_word0      ","CompileTimeWord0     ","low_16bits_of_32bits","版本信息，编译时间"]
["pcie_version_time_word1      ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_time_word1      ","CompileTimeWord1     ","high_16bits_of_32bits","版本信息，编译时间"]
["pcie_version_designer_word0  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_designer_word0  ","DesignerWord0 ","64bits_info","版本信息，设计者"]
["pcie_version_designer_word1  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_designer_word1  ","DesignerWord1 ","64bits_info","版本信息，设计者"]
["pcie_version_designer_word2  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_designer_word2  ","DesignerWord2 ","64bits_info","版本信息，设计者"]
["pcie_version_designer_word3  ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_designer_word3  ","DesignerWord3 ","64bits_info","版本信息，设计者"]
["pcie_version_version_word0   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_version_word0   ","VersionWord0  ","low_16bits_of_32bits","版本信息，版本号"]
["pcie_version_version_word1   ",0,0,0,1,0,0,16,"Pcie","VersionInfo","pcie_version_version_word1   ","VersionWord1  ","high_16bits_of_32bits","版本信息，版本号"]
["pro_version_comment_word0   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word0   ","CommentWord0  ","256bits_info","版本信息，备注"]
["pro_version_comment_word1   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word1   ","CommentWord1  ","256bits_info","版本信息，备注"]
["pro_version_comment_word10  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word10  ","CommentWord10 ","256bits_info","版本信息，备注"]
["pro_version_comment_word11  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word11  ","CommentWord11 ","256bits_info","版本信息，备注"]
["pro_version_comment_word12  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word12  ","CommentWord12 ","256bits_info","版本信息，备注"]
["pro_version_comment_word13  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word13  ","CommentWord13 ","256bits_info","版本信息，备注"]
["pro_version_comment_word14  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word14  ","CommentWord14 ","256bits_info","版本信息，备注"]
["pro_version_comment_word15  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word15  ","CommentWord15 ","256bits_info","版本信息，备注"]
["pro_version_comment_word2   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word2   ","CommentWord2  ","256bits_info","版本信息，备注"]
["pro_version_comment_word3   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word3   ","CommentWord3  ","256bits_info","版本信息，备注"]
["pro_version_comment_word4   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word4   ","CommentWord4  ","256bits_info","版本信息，备注"]
["pro_version_comment_word5   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word5   ","CommentWord5  ","256bits_info","版本信息，备注"]
["pro_version_comment_word6   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word6   ","CommentWord6  ","256bits_info","版本信息，备注"]
["pro_version_comment_word7   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word7   ","CommentWord7  ","256bits_info","版本信息，备注"]
["pro_version_comment_word8   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word8   ","CommentWord8  ","256bits_info","版本信息，备注"]
["pro_version_comment_word9   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_comment_word9   ","CommentWord9  ","256bits_info","版本信息，设计者"]
["pro_version_time_word0      ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_time_word0      ","CompileTimeWord0     ","low_16bits_of_32bits","版本信息，编译时间"]
["pro_version_time_word1      ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_time_word1      ","CompileTimeWord1     ","high_16bits_of_32bits","版本信息，版本号"]
["pro_version_designer_word0  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_designer_word0  ","DesignerWord0 ","64bits_info","版本信息，设计者"]
["pro_version_designer_word1  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_designer_word1  ","DesignerWord1 ","64bits_info","版本信息，设计者"]
["pro_version_designer_word2  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_designer_word2  ","DesignerWord2 ","64bits_info","版本信息，设计者"]
["pro_version_designer_word3  ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_designer_word3  ","DesignerWord3 ","64bits_info","版本信息，编译时间"]
["pro_version_version_word0   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_version_word0   ","VersionWord0  ","low_16bits_of_32bits","版本信息，版本号"]
["pro_version_version_word1   ",0,0,0,1,0,0,16,"Pro","VersionInfo","pro_version_version_word1   ","VersionWord1  ","high_16bits_of_32bits","16位数据，由此寄存器写入，再由此寄存器读出，两者数据一致，表明上电OK。"]
["s6_version_comment_word0   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word0   ","CommentWord0  ","256bits_info","版本信息，备注"]
["s6_version_comment_word1   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word1   ","CommentWord1  ","256bits_info","版本信息，备注"]
["s6_version_comment_word10  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word10  ","CommentWord10 ","256bits_info","版本信息，备注"]
["s6_version_comment_word11  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word11  ","CommentWord11 ","256bits_info","版本信息，备注"]
["s6_version_comment_word12  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word12  ","CommentWord12 ","256bits_info","版本信息，备注"]
["s6_version_comment_word13  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word13  ","CommentWord13 ","256bits_info","版本信息，备注"]
["s6_version_comment_word14  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word14  ","CommentWord14 ","256bits_info","版本信息，备注"]
["s6_version_comment_word15  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word15  ","CommentWord15 ","256bits_info","版本信息，备注"]
["s6_version_comment_word2   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word2   ","CommentWord2  ","256bits_info","版本信息，备注"]
["s6_version_comment_word3   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word3   ","CommentWord3  ","256bits_info","版本信息，备注"]
["s6_version_comment_word4   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word4   ","CommentWord4  ","256bits_info","版本信息，备注"]
["s6_version_comment_word5   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word5   ","CommentWord5  ","256bits_info","版本信息，备注"]
["s6_version_comment_word6   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word6   ","CommentWord6  ","256bits_info","版本信息，备注"]
["s6_version_comment_word7   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word7   ","CommentWord7  ","256bits_info","版本信息，备注"]
["s6_version_comment_word8   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word8   ","CommentWord8  ","256bits_info","版本信息，备注"]
["s6_version_comment_word9   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_comment_word9   ","CommentWord9  ","256bits_info","版本信息，设计者"]
["s6_version_time_word0      ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_time_word0      ","CompileTimeWord0     ","low_16bits_of_32bits","版本信息，编译时间"]
["s6_version_time_word1      ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_time_word1      ","CompileTimeWord1     ","high_16bits_of_32bits","版本信息，版本号"]
["s6_version_designer_word0  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_designer_word0  ","DesignerWord0 ","64bits_info","版本信息，设计者"]
["s6_version_designer_word1  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_designer_word1  ","DesignerWord1 ","64bits_info","版本信息，设计者"]
["s6_version_designer_word2  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_designer_word2  ","DesignerWord2 ","64bits_info","版本信息，设计者"]
["s6_version_designer_word3  ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_designer_word3  ","DesignerWord3 ","64bits_info","版本信息，编译时间"]
["s6_version_version_word0   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_version_word0   ","VersionWord0  ","low_16bits_of_32bits","版本信息，版本号"]
["s6_version_version_word1   ",0,0,0,1,0,0,16,"S6","VersionInfo","s6_version_version_word1   ","VersionWord1  ","high_16bits_of_32bits","16位数据，由此寄存器写入，再由此寄存器读出，两者数据一致，表明上电OK。"]

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["示波器寄存器计算表"]
["PC -> FPGA",{"$nulls":9},"FPGA -> PC"]
[null,"寄存器值","DEC","高8bit","低8bit","高8bit","低8bit","高8bit","低8bit",null,"bit15",1,null,null,null,"固定"]
["PC端寄存器",8010,{"$f":"HEX2DEC(B4)","v":32784},{"$f":"_xlfn.BITRSHIFT(C4,8)","v":128},{"$f":"_xlfn.BITAND(C4,\"255\")","v":16},{"$f":"DEC2HEX(D4,2)","v":"80"},{"$f":"DEC2HEX(E4,2)","v":"10"},{"$f":"HEX2BIN(F4,8)","v":"10000000"},{"$f":"HEX2BIN(G4,8)","v":"00010000"},null,"bit14",0,null,{"$f":"BIN2HEX(L4)","v":"0"},null,"固定为0，或扩展FPGA寄存器地址高位"]
["FPGA寄存器",{"$f":"_xlfn.BITOR(_xlfn.BITLSHIFT(B7,8),B10)","v":4},null,{"$f":"DEC2HEX(B5,3)","v":"004"},null,"FPGA扩展后寄存器值",{"$nulls":4},"bit13",0,null,{"$f":"BIN2HEX(L5)","v":"0"},null,"write to all"]
["bit15",1,null,null,null,"固定",{"$nulls":4},"bit12-10",0,null,{"$f":"BIN2HEX(L6)","v":"0"},null,"片选"]
["bit14",{"$f":"_xlfn.BITAND(_xlfn.BITRSHIFT(D4,6),1)","v":0},null,{"$f":"DEC2HEX(B7,1)","v":"0"},null,"固定为0，或扩展FPGA寄存器地址高位",{"$nulls":4},"bit9-2","f7",null,{"$f":"HEX2DEC(L7)","v":247},null,"FPGA寄存器地址"]
["bit13",{"$f":"_xlfn.BITAND(_xlfn.BITRSHIFT(D4,5),1)","v":0},null,{"$f":"B8","v":0},null,"write to all",{"$nulls":4},"bit1",0,null,null,null,"固定"]
["bit12-10",{"$f":"_xlfn.BITAND(_xlfn.BITRSHIFT(D4,2),7)","v":0},null,{"$f":"DEC2BIN(B9,3)","v":"000"},null,"片选",{"$nulls":4},"bit0",0,null,null,null,"固定"]
["bit9-2",{"$f":"_xlfn.BITAND(_xlfn.BITRSHIFT(C4,2),255)","v":4},null,{"$f":"DEC2HEX(B10,2)","v":"04"},null,"FPGA寄存器地址",{"$nulls":4},"FPGA寄存器",{"$f":"_xlfn.BITOR(_xlfn.BITLSHIFT(L4,8),N7)","v":247},null,{"$f":"DEC2HEX(L10,3)","v":"0F7"},null,"FPGA扩展后寄存器值"]
["bit1",0,null,null,null,"固定",{"$nulls":5},"寄存器值","DEC","高8bit","低8bit","高8bit","低8bit","高8bit","低8bit"]
["bit0",0,null,null,null,"固定",{"$nulls":4},"PC端寄存器",{"$f":"DEC2HEX(M12)","v":"83DC"},{"$f":"_xlfn.BITOR(_xlfn.BITOR(_xlfn.BITOR(_xlfn.BITOR(_xlfn.BITOR(_xlfn.BITOR(_xlfn.BITLSHIFT(L3,15),_xlfn.BITLSHIFT(L4,14)),_xlfn.BITLSHIFT(L5,13)),_xlfn.BITLSHIFT(N6,10)),_xlfn.BITLSHIFT(N7,2)),_xlfn.BITLSHIFT(L8,1)),L9)","v":33756},{"$f":"_xlfn.BITRSHIFT(M12,8)","v":131},{"$f":"_xlfn.BITAND(M12,\"255\")","v":220},{"$f":"DEC2HEX(N12,2)","v":"83"},{"$f":"DEC2HEX(O12,2)","v":"DC"},{"$f":"HEX2BIN(P12,8)","v":"10000011"},{"$f":"HEX2BIN(Q12,8)","v":"11011100"}]
[]
["片选说明：                        黄色背景为输入区域，请输入十六进制值\n000：发往PCIE-K7；\n001：发往PRO-S6；\n010：发往PRO-K7；\n011：空闲，暂时未使用；\n100：ACQ1；\n101：ACQ2；\n110：ACQ3；\n111：ACQ4；\n",{"$nulls":9},"片选说明：            黄色背景为输入区域，片选信号请输入二进制值，其他输入十六进制值\n000：发往PCIE-K7；\n001：发往PRO-S6；\n010：发往PRO-K7；\n011：空闲，暂时未使用；\n100：ACQ1；\n101：ACQ2；\n110：ACQ3；\n111：ACQ4；\n"]
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["author:brucelone"]