About Modules=关于模块&Close=关闭(&C)SYSTEM=系统Index=索引About Application=关于应用程序Serial Number:=序列号:Person:=个人:Company:=公司:Application Program=应用程序Operating System=操作系统Hardware System=硬件系统(C)2003, All Rights Reserved.=(C)2003, 版权所有.create SYSCONFIG.TXT file=创建 SYSCONFIG.TXT 文件Create System Configuration data file.=创建系统配置数据文件.Windows Path=Windows 路径Total Virtual Memory=总共虚拟内存Avail Virtual Memory=可用虚拟内存File System=文件系统Processor Vendor=处理器厂商Processor Count=处理器数量Total Physical Memory=总共物理内存Avail Physical Memory=可用物理内存Processor Architecture=处理器结构Video Vert=垂直视频Video Horz=水平视频Video Colors=视频颜色Total Disk Space=总共磁盘空间Avail Disk Space=可用磁盘空间Total Paging File=总共页面文件Avail Paging File=可用页面文件Processor Model=处理器型号Circuit Components=电路元件Delay Response=延迟响应Impedance Response=阻抗响应Polar Response=极性响应Ratio Response=比率响应Circuit Schematic=电路示意图SPL Response=SPL 响应Transient Response=瞬时响应Voltage Response=电压响应Circuit Impedance Scaling=电路阻抗刻度&Ok=确定(&O)&Cancel=取消(&C)&Help=帮助(&H)Scaling Parameters=刻度参数Component=元件Original Value=原值Scaling Factor=刻度数值New Value=新值Precision=精度Circuit Information=电路信息Circuit=电路Name=名称Domain=区域Desc=描述 Component = 元件 Analysis Nodes=分析节点Total Components=总共元件Resistor=电阻器Capacitor=电容器Inductor=感应器Ground=面积Voltage=电压Wire=线圈Dot=点Node=节点Switch=开关Text=文字Impedance=阻抗Transformer=变压器Integrator=积分器Summer=加法器Buffer=缓冲器Speaker=喇叭Circuit Optimizer=电路优化Optimizer=优化Error (dB)=误差(dB)Optimize=优化Update=更新Param=参数Unit=单位Opt=优化Value=值 Parameter Count = 参量数 Total=总共Clear All=全部清除Store=保存Recall=调出Setup=设置Curve Optimization=曲线优化Error Limit (dB)=误差限制(dB)Guide Curve Library=指引曲线库Inverse=倒相 Error =误差Peak=峰值Constraint Optimization=强制优化Guide for Max Constraint=最大限制指引Guide for Min Constraint=最小限制指引Zmin Limit=Zmin限制System Curve for Impedance=阻抗系统曲线Use Zmin Objective Guide Curve=使用 Zmin 目标导向曲线 System Curve to Optimize = 要优化的系统曲线 Data =数据Scalar=标量Vector=矢量 Hi Frequency Limit =频率上限Frequency (Hz)=频率(Hz) Lo Frequency Limit =频率下限 Engine =引擎 Iteration Limit = 反复限制 Weighting=重量 Frequency =频率Segments=段 Weight =重量 Reset=重设Scale=刻度Objective Generator=目标生成器 Order =阶 Function =功能Flat=平面Lowpass=低通Highpass=高通Bandpass=带通 Family =系列 Parameters =参数Level=水平Lo Freq (Hz)=频率下限(Hz)Hi Freq (Hz)=频率上限(Hz)Data =数据 Guide Curves =指引曲线 Generate Objective Curve=生成目标曲线Delete Curve=删除曲线Optimization in Progress=优化进度&Stop=停止(&S)Circuit Parameters=电路参数Analysis Parameters=分析参数Min (Hz)=最小(Hz)Max (Hz)=最大(Hz)Points=点 Axis =轴Lin=线性Log=对数 Options = 选项 Voltages as Transfer Functions=转移函数电压Polar Curve Normalization=极性曲线正常化Impedance of All in Parallel Curve=平行曲线所有阻抗SPL Group Delay Curves=SPL 组延迟曲线 Acoustic =声学SPL Distance=SPL 距离Horz Angle (Deg)=水平角度(Deg)Vert Angle (Deg)=垂直角度(Deg) SPL Summation = SPL 和None=无Correlated=关联的Uncorrelated=不关联的 SPL Phase at = SPL 相位Zero Distance=零距离 Polar =极性Min (Deg)=最小(度)Max (Deg)=最大(度)Frequency List=频率表 Direction =方向Horz=水平Vert=垂直 Temperature (C? =温度(℃)Schematic Parameters=示意图参数 Page =页面A - 8?x 11 Inch sheet, artwork:  8 x 10 Inch=A- 8?x11英寸每张,作品:8x10英寸B - 11 x 17 Inch sheet, artwork: 10 x 16 Inch=B- 11x17英寸每张,作品:10x16英寸C - 17 x 22 Inch sheet, artwork: 16 x 21 Inch=C- 17x22英寸每张,作品:16x21英寸D - 22 x 34 Inch sheet, artwork: 21 x 33 Inch=D- 22x34英寸每张,作品:21x33英寸E - 34 x 44 Inch sheet, artwork: 33 x 43 Inch=E - 34x44英寸每张,作品:33x43英寸User custom sheet size, (Width x Height):=用户自定义表格大小,(宽X高): Major Grid (500x500) =粗格(500x500) Width=宽度Color=颜色Line style=线条类型Show=显示 Minor Grid (100x100) =细格(100x100)  Bkgd =背景色Component Labels=元件标签Component Values=元件值Component Params=元件参数Font=字体Typeface=字样style=字形Size=大小 Comp Symbols =元件符号 Wire Symbols =连线符号Digital FIR Coefficient Export Format=数字 FIR 系数导出格式Numeric Format=数字格式Real Floating Point=实浮点Integer Fixed Point=整数固定点Hex Fixed Point=十六进制固定点Binary Fixed Point=二进制固定点Word Size=文字大小Hex / Binary Format=十六进制/二进制格式Sign Magnitude=单量Offset Binary=二进制偏移Scaling=刻度Preview=预览Line Format=线条格式Digital FIR Coefficient Import Format=数字 FIR 系数导出格式File Viewer=文件查看器Justify=调整Right=右Left=左Import Data Preview=导出数据预览Digital IIR Coefficient Export Format=数字 IIR 系数导出格式Digital IIR Coefficient Import Format=数字 IIR 系数导入格式Color Select=选择颜色Add Custom=添加自定义色Standard Colors=标准色Custom Colors=自定义色Extended Colors=延伸色HSV Color Space=HSV 颜色空间Model=模式Parameter=参数Hue=色调Sat=饱和度Val=值Selection=选择Current Color:=当前色:Original Color:=原始色:Component Editor: Text Comment=元件编辑器:文字注释Comment=注释Origin=来源Rotation=旋转0 Deg=0度90 Deg=90度180 Deg=180度270 Deg=270度Mirror=镜像X Axis=X 轴Y Axis=Y 轴Font style=字形Component Editor: Buffer=元件编辑器:缓冲器Global Editing=全局编辑Set Parameters for all Buffers=设置所有缓冲器参数Set Rin,Rout for all Buffers=设置所有缓存器 Rin,RoutParameters=参数Delay=延迟Gain=增加Freq (Hz)=频率(Hz)Polarity=极性Component Editor: Capacitor=元件编辑器:电容器Any Value=所有值1% Standard=1% 标准5% Standard=5% 标准10% Standard=10% 标准20% Standard=20% 标准Value (Farad)=值(Farad)Temp Coef (PPM)=温度系数(PPM)Set Precision for all C's=设置所有 C's 精度Set TempCo for all C's=设置所有 C's 温度系数Set Value for all C's=设置所有 C's 值Set Fo,Q,E for all C's=设置所有 C's  Fo,Q,EComponent Editor: Frequency Dependent Negative Resistor=元件编辑器:由负电阻器决定的频率Value (FrdSq)=值(FrdSq)Set Precision for all FDNRs=设置所有 FDNRs 精度Set TempCo for all FDNRs=设置所有 FDNRs 温度系数Set Value for all FDNRs=设置所有 FDNRs 值Component Editor: Summer=元件编辑器:加法器Set Input Configuration for all Summers=设置所有加法器导入配置Set Rin,Rout for all Summers=设置所有加法器  Rin,RoutInputs=输入Positive Polarity=正极Top Input=顶部输入Bottom Input=底部输入Center Input=中部输入Component Editor: FIR Filter=元件编辑器: FIR 滤波器Set data for all FIR components=设置所有 FIR 元件数据FIR Data=FIR 数据Coefficients=系数Statistics=统计表Sum of all Coef=所有系数加法Largest Coef:=大系数:Processing=处理Transformations=转换Subtract Filter form Half Delay=半延迟减法过滤Factor Minimum Phase=最小相位数值Factor Maximum Phase=最大相位数值Zero All Coefficients=所有系数为零Data Transfer=数据转换Import from File=从文件导入Export to File=导出到文件View File in Editor=在编辑器中查看文件View Graph=查看图表Select File to Open with Editor=选择要使用编辑器打开的文件Open File to Import Data=打开要导入数据的文件Save File to Export Data=保存要导出数据的文件Component Editor: Ground=元件编辑器:位置Component Editor: Transfer Function Block=元件编辑器:转移函数块Set TF for all H Blocks=设置所有 H 块转移函数Transfer Function=转移函数Curve=曲线LP?LP{#0}HP?HP{#0}Guide=指引Cut=剪切Copy=复制Paste=粘贴Del=删除Reverse=倒相View Data=查看数据Component Editor: IIR Filter=元件编辑器: IIR 滤波器Set data  for all IIR components=设置所有 IIR 元件数据IIR Data=IIR 数据A (Numer) Value=A (Numer) 值B (Denom) Value=B (Denom) 值Order (N)=顺序(N)Ratio (M)=比率(M)Sections=段Multi Section=多段Realization Transformation=实现转换Component Editor: SubCircuit=元件编辑器:支电路Count=数量 Sub Circuit Components =支电路元件Node-1=节点-1Node-2=节点-2Add=添加Delete=删除Component Editor: Transducer=元件编辑器:喇叭Description=描述Electroacoustic Data=电声数据SPL Magnitude Reference=SPL 量级参数Amplifier=功放Mic Dist=麦克风距离X (Horz)=X (水平)Y (Vert)=Y (垂直)Single=单个SPL Phase at=SPL 相位Microphone=麦克风Spl/Imp Curves=Spl/Imp 曲线Single VC requires=单 VC 请求only one pair of=仅一对Spl/Imp curves.=Spl/Imp 曲线Spl Off-Axis Curves=Spl Off-轴曲线All H=所有水平All V=所有垂直Axis=轴Component Editor: Inductor=元件编辑器:喇叭Value (Henry)=值(Henry)Set Precision for all L's=设置所有 L's 精度Set TempCo for all L's=设置所有 L's 温度系数Set Value for all L's=设置所有 L's 值Set Fo,Q,E for all L's=设置所有 L's Fo,Q,EModel=模型Component Editor: VCCS=元件编辑器: VCCSValue (Admit)=值(容许)Set Precision for all M's=设置所有 M's 精度Set TempCo for all M's=设置所有 M's 温度系数Set Value for all M's=设置所有 M's 值Component Editor: Data Node=元件编辑器:数据节点Component Editor: Current Source=元件编辑器:电流电源Set V/Z data for all  Voltage Sources=设置所有电压电源 V/Z 数据 Current Data=电流数据Guide=导向 Output Current =输出电流 Fixed Current=固定电流Curve Current=电流曲线Component Editor: Potentiometer=元件编辑器:电位计Value (Ohm)=值(Ohm)Set Precision for all Pots=设置所有 Pots 精度Set TempCo for all Pots=设置所有 Pots 温度系数Set Value for all Pots=设置所有 Pots 值Tap Parameters=Tap 参数Taper Data=Taper 数据Resistance (%) vs. Rotation (%)=阻抗(%) vs. 旋转(%)Library=库Load=载入Rotation Position=旋转位置Component Editor: Switched Capacitor Network=元件编辑器:开关电容净体积Set Parameters for all SCNs=设置所有 SCNs 参数Pos=正极Neg=负极Component Editor: Resistor=元件编辑器:电阻器Set Precision for all R's=设置所有 R's 精度Set TempCo for all R's=设置所有 R's 温度系数Set Value for all R's=设置所有 R's 值Set Fo,Q,E for all R's=设置所有 R's Fo,Q,EComponent Editor: Switch=元件编辑器:开关C Open (Farad)=C 打开(Farad)R Closed (Ohm)=R 关闭(Ohm)Set Positions && State for all Switches=设置所有开关位置 && 状态Set R&&C for all Switches=设置所有开关 R&&CPositions=位置State=状态Component Editor: Transformer=元件编辑器:变压器N Ratio (Ns/Np)=N 比率(Ns/Np)K Coupling Coef=K 接合系数Set Inductance for all Transformers=设置所有变压器感应Set N,K for all Transformers=设置所有变压器 N,KInductance=电感Component Editor: Opamp=元件编辑器: OpampPhase Margin (Deg)=相位容限(Deg)Set Model for all Opamps=设置所有 Opamps 模式Opamp Model Library=Opamp 模式库Model Curves=模型曲线Gain Bandwidth=Gain 带宽Phase Margin=相位容限Noise Voltage=噪声电压Noise Voltage (V/RtHz)=噪声电压(V/RtHz)Noise Current =噪声电流Noise Current (A/RtHz)=噪声电流(A/RtHz)Component Editor: Voltage Source=元件编辑器:电压电源Voltage && Impedance Data=电压&&阻抗数据Output Voltage=输出电压Fixed Voltage=固定电压Curve Voltage=电压曲线Output Impedance=出端阻抗Fixed Resistance=固定电阻Curve Impedance=阻抗曲线Component Editor: Wire=元件编辑器:线圈Vertex Relative Coordinates=顶点相对坐标Component Editor: Connection Dot=元件编辑器:连接点Component Editor: Switched Capacitor Integrator (SC-I)=元件编辑器:开关电容合成器(SC-I)Set Parameters for all SC-Is=设置 SC-Is 参数Set Rin,Rout for all SC-Is=设置所有 SC-Is Rin,RoutComponent Editor: Impedance=元件编辑器:阻抗Set Impedance Data for all Z components=设置所有 Z 元件阻抗数据Impedance Data=阻抗数据DGL Entry Data=DGL 条目数据DGL Entry Name=DGL 条目名称DGL Entry=DGL 条目Number=编号Frequency Range=频率范围Library Data=库数据Library Name=库名称SPL Dist (M)=SPL 距离(M)Ref Dist (M)=参考距离(M)Ref Level (V)=参考水平(V)Total Filters=总共过滤Active Filters=活动过滤Enclosures=音箱Array Type=排列类型SPL Domain=SPL 域Pwr/Spkr (W)=喇叭功率(W)PwrTotal (W)=总功率(W)Notes=附注User 1=用户 1User 2=用户 2User 4=用户 4User 3=用户 3Convert LEAP4 Design Graph Library=转换 LEAP4 设计图表库DGL File Path=DGL 文件路径DGL Entrys=DGL 条目Instructions=说明Open a DGL file, then select one or more entries which define a single or multiway system design.=打开 DGL 文件, 然后选择一个或多个定义单个或多个系统的设计条目.Design Creation=创造设计Make a New Design=建立新设计Modify the Current Design=修改现有设计Open LEAP4 DGL File=打开 LEAP4 DGL 文件Curve Info=曲线信息 Curve =曲线 Info =信息 Transfer =转移Copy Info Text to Left Graph Notes =复制信息文本到左图表附注Copy Info Text to Right Graph Notes =复制信息文本到右图表附注Polar Freq (Hz)=极性频率(Hz)Horz Range=水平范围Left Vert=左坐标Right Vert=右坐标Curve Realign=曲线重组Curve Parameters=曲线参数Horz Lo Limit=水平下限Horz Hi Limit=水平上限Linear=线性Interpolation=插补Quadratic=平方Cubic=立方Closing Design=结束设计Design has changed since last saved=设计已从最后保存更改&Yes=是(&Y)&No=否(&N)Font Select=选择字体TypeFace=字样Typestyle=类型Bold=粗体Italic=斜体Underline=下划线Strikeout=删除线TypeColor=颜色TypeSize=大小Sample Text=字例Sample font size==示例字体大小=Show sample actual size=显示示例实际大小{9a o6r6=BBa o6r6Graph Parameters=图表参数Text Parameters=文字参数Graph Title=图表标题Scale Vertical=垂直刻度Scale Horizontal=水平刻度Title Block=工程图明细表Map Legend=图例Note List=附注列表Grid Parameters=格子参数Major Div=粗格Minor Div=细格Mils=毫米Border Line=边框线Background=背景Frame Parameters=边框参数Large Frame Line=大边框线条Small Frame Line=小边框线条Note Underline=附注下划线Guide Curve Select=指引曲线选择Show All=全部显示Hide All=全部隐藏Same Line Type=相同线条类型Right Lighter=右坐标浅色Left (Magnitude)=左(量级)Right (Phase)=右(相位)Library Manager: Opamp Models=库管理: Opamp 模式Opamp Library=Opamp 库Save=保存Merge=合并New=新建Opamp Data=Opamp 数据Gain && Phase Margin=Gain && 相位容限Voltage && Current Noise=电压&&电流噪声Open Opamp Library File=打开 Opamp 库文件Save Opamp Library File=保存 Opamp 库文件Library  Manager: Potentiometer Tapers=库管理:电位计 TapersTaper Library=Taper 库Open Taper Library File=打开 Taper 库文件Save Taper Library File=保存 Taper 库文件System Curve Library=系统曲线库Auto Color Set=自动颜色设置Auto Color=自动颜色Maximize SPL Response Window=最大化 SPL 响应窗口Schematic=示意图Maximize Circuit Schematic Window=最大化电路示意图窗口Polar=极性Maximize Polar Response Window=最大化极性响应窗口Maximize Voltage Response Window=最大化电压响应窗口Maximize Impedance Response Window=最大化阻抗响应窗口Maximize Group Delay Window=最大化组延迟窗口Transient=瞬时Maximize Transient Response Window=最大化瞬时响应窗口Components=元件Maximize Circuit Components Window=最大化电路元件窗口Ratio=比率Maximize Ratio Response Window=最大化比率响应窗口File: New Design=文件:新建设计File: Open Design=文件:打开设计File: ReOpen Design=文件:重新打开设计File: Crossover Wizard=文件:转线向导File: Save Design=文件:保存设计File: Save Design As...=文件:另存设计为...File: Revert to last saved =文件:返回最后保存File: Import Circuit=文件:导入电路File: LEAP4 DGL Convertor=文件:LEAP4 DGL 转换器File: Open Graph Setup File=文件:打开图表设置文件File: Save Graph Setup File=文件:保存图表设置文件File: Print=文件:打印File: Open Editor=文件:打开编辑器Window: Tile Horz=窗口:水平平铺Window: Tile Vert=窗口:垂直平铺Window: Cascade=窗口:层叠Window: Minimize All=窗口:全部最小化Window: Normal All=窗口:全部正常Window: Arrange Icons=窗口:排列图标Window: Help=窗口:帮助View: Zoom In=查看:放大View: Zoom Out=查看:缩小View: Zoom 1X=查看:缩放 1XView: Zoom 2X=查看:缩放 2XView: Zoom 4X=查看:缩放 4XView: Zoom 8X=查看：缩放 8XView: Redraw=查看:刷新View: Redraw All=查看:全部刷新Utilities: Import Curve Data=实用程序:导入曲线数据Utilities: Export Curve Data=实用程序:导出曲线数据Utilities: Export Graphics Page=实用程序:导出图表页面Utilities: Copy Graphics to Clipboard=实用程序:复制图表到剪贴板Utilities: Copy Component Parameters to Clipboard=实用程序:复制元件参数到剪贴板Utilities: View Clipboard=实用程序:查看剪贴板Utilities: Curve Capture=实用程序:曲线捕捉Utilities: Curve Editor=实用程序:曲线编辑器Utilities: Air Core Inductor Designer=实用程序:空心电感设计Synthesis=合成Analog Passive=被动模拟Synthesis: Analog Passive Allpole Filters=合成:无源模拟 Allpole 滤波Elliptic=椭圆Synthesis: Analog Passive Elliptic Filters=合成:无源模拟椭圆滤波Equalizers=均衡Synthesis: Analog Passive Equalizers=合成: 无源模拟均衡Conjugates=变化Synthesis: Analog Passive Conjugates=合成:无源模拟变化Analog Active=有源模拟Synthesis: Analog Active Allpole Filters=合成:有源模拟 Allpole 滤波Synthesis: Analog Active Elliptic Filters=合成:有源模拟椭圆滤波Synthesis: Analog Active Equalizers=合成:有源模拟均衡Realization=实现Synthesis: Analog Active Realization=合成:有源模拟实现Digital IIR=数字 IIRMatched-Z=匹配-ZSynthesis: Digital IIR Matched-Z=合成:数字 IIR 匹配-ZBilinear=双线性Synthesis: Digital IIR Bilinear=合成:数字 IIR 双线性Invariant=不变量Synthesis: Digital IIR Invariant=合成:数字 IIR 不变量Convolution=对合Synthesis: Digital IIR Convolution=合成:数字 IIR 对合Digital FIR=数字 FIR Window Filters=窗口过滤Synthesis: Digital FIR Window Filters=合成:数字 FIR 窗口过滤Frequency Sampling=频率取样Synthesis: Digital FIR Frequency Sampling=合成:数字 FIR 频率取样Optimal Approx=最佳近似值Synthesis: Digital FIR Optimal Approximation=合成:数字 FIR 最佳近似值Scale: Parameters=刻度:参数Scale: Auto=刻度:自动Scale: Up=刻度:上移Scale: Down=刻度:下移Processing: Unary Math Operations=处理:一元数学操作Processing: Binary Math Operations=处理:二元数学操作Processing: Minimum Phase Transform=处理:最小相位转换Processing: Group Delay Transform=处理:组延迟转换Processing: Delay Phase Transform=处理:延迟相位转换Processing: Forward FFT=处理:快速 FFTProcessing: Inverse FFT=处理:反 FFTProcessing: Tail Correction=处理:尾部修正Processing: Curve Averaging=处理:曲线均衡Processing: Polar Convertor=处理:极性转换器Processing: Data Transfer=处理:数据转移Processing: Data Splice=处理:数据接合Processing: Data Realign=处理:数据重组Graph: Parameters=图表:参数Graph: System Curves=图表:系统曲线Graph: Guide Curves=图表:图表曲线Graph: Notes=图表:附注Library: Opamp Models=库: Opamp 模型Library: Potentiometer Tapers=库:电位计 TapersCircuit: Parameters=电路:参数Circuit: Optimizer=电路:优化Circuit: Information=电路:信息Circuit: Impedance Scaling=电路:阻抗标度Circuit: Calculate=电路:计算Operations=操作Component Editor: Cut   Ctrl+X=元件编辑器:剪切   Ctrl+XComponent Editor: Copy   Ctrl+C=元件编辑器:复制   Ctrl+CComponent Editor: Paste   Ctrl+V=元件编辑器:粘贴   Ctrl+VComponent Editor: Delete   Ctrl+Del=元件编辑器:删除   Ctrl+DelComponent Editor: Select All   Ctrl+A=元件编辑器:全选   Ctrl+AComponent Editor: Edit   Ctrl+E=元件编辑器:编辑   Ctrl+E Write=写入Component Editor: Pack=元件编辑器:打包Read=读取Component Editor: Undo=元件编辑器:撤消Comp Page 1=元件页 1Add Component: Resistor=添加元件:电阻器Add Component: Capacitor=添加元件:电容器Add Component: Inductor=添加元件:感应器Add Component: Ground=添加元件:位置Add Component: Wire=添加元件:线圈Add Component: Connection Dot=添加元件:连接点Add Component: Frequency Dependent Negative Resistor=添加元件:负电阻器决定频率Add Component: Data Node=添加元件:数据节点Add Component: Text Comment=添加元件:文字注释Add Component: Potentiometer=添加元件:电位计Add Component: Transformer=添加元件:变压器Comp Page 2=元件页 2Add Component: Switch=添加元件:开关Add Component: Impedance=添加元件:阻抗Add Component: Transfer Function=添加元件:转移函数Add Component: IIR Filter=添加元件:IIR 过滤Add Component: FIR Filter=添加元件:FIR 过滤Add Component: Summer=添加元件:加法器Add Component: Opamp=添加元件: OpampAdd Component: Vsource=添加元件:电压电源Add Component: Buffer=添加元件:缓冲器Add Component: Sw Cap Network=添加元件:开关电容净体积Add Component: Transducer=添加元件:喇叭Circuit Analysis: Thermal=电路分析:受热Circuit Analysis: Sensitivity=电路分析:灵敏度Circuit Analysis: Monte Carlo=电路分析:蒙特卡罗Circuit Analysis: Potentiometers=电路分析:电位计Abs=绝对Set Cursor Mode to Absolute=设置指针模式到绝对Rel=相对Set Cursor Mode to Relative=设置指针模式到绝对Set Cursor to track Left Vertical Data=设置指针到左跟踪垂直数据Set Cursor to track Right Vertical Data=设置指针到右跟踪垂直数据Progress Meter=进度表System=系统Set Cursor to Track System Curves=设置指针到跟踪系统曲线Set Cursor to Track Guide Curves=设置指针到跟踪导向曲线Zoom Level=缩放水平Name of curve tracked by Cursor=指针跟踪的曲线名称Line style of Curve with Cursor=指针曲线线条类型Horizontal Data at Cursor=指针水平数据Vertical Data at Cursor=指针垂直数据Move Cursor to different Curve=移动指针到不同曲线Select File to open with Editor=选择要用编辑器打开的文件Open Design File=打开设计文件Save Design File=保存设计文件Open graph setup file=打开图表设置文件Save graph setup file=保存图表设置文件Open library file=打开曲线库文件Save library file=保存曲线库文件Import Circuit Data from Design File=从设计文件导入电路数据Open Syn File=打开合成文件Message=信息Notes & Comments=附注 & 注释Left Page=左页面Line 4==行 4=Line 3==行 3=Line 2==行 2=Line 1==行 1=Right Page=右页面Title Block Data=工程明细图Person=个人Company=公司Project=工程Preferences=参数选择 Editor Path =编辑器路径Browse=浏览 General =常规 Show Splash Screen=显示启动画面Graph Select Toolbar=图表选择工具栏Auto BackUp Design Files=自动备份设计文件Quick View Scale From Data=快速查看数据刻度Check for Updates && News=升级&新闻检查Copy Curve Line Attributes=复制曲线线条属性 Cursor style = 指针样式Flash/Sec=Flash/秒Bitmap =位图 Relative Cursor Mode Horz Data =相对指针模式水平数据Relative Frequency, Time=相对频率,时间Absolute Frequency, Time=绝对频率,时间 Optional Design File Data =可选设计文件数据Toolbar Parameters=工具栏参数Font Parameters=字体参数 Control Bar Texture =控制栏纹理Register File Types=注册文件类型LCD - LEAP Crossover Design=LCD - LEAP 转线路设计FSG - FilterShop Graph=FSG - FilterShop 图表FSL - FilterShop Library=FSL - FilterShop 库 Schematic =示意图Show Component Nodes=显示元件节点Component Transparent=元件透明Print Grid=打印向导Double Click Editing=双击编辑 Optional Graph File Data =可选图表文件数据Scale Parameters=刻度参数View Parameters=查看参数 Temperature =温度Reference (癈)=参考(癈) Scales =刻度Automatic Labels=自动标签Auto/Up/Dn Right Vert Data=自动/上移/下移右垂直数据Select a file editor=选择文件编辑器LEAP Graphics Print=LEAP 图表打印&Abort=中止(&A)Print=打印 Page(s) to Print = 要打印的页面 All On=全部打开All Off=全部关闭Spl Response=SPL 响应&Print=打印(&P) Printer Configuration = 打印机配置 Printer Name=打印机名称Printer Port=打印机端口Orientation=方向Paper Size=纸张大小Spectrum=频谱Device Drv=设备驱动 Color Options = 颜色选项 Color or Gray=彩色或灰度Black && White=黑 && 白 Location Options = 位置选项 Center of Page=页面中心Corner of Page=页角Scale Factor (%)=比例数(%)&Setup=设置(&S)Curve Averaging=曲线均衡Method=方法Scalar Ave=标量 AveScalar RMS=标量 RMSVector Ave=矢量 AveVector RMS=矢量 RMSGuide Curve Parameters=导向曲线参数Result Curve=结果曲线All Unity=全部关联Binary Math Operations=二元数学操作Operation=操作Mul : Result= A*B=乘:结果=A*BDiv : Result= A/B=除:结果=A/BAdd : Result=A+B=加:结果=A+BSub : Result=A-B=减:结果=A-BGuide Curves=导向曲线Result=结果Operand A=操作数 AOperand B=操作数 B&Execute=执行(&E)E&xit=退出(&X)Delay Phase Transform=延迟相位转换Source Guide Curve with Delay Data=延迟数据导向曲线来源Result Guide Curve for Phase Data=相位数据导向曲线结果Fast Fourier Transform=快速傅立叶转换Source Guide Curve=导向曲线来源Result Guide Curve=导向曲线结果(Frequency Domain Data)=(频率域数据)(Time Domain Data)=(时间域数据)Group Delay Transform=组延迟转换Source Guide Curve with Phase Data=相位数据导向曲线来源Result Guide Curve for Group Delay=组延迟导向曲线结果Inverse Fast Fourier Transform=快速傅立叶反转换Result Impulse Guide Curve=脉冲频谱(白/粉噪)Linear Frequency Points=线性频率点Result Step Guide Curve=振幅曲线Minimum Phase Transform=最小相位转换Asymptotic Slope at Lo Freq Limit (dB/Oct)=频率下限斜率(dB/Oct)Asymptotic Slope at Hi Freq Limit (dB/Oct)=频率上限斜率(dB/Oct)Guide Curve=导向曲线Automatic Tail Correction/Mirroring for Impedance Curves=自动尾部修正/阻抗曲线镜像Monte Carlo Analysis=蒙特卡罗分析System Curve=系统曲线Potentiometer=电位计Analysis Precision (?)=分析精度(?)1% Value=1% 值5% Value=5% 值10% Value=10% 值20% Value=20% 值Runs=运行Potentiometer Analysis=电位计分析Steps=步进Enable=启用Sensitivity Analysis=灵敏度分析Comp Cnt=元件数Worst Case Sensitivity Data=最差情况灵敏度数据&Run Analysis=运行分析(&R)&Save as Text File=保存为文本文件(&S)Save as Text File=保存为文本文件Thermal Analysis=受热分析Lo Temp (C?=低温(℃)Hi Temp (C?=高温(℃)Ref Temp (C?=参考温度(℃)Component Temp Coef Enable=启用元件温度系数Resistors=电阻器Capacitors=电容器Inductors=感应器Potentiometers=电位计Unary Math Operations=一元数学操作Magnitude Offset=量级偏移Smooth Curve=平滑曲线Exponentiation=求幂Phase Offset=相位偏移Frequency Translation=频率转换Zero=零Divide by (jw)=除(jw)Multiply by (jw)=乘(jw)Real (cos)=余弦(cos)Imag (sin)=正弦(sin)Delay Offset=延迟偏移Data Realign=数据重组Guide Curve Parameters=指引曲线参数Data Splice=数据接合Result Guide Curve=指引曲线结果Source Guide Curve for Higher Data=上限数据指引曲线来源Source Guide Curve for Lower Data=下限数据指引曲线来源Horz Splice Transition=水平接合转换Tail Correction=尾部修正Guide Curve=指引曲线Freq Lo (Hz)=低频(Hz)Slope Lo (dB/Oct)=低斜率(dB/Oct)Freq Hi (Hz)=高频(Hz)Slope Hi (dB/Oct)=高斜率(dB/Oct)Source=来源Data:=数据:Processing...=正在处理...Question=询问Quick View=快速查看Reopen Design=重新打开设计Recent Design Files=新近设计文件Make=建立Clear=清除Sort=分类Left-Vertical=左坐标Range=面积Max=最大Min=最小Bipolar=双极Positive=正极Negative=负极Divisions=分格Major=粗分Minor=细分Units=单位Prefix=前缀Right-Vertical=右坐标All Phase Scales Same=所有相位刻度相同Horizontal=水平All Frequency Scales Same=所有频率刻度相同Analog Active Allpole Filters=模拟有源全通滤波器Total Q (BP,BR)=总共Q(BP,BR)Transition Attenuation Level=转换衰减水平Natural=自然Custom dB=自定义 dBMCP Factor=MCP 数值Order=顺序Transformation=转换Generic Circuit=普通电路Analog Active Realization=模拟有源结果R1 Component Design Value=R1 元件设计值H Circuit Components=H 电路元件Analog Active Elliptic Filters=模拟有源椭圆滤波器Passband Ripple (dB)=通带波纹 (dB)Stopband Atten (dB)=抑制带衰减(dB)Multiple Critical Pole Factor=多重临界极点数值Family=系列Even Order Filter Type=二阶滤波器类型Infinite Zero=无限零Finite Zero=有限零Analog Active Equalizer Filters=模拟有源补偿电路Q Factor=Q 数值Filter=滤波器Digital FIR Frequency Sampling=数字 FIR 频率取样Fsampling (Hz)=频率取样(Hz)Order (N)=阶(N)Symmetry=对称Zero Freq Sample=零频率样本Include=包含Exclude=排除Filter Type=滤波器类型Linear Phase=线性相位Minimum Phase=最小相位Maximum Phase=最大相位Digital FIR Optimal Approximation=数字 FIR 最佳近似值Digital FIR Filters=数字 FIR 过滤Frequency Parameters=频率参数Fcorner (Hz)=频率容限(Hz)Ftransition (Hz)=频率转换(Hz)Window Function=窗口函数Amplitude Parameters=振幅参数Digital IIR Bilinear Transform=数字 IIR 双线性转换Realization Form=实现表Single Section, Full Order=单一部分,全阶Parallel Sections, 1st/2nd Order=平行部分,1st/2nd 阶Cascade Sections, 1st/2nd Order=层叠部分,1st/2nd 阶Digital IIR Convolution Transform=数字 IIR 对合变换Digital IIR Invariant Transform=数字 IIR 不变转换Step=步进Sinusoid=正弦曲线Digital IIR Matched Z Transform=数字 IIR 匹配 Z 转换Zero Insertion Factor=零插入数值Fnormalizing (Hz)=频率常化(Hz)Analog Passive Allpole Filters=被动模拟 Allpole 过滤R Load (Ohm)=R 载入(Ohm)Total Q=总 QOrder=阶Analog Passive Conjugate Networks=模拟无源共轭电路Conjugate Network=共轭电路Impedance Curve=阻抗曲线Circuit Component=电路元件Graph=图表Evaluations=估算Iterations=反复Start Design=开始设计Resonance Threshold=响应极限Design Impedance=设计电阻Analog Passive Elliptic Filters=被动模拟椭圆过滤8th Order=8th 阶2 Pair=2 对3 Pair=3 对4 Pair=4 对Custom dB=自定义dBAnalog Passive Equalizer Networks=被动模拟均衡网络Attenuation (dB)=衰减(dB)Equalizer=均衡器L-Pad Attenuator=L-Pad 衰减器RLC Parallel Tank=RLC 平行槽RLC Series Trap=RLC 串联线波器Circuit Synthesis Failure=电路合成失败Component Values Not Calculated=元件值未计算The present Target Q/F values could not be realized by this circuit, or the numerical solution failed.  Please select a different circuit topology, or check and correct the Target/Circuit parameters.=  出现的目标 Q/F 值不能通过此电路实现，或数解失败。   请选择不同的电路拓朴，或检查并修正目标/电路参数。                                                                                                               Enter Flo/Fhi or Octaves=输入频率上限/下限或倍频程Octaves=倍频程Enter Flo/Fhi=输入低频/高频ToolBox=工具框Clipboard Text Transfer=剪贴板文本转移Copy Component Text Data to Clipboard?=复制元件文本数据到剪贴板吗?Clipboard Graphics Transfer=剪贴板图表转移Graphics=图表Format=格式EMF Enhanced Metafile (32 bit Vector)=EMF 增强元文件(32 位矢量)WMF Windows Metafile (16 bit Vector)=WMF Windows 元文件(16 位矢量)BMP Bitmap Image File (96 dpi Raster)=BMP 位图图像文件(96 dpi 光栅)Air Core Inductor Designer=空心电感设计Definitions=定义OD (Outside Diameter)=OD(外径)ID (Inside Diameter)=ID(内径)OR (Outside Radius)=OR(外径)IR (Inside Radius)=IR(内径)H (Height)=H(高度)L (Inductance)=L(感应系数)N (Turns)=N(转动)WL (Wire Length)=WL(线圈长度)R (Resistance)=R(电阻)WD (Wire Diameter)=WD(线圈直径)Profile=概况Winding=线圈Loose=松Tight=紧Curve Capture=曲线捕捉Graph Image=图表图像LL Coord=LL 点Left Curve=左曲线Right Curve=右曲线UR Coord=UR 点Load File=载入文件Scan Direction=扫描方向Top to Bottom=顶到底Bottom to Top=底到顶Reference Point Data, Upper Right=参考点数据，右上Pixel Coord X,Y=像素点 X,YColor Match=颜色匹配?5%=?5%Horz Data=水平数据Time=时间Angle=角度Left Vert Data=左坐标数据Phase=相位Right Vert Data=右坐标数据Reference Point Data, Lower Left=参考点数据,左下Open BMP File=打开 BMP 文件Curve Editor=曲线编辑器Zoom In=放大Zoom Out=缩小Zoom 200%=缩放 200%Zoom 100%=缩放 100%Zoom 800%=缩放 800%Zoom 400%=缩放 400%Redraw=刷新Insert Nodes=插入节点Delete Nodes=删除节点Select All Nodes=选择所有节点Revert=返回Scale Auto=自动刻度Scale Up=增大刻度Scale Down=缩小刻度Smooth=平滑Write=写入Read Curve=读取曲线 Horz Node Points =水平节点点Use Curve points=使用曲线点Equal density across scale range points=均衡密度交叉刻度范围点Keep existing Node points=保留现有节点点 Curve Data =曲线数据Horz Min=水平最小Horz Max=水平最大Horz Axis=水平轴Horz Units=水平单位Left Units=左单位Right Units=右单位 Node Data =节点数据Write Curve=写入曲线 Horz Curve Points =水平曲线点Keep existing Curve points=保留现有曲线点Use Node points=使用节点Export Curve Data=导出曲线数据Library Curve=曲线库File Path=文件路径Export Graphics=输出图表Image Pixel Width=图像像素宽度Image Pixel Height=图像像素高度Image Bits per Pixels=图像位每像素Image Bytes=图像字节Raster=光栅Artwork=作品Graph Name=图表名称Export Netlist=导出网络列表File Format=文件格式Import Curve Data=导入曲线数据Guide Curve Entry=指引曲线条目Horz Data (Column-1)=水平数据(Column-1)Left Vert Data (Column-2)=左坐标数据(列-2)Lin/Log=线性/对数Right Vert Data (Column-3)=右垂直数据(Column-3)Special Processing=特殊处理Skip First Data Column=跳过首个数据列Polar Convertor=极性转换器Guide Curves=指引曲线Function=函数Deg or Freq=度数或频率Standard 360=标准 360Standard 180=标准 180Interpolate to=插补到Normalize to Zero Deg=规格化到零度View Clipboard - =查看剪贴板 - Update Check=升级检查Attention: A newer version of this product is now available=注意: 此产品的新版本现在可用Product=产品Version=版本Date=日期Download Link=下载链接You may click the link below to immediately download the update.=您可以单击以下链接立即下载升级News Flash=最新新闻Title=标题Information Link=信息链接You may click the link below for more information on this item.=此项目的更多信息可单击以下链接Don't show this News Flash item again=不再显示此新闻项目Wizard Step 1 of 4=向导 步骤1/4&Back=上一步(&B)&Next=下一步(&N)Welcome=欢迎 Crossover Wizard = 转线路向导This wizard will construct and design a complete crossover,=    本向导可基于您所提供的数据创建及设计一套based on the data you provide.  In order to use the wizard =完整的转线路, 使用向导需要导入阻抗和 SPL 曲线到导向曲线库。you will need to have already imported the Impedance and=系统中的每一个驱动程序必需阻抗和 SPL 曲线。SPL curves into the Guide Curve Library.  An Impedance and=您也需要选择箱体障板上的参考点，并提供 X,Y,Z SPL curve is required for each driver in the system.  You=（已译）will also need to choose a Reference point on the baffle=（已译）of the enclosure, and provide the X, Y, Z coordinates for=and provide the X, Y, Z coordinates forAnalog Active=主动模拟 Sections =部分 Objective Order =目标顺序Use Conjugate Networks=使用变化网络Optimize Filters for SPL=优化 SPL 过滤Include Conjugates in SPL optimization=SPL 优化包含变化Low=低High=高Default=默认 Processing Status = 处理状态 Circuit Parameters   F5=电路参数   F5Circuit Optimizer      F3=电路优化      F3System Curves  F4=系统曲线  F4Guide Curves    F6=指引曲线    F6Scale Parameters  F7=刻度参数  F7Scale Auto            F8=自动刻度            F8Circuit Parameters  F5=电路参数  F5Graph Paramaters=图表参数Circuit Calculate     F9=电路计算     F9Circuit Optimize      F3=电路优化      F3Circuit Info=电路信息&File=文件(&F)&New\tCtrl+N=新建(&N)\tCtrl+N&Open\tCtrl+O=打开(&O)\tCtrl+O&Reopen=重新打开(&R)&Wizard\tCtrl+W=向导(&W)\tCtrl+W&Save\tCtrl+S=保存(&S)\tCtrl+SSave &As...=另存为(&A)...Re&vert=返回(&V)Import &Circuit Data=导入电路数据(&C)Convert LEAP4 DGL=转换 LEAP4 DGLOpen Graph Setup=打开图表设置Save Graph Setup=保存图表设置&Print\tCtrl+P=打印(&P)\tCtrl+PFile &Editor=文件编辑(&E)Pre&ferences=首选项(&F)E&xit\tCtrl+Q=退出(&X)\tCtrl+Q&Editor=编辑(&E)Cu&t\tCtrl+X=剪切(&T)\tCtrl+X&Copy\tCtrl+C=复制(&C)\tCtrl+C&Paste\tCtrl+V=粘贴(&P)\tCtrl+V&Delete\tCtrl+Del=删除(&D)\tCtrl+DelSelect &All\tCtrl+A=全选(&A)\tCtrl+A&Edit\tCtrl+E=编辑(&E)\tCtrl+E&Undo\tCtrl+Z=撤消(&U)\tCtrl+ZPack=打包Wire=连线Data Node=数据节点Vsource=电压电源TF Block=转移函数块IIR Filter=IIR 过滤FIR Filter=FIR 过滤Transducer=喇叭SubCircuit=支电路Current Source=电流电源&Graph=图表(&G)&Parameters=参数(&P)&System Curves\tF4=系统曲线(&S)\tF4&Guide Curves\tF6=导向曲线(&G)\tF6&Notes && Comments=附注 && 注释(&N)&Circuit=电路(&C)&Parameters\tF5=参数(&P)\tF5&Optimizer\tF3=优化(&O)\tF3&Information=信息(&I)&Z Scaling=Z 刻度(&Z)&Calculate\tF9=计算(&C)\tF9S&ynthesis=合成(&Y)Analog Passive Allpole Filters=无源模拟 Allpole 滤波Analog Passive Elliptic Filters=无源模拟椭圆滤波Analog Passive Equalizers=无源模拟均衡Analog Passive Conjugates=无源模拟变化Analog Active Equalizers=有源模拟均衡Digital FIR Window Filters=数字 FIR 窗口过滤&Processing=处理(&P)Forward Fourier Transform=快速傅立叶转换Inverse Fourier Transform=反傅立叶转换&Utilities=实用程序(&U)Copy Graphics to Clipboard=复制图表到剪贴板Copy Component Data to Clipboard=复制元件数据到剪贴板View Clipboard=查看剪贴板&Library=曲线库(&L)&Opamp Models=Opamp 模型(&O)&Potentiometer Tapers=电位计 Tapers(&P)&Scale=刻度(&S)&Parameters\tF7=参数(&P)\tF7&Auto\tF8=自动(&A)\tF8&Up=上移(&U)&Down=下移(&D)&View=查看(&V)Zoom &In=放大(&I)Zoom &Out=缩小(&O)Zoom &1X\tShift+F1=缩放 &1X\tShift+F1Zoom &2X\tShift+F2=缩放 &2X\tShift+F2Zoom &4X\tShift+F4=缩放 &4X\tShift+F4Zoom &8X\tShift+F8=缩放 &8X\tShift+F8&Redraw\tCtrl+R=刷新(&R)\tCtrl+RRedraw &All\tCtrl+Alt+R=全部刷新(&A)\tCtrl+Alt+R&Window=窗口(&W)Tile &Horizontally=水平平铺(&H)Tile &Vertically=垂直平铺(&V)&Cascade All=全部层叠(&C)&Minimize All=全部最小化(&M)&Normal All=全部正常(&N)&Arrange Icons=排列图标(&A)&ToolBars=工具栏(&T)&File =文件(&F)&Analysis=分析(&A)S&ynthesis=综合(&Y)&Contents\tF1=内容(&C)\tF1&Index=索引(&I)&Glossary=术语表(&G)About &Modules=关于模块(&M)About &Program=关于程序(&P)&Control=控制(&C)&Revert\tCtrl+Z=返回(&R)\tCtrl+Z&Left Vertical=左坐标(&L)&Right Vertical=右坐标(&R)&Node=节点(&N)&Insert\tCtrl+Ins=插入(&I)\tCtrl+InsSho&w=显示(&W)&System Curves=系统曲线(&S)&Guide Curves=指引曲线(&G)GuideLines=参考线Delete GuideLines=删除参考线&Snap=快照(&S)Vert GuideLines=垂直参考线Horz GuideLines=水平参考线Vert Ruler Grid=垂直标尺格Horz Ruler Grid=水平标尺格System Curves=系统曲线Zoom &100%\tShift+F1=缩放 &100%\tShift+F1Zoom &200%\tShift+F2=缩放 &200%\tShift+F2Zoom &400%\tShift+F4=缩放 &400%\tShift+F4Zoom &800%\tShift+F8=缩放 &800%\tShift+F8&Help\tF1=帮助(&H)\tF1&Menu=菜单(&M)&Editing=编辑(&E)Edit Mode=编辑模式Insert Node=插入节点Delete Node=删除节点Select All=全选5.1.0.330=5.0.0.325

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