纳普科技PM9806T多通道数字功率计参数表
附表1 GSK980TD参数表
附表1 GSK980TD参数表附表1-1 状态参数MD4 MD2 MD1 开机操作方式0 0 0 录入方式0 0 1 自动方式0 1 0 机械回零0 1 1 编辑方式1 0 0 手轮方式1 0 1 手动方式附表1－2数据参数参数号名称含义015 CMRXCMRX 、CMRZ：X、Z轴指令倍乘系数。
设定范围为：1～255。
016 CMRZ017 CMDX CMDX、CMDZ：X、Z轴指令分频系数。
设定范围为：1～255 。
S：最小指令输出单位ZM：丝杠端皮带轮的齿数α:一个脉冲当量电机转动的角度ZD：电机端皮带轮的齿数L：丝杠导程018 CMDZ019 THDCH THDCH：螺纹切削时的退尾长度。
螺纹退尾宽度=THDCH×0.1×螺纹导程设定范围：0～255021 主轴摸拟调正数据主轴最高速度指令模拟电压输出为10V时电压偏置补偿值。
设定范围：-2000～2000（单位：毫伏）022 RPDFX RPDFX：X轴最高快速移动速度（半径值）。
设定范围：10～3825000（单位：毫米/分）023 RPDFZ RPDFZ：Z轴最高快速移动速度。
设定范围: 10～7650000（单位：毫米/分）024 LINTX LINTX、LINTZ：X、Z轴快速移动时，线性加减速时间常数值。
设定范围：0～4000(单位：毫秒)025 LINTZ026 THRDT THRDT：螺纹退尾时短轴的加减速时间常数。
设定范围：0～4000（单位:毫秒）027 FEDMX FEDMX：X、Z轴切削进给上限速度。
设定范围：10～8000（单位:毫米/分）028 THDFL THDFL：螺纹切削X、Z轴的起始速度。
设定范围：6～8000（单位:毫米/分）029 FEEDT FEEDT：切削进给和手动进给时指数加减速时间常数。
设定范围：0～4000（单位：毫秒）。
特克ト尼克 PSM3000、PSM4000 和 PSM5000 系列 RF 和微波功率传感器 表计数
RF and Microwave Power Sensors/MetersTektronix PSM3000,PSM4000,and PSM5000Series DataSheetFeatures &Bene fitsKey Performance Speci fications8GHz,18GHz,20GHz,and 26.5GHz Models Models Available with N and 3.5mm ConnectorsDynamic Range as Low as –60dBm and as High as +20dBm Uncertainty as Low as 2.6%Reading Rates up to 2000Readings/sFeaturesMeters are Calibrated over Full Temperature Range –No zero or cal needed before making measurements,saving time and avoiding poor-quality dataAverage Power,Duty Cycle Corrected Pulse Power,and Measurement Logging on All ModelsIncluded Applications run under Microsoft Windows Power Meter ApplicationHigh-speed Logging ApplicationLabVIEW Drivers and Programming Examples for Most Common Windows Programming Environments are Available for Automated System Support Max Hold and Relative Measurement ModesOffset,Frequency Response,and 75ΩMinimum Loss Pad Correction Flexible Averaging Modes for Quick,Stable Measurements TTL Trigger Input and Output allow Synchronization with External InstrumentsPass/Fail Limit Mode Compact SizeThe PSM3000Series offers True Average Power Measurements that Give Accurate Results Regardless of Signal Shape or Modulation The PSM4000and PSM5000Series offer:Pulse Power,Duty Cycle,Peak Power,and Crest Factor MeasurementsMeasure Peak,Average and Minimum Power on Bursts with Adjustable Offset and Duration The PSM5000Series includes a Pulse Pro filing Application for Making Measurements on Repetitive,Pulsed SignalsBuilds and Displays a Trace of the Pulse EnvelopeFull-trace and Gated Measurements including Pulse,Peak and Average Power,Overshoot,Crest Factor,Rise and Fall Time,Pulse Width,Pulse Repetition Frequency,Duty CycleStatistical Measurements on the Trace Data,such as Complementary Cumulative Distribution Function (CCDF),and Probability Density Function(PDF)1981Data SheetApplicationsGeneral-purpose RF and Microwave Average Power MeasurementsCharacterization of Repetitive Pulsed Signals,such as Navigation,Weather,and other RadarPeak and Average Power Measurements on Modulated Signals such as GSM,CDMA,WCDMA,HSPA,WiMAX up to10MHzPeak and Average Power Measurements of Modulated PulsedCommunications SignalsLevel Control Feedback for Signal SourcesValidation and Characterization of Power Amplifiers,Switches,and Other RF and Microwave ComponentsService,Maintenance,and Installation of DTV,Cellular,MicrowaveRadio Link,and Radio Broadcast TransmittersVerification and Calibration of Test Equipment and Systems3-year WarrantyCapable,Compact Power Sensors/MetersThe PSM3000,PSM4000,and PSM5000Series are compact power sensors/meters that deliver fast,accurate RF and microwave power measurements.A broad range of CW and pulse modulation measurements are available,depending on the series you choose.Each meter comes with Windows Power Meter application software for controlling the meter,displaying readings,and recording data.The combination of the sensor/meter and PC provides a complete solution,eliminating the need for a separate,dedicated meter mainframe.No Meter Mainframe RequiredWith the included power meter application software,familiar meter controls are available at the click of a mouse and readings are presented right on your PC screen.Familiar Windows pull-down menus provide additional controls.Data is immediately available on the PC for further analysis and documentation.The meters communicate with the PC using standard USB2.0protocols and cables for plug-and-play ease of use.Integrate High-speed Power Measurements Into Your TestingTektronix PSM Series power sensors feature the industry’s fastest measurement speed(2000readings/s).This can significantlyreduce Figure1–Software presents familiar controls and measurement presentation.test times and provide dynamic power measurement information thatwas previously unavailable.An included High-speed Logging Application provides a mechanism for getting this data into your PC for analysis.For custom test applications,you can communicate with the sensors using LabVIEW,or using a fully documented API.Example programs are provided for the most commonly used development environments.The communications library allows your program to communicate with up to12sensors,eliminating the need for costly switches.Tektronix real-time signal analyzers,arbitrary waveform generators,and oscilloscopes that use the Windows operating system can also be used to control the PSM Series sensor/meter and give you quick access to accurate power measurements.To allow synchronization with other measurement equipment all models include Trigger In and Trigger Out TTL signals.High-speed measurements,extensive programming tools,and synchronization features make these sensors versatile additions to your test setup.Industry-leading Performance for Demanding DesignsTektronix power sensors/meters come fully calibrated over their entire operating temperature range.Sensor zeroing and meter reference calibration have been eliminated,reducing setup time and helping to avoid inaccurate results.These meters provide accuracy you can count on for general-purpose CW,peak,pulse,and other modulated power measurements.Whether doing installation or maintenance on a wireless base station,production testing,or R&D for wireless components,the PSM Series products serve these needs with a wide dynamic range(–60dBM to +20dBm)and frequencies ranging from10MHz up to26.5GHz.RF and Microwave Power Sensors/Meters—Tektronix PSM3000,PSM4000,and PSM5000Series Select the Performance/Features to Meet YourNeedsPSM3000Series power sensors/meters provide true average powermeasurements,giving accurate power measurements independent of signalmodulation and bandwidth.The PSM4000Series delivers average power(CW)measurements,and adds pulse and peak power measurements forgathering basic data on pulsed RF and microwave signals.PSM5000Series power sensors/meters provide the same measurements as thePSM4000,and add pulse profiling capability for signal viewing andcharacterization in pulsed RF and microwave systems.Feature PSM3000Series PSM4000SeriesPSM5000SeriesFrequency Range10MHz to26.5GHz10MHz to20GHz50MHz to20GHzDynamic Range–55dBM to+20dBm –60dBm to+20dBM–60dBm to+20dBmMeasurement Speed 2000readings/s2000readings/s2000readings/sMeasurementsTrue AveragePowerXAverage(CW)PowerX XDuty CycleCorrected PulsePowerX X XPeak Power,PulsePower,Duty CycleX XPeak and AverageBurst PowerX XMeasurementLoggingX X XPulse Width,Rise/Fall,Overshoot,DroopXTime GatedMeasurementsXPulse Waveform Display with Markers XFigure2–Pulse profiling software enables a thorough analysis of pulse characteristics.A Broad Range of Pulse EnvelopeMeasurementsTektronix PSM5000Series products feature an easy-to-use,highperformance,pulse profiling,pulse(modulation),and CW power meter andsensor in one.The PSM5000Series product is specifically designed forapplications requiring time domain analysis of constant-envelope,repetitivepulsed signals.It performs time domain pulse measurements such asrise/fall time,overshoot,and droop that have typically required costly signalanalyzers.PSM5000Series sensors use an equivalent time-samplingtechnique to reconstruct repetitive,pulsed input signals.Repetitive pulseswith video bandwidths up to10MHz can be measured with an effectivesample rate of up to48MS/s.Performance You Can Count OnIn addition to industry-leading service and support,every PSM Series powersensor/meter comes backed with a three-year standard warranty.3Data SheetSpecificationsElectrical SpecificationsAll specifications apply over the full instrument operating temperature range unlessotherwise noted,after a20minute warm-up interval.PSM3000Series USB Power Meters(True Average)Characteristic PSM3110PSM3120PSM3310PSM3320PSM3510 Input Connector 3.5mm,male N-type,male 3.5mm,male N-type,male 3.5mm,male Frequency Range10MHz to8GHz10MHz to18GHz10MHz to26.5GHz Dynamic Range–55dBm to+20dBmVideo Bandwidth100Hz,typicalTotal Accuracy*1Total Uncertainty=2×√[(CF/2)2+(L/2)2+(N/2)2+(Z/√2)2+(Mm/√2)2+(T/√2)2]Calibration Factor Uncertainty(CF)10MHz to1GHz:2.5%1GHz to8GHz:2.4%10MHz to1GHz:1.8%1GHz to8GHz:1.7%10MHz to1GHz:2.5%1GHz to10GHz:2.4%10GHz to18GHz:2.7%10MHz to1GHz:1.8%1GHz to10GHz:1.7%10GHz to18GHz:1.9%10MHz to1GHz:2.5%1GHz to10GHz:2.4%10GHz to18GHz:2.7%18GHz to26.5GHz:3.7%Linearity Uncertainty(L)+15dBm to+20dBm: 3.0%–15dBm to+15dBm:2.5%–55dBm to–15dBm: 2.0%Noise Uncertainty(N)5second integration+10dBm to+20dBm:0.10%–15dBm to+10dBm:0.25%–30dBm to–15dBm:0.10%–40dBm to–30dBm:0.25%–50dBm to–40dBm:1.50%–55dBm to–50dBm:4.50%Zero Offset Power*2(Z)[(3.0nW at25°C)+|ΔT|×(0.15nW/°C)]+0.01nW/monthMatch*3 1.20:1VSWR(21dB Return Loss)10MHz to10GHz:1.20:1VSWR(21dB Return Loss)10GHz to18GHz:1.29:1VSWR(18dB Return Loss)10MHz to10GHz: 1.20:1VSWR(21dBReturn Loss)10GHz to26.5GHz: 1.29:1VSWR(18dBReturn Loss)Temperature Uncertainty (T)40°C<T≤50°C:2.00% 30°C<T≤40°C:0.75% 20°C<T≤30°C:0.00% 10°C<T≤20°C:0.75% 0°C<T≤10°C:2.00%*1Total uncertainty includes contributions from Calibration Factor Uncertainty(CF),Linearity Uncertainty(L),Noise Uncertainty(N),Zero Offset Uncertainty(Z),Mismatch Uncertainty,and Temperature Uncertainty(T).All error terms must be converted to percentages for Total Uncertainty(RSS)calculation.Mismatch Uncertainty(Mm)requires knowledge of source match and should be expressed as a percentage using the equation Mm=100×[(1±Γsource×Γsensor)2–1].*2Use the following formula to determine Zero Offset Uncertainty as a percentage:Z=(Zero Offset Power/Nominal Power)×100.*3Nominal impedance=50Ω.RF and Microwave Power Sensors/Meters—Tektronix PSM3000,PSM4000,and PSM5000SeriesPSM4000Series USB Power Meters(Average/Peak/Pulse)Characteristic PSM4110PSM4120PSM4320PSM4410Input Connector 3.5mm,male N-type,male N-type,male 3.5mm,male Frequency Range10MHz to8GHz10MHz to8GHz50MHz to18.6GHz50MHz to20GHz Dynamic Range10MHz to6GHz:–60dBm to+20dBm6GHz to8GHz:–50dBm to+20dBm–40dBm to+20dBmMaximum Peak-to-Average Ratio10MHz to6GHz:80dB6GHz to8GHz:70dB55dBInternal Video Bandwidth10MHz,typicalTimebase±50ppm,typicalSample Rate500kS/sAverage Power,Minimum PulseWidth500ns,typicalPeak Power,Minimum PulseWidth200ns,typicalTotal Accuracy*1Total Uncertainty=2×√[(CF/2)2+(L/2)2+(N/2)2+(Z/√2)2+(Mm/√2)2+(T/√2)2]Calibration Factor Uncertainty (CF)10MHz to100MHz:7.0%100MHz to500MHz:4.0%500MHz to8GHz:2.5%10MHz to100MHz:7.0%100MHz to500MHz:4.0%500MHz to8GHz:1.7%50MHz to500MHz:4.0%500MHz to10GHz:1.7%10GHz to18.6GHz:1.9%50MHz to500MHz:4.0%500MHz to12.5GHz:2.6%12.5GHz to18GHz:3.2%18GHz to20GHz:3.5%Linearity Uncertainty(L)10MHz to100MHz+15dBm to+20dBm:7.0%+10dBm to+15dBm:5.0%–60dBm to+10dBm:4.0%100MHz to2GHz+15dBm to+20dBm:7.0%+10dBm to+15dBm:5.0%–60dBm to+10dBm:3.0%2GHz to8GHz+15dBm to+20dBm:5.0%+10dBm to+15dBm:3.0%–60dBm to+10dBm:2.0%50MHz to100MHz+15dBm to+20dBm:7.0%–40dBm to+15dBm:5.0%100MHz to2GHz+15dBm to+20dBm:7.0% +5dBm to+15dBm:5.0%–40dBm to+5dBm:3.0%2GHz to20GHz+15dBm to+20dBm:6.0% +5dBm to+15dBm:4.0%–40dBm to+5dBm:2.0%Noise Uncertainty(N)1second integration+10dBm to+20dBm:0.22%(10MHz to100MHz)0.15%(100MHz to8GHz)–30dBm to+10dBm:0.22%(10MHz to100MHz)0.04%(100MHz to8GHz)–50dBm to–30dBm:0.22%(10MHz to100MHz)0.04%(100MHz to6GHz)0.15%(6GHz to8GHz)–60dBm to–50dBm:0.44%(10MHz to100MHz)0.15%(100MHz to6GHz)5second integration+10dBm to+20dBm:1.5%(50MHz to20GHz)–20dBm to+10dBm:1.0%(50MHz to20GHz)–30dBm to–20dBm:1.5%(50MHz to20GHz)–40dBm to–30dBm:7.0%(50MHz to18.6GHz)Zero Offset Power*2(Z)[(0.35nW at25°C)+|ΔT|×(0.025nW/°C)]+0.005nW/month50MHz to500MHz[(200nW at25°C)+|ΔT|×(10nW/°C)]+10nW/month500MHz to20GHz[(100nW at25°C)+|ΔT|×(5nW/°C)]+5nW/monthMatch*3 1.09:1VSWR(27dB Return Loss)1.15:1VSWR(23dB Return Loss)50MHz to10GHz:1.20:1VSWR(21dB Return Loss)10GHz to18.6GHz:1.29:1VSWR(18dB Return Loss)50MHz to10GHz:1.20:1VSWR(21dB Return Loss)10GHz to20GHz:1.29:1VSWR(18dB Return Loss)5Data SheetCharacteristic PSM4110PSM4120PSM4320PSM4410Temperature Uncertainty(T)40°C<T≤50°C:1.00%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)30°C<T≤40°C:0.75%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)20°C<T≤30°C:0.00%10°C<T≤20°C:0.75%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)0°C<T≤10°C:1.00%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)40°C<T≤50°C:6.00% 30°C<T≤40°C:3.00% 20°C<T≤30°C:0.00% 10°C<T≤20°C:3.00% 0°C<T≤10°C:6.00%*1Total uncertainty includes contributions from Calibration Factor Uncertainty(CF),Linearity Uncertainty(L),Noise Uncertainty(N),Zero Offset Uncertainty(Z),Mismatch Uncertainty,and Temperature Uncertainty(T).All error terms must be converted to percentages for Total Uncertainty(RSS)calculation.Mismatch Uncertainty(Mm)requires knowledge of source match and should be expressed as a percentage using the equation Mm=100×[(1±Γsource×Γsensor)2–1].*2Use the following formula to determine Zero Offset Uncertainty as a percentage:Z=(Zero Offset Power/Nominal Power)×100.*3Nominal impedance=50Ω.PSM5000Series USB Power Meters(Average/Peak/Pulse+Profiling)Characteristic PSM5110PSM5120PSM5320PSM5410 Input Connector 3.5mm,male N-type,male N-type,male 3.5mm,male Frequency Range100MHz to8GHz50MHz to18.6GHz50MHz to20GHz Dynamic Range100MHz to6GHz:–60dBm to+20dBm6GHz to8GHz:–50dBm to+20dBm–40dBm to+20dBmMaximum Peak-to-Average Ratio100MHz to6GHz:80dB6GHz to8GHz:70dB55dBInternal Video Bandwidth10MHz,typicalTimebase±50ppm,typicalReal-time Sample Rate500kS/sAverage Power,Minimum PulseWidth500ns,typicalPeak Power,Minimum PulseWidth200ns,typicalPulse Profiling,MaximumEquivalent-time Sample Rate*448MS/sPulse Profiling,Minimum RiseTime,10%to90%54ns(–70dBm to–20dBm pulse,4GHz)Pulse Profiling,Minimum FallTime,90%to10%44ns(–70dBm to–20dBm pulse,4GHz)Pulse Profiling,Manual TriggerLevel Accuracy±1dBmPulse Profiling,Minimum Numberof Cycles2cyclesPulse Profiling,Video Filters100kHz,200kHz,300kHz,500kHz,1MHz,2MHz,3MHz,5MHz,10MHzTotal Accuracy*1Total Uncertainty=2×√[(CF/2)2+(L/2)2+(N/2)2+(Z/√2)2+(Mm/√2)2+(T/√2)2]Calibration Factor Uncertainty (CF)100MHz to500MHz:4.0%500MHz to8GHz:2.5%100MHz to500MHz:4.0%500MHz to8GHz:1.7%50MHz to500MHz:4.0%500MHz to10GHz:1.7%10GHz to18.6GHz:1.9%50MHz to500MHz:4.0%500MHz to12.5GHz:2.6%12.5GHz to18GHz:3.2%18GHz to20GHz:3.5%Linearity Uncertainty(L)100MHz to2GHz+15dBm to+20dBm:7.0%+5dBm to+15dBm:5.0%–60dBm to+5dBm:3.0%2GHz to8GHz+15dBm to+20dBm:5.0%+5dBm to+15dBm:3.0%–60dBm to+5dBm:2.0%50MHz to100MHz+15dBm to+20dBm:7.0%–40dBm to+15dBm:5.0%100MHz to2GHz+15dBm to+20dBm:7.0% +5dBm to+15dBm:5.0%–40dBm to+5dBm:3.0%2GHz to20GHz+15dBm to+20dBm:6.0% +5dBm to+15dBm:4.0%–40dBm to+5dBm:2.0%RF and Microwave Power Sensors/Meters—Tektronix PSM3000,PSM4000,and PSM5000Series Characteristic PSM5110PSM5120PSM5320PSM5410Noise Uncertainty(N)1second integration+10dBm to+20dBm:0.15%(100MHz to8GHz)–30dBm to+10dBm:0.04%(100MHz to8GHz)–50dBm to–30dBm:0.04%(100MHz to6GHz)0.15%(6GHz to8GHz)–60dBm to–50dBm:0.15%(100MHz to6GHz)5second integration+10dBm to+20dBm:1.5%(50MHz to20GHz)–20dBm to+10dBm:1.0%(50MHz to20GHz)–30dBm to–20dBm:1.5%(50MHz to20GHz)–40dBm to–30dBm:7.0%(50MHz to18.6GHz)Zero Offset Power*2(Z)[(0.35nW at25°C)+|ΔT|×(0.025nW/°C)]+0.005nW/month50MHz to500MHz[(200nW at25°C)+|ΔT|×(10nW/°C)]+10nW/month500MHz to20GHz[(100nW at25°C)+|ΔT|×(5nW/°C)]+5nW/monthMatch*3100MHz to250MHz:1.18:1VSWR(21.7dB Return Loss)250MHz to8GHz:1.09:1VSWR(23dB Return Loss)100MHz to250MHz:1.18:1VSWR(21.7dB Return Loss)250MHz to8GHz:1.15:1VSWR(27dB Return Loss)50MHz to10GHz:1.20:1VSWR(21dB Return Loss)10GHz to18.6GHz:1.29:1VSWR(18dB Return Loss)50MHz to10GHz:1.20:1VSWR(21dB Return Loss)10GHz to20GHz:1.29:1VSWR(18dB Return Loss)Temperature Uncertainty(T)40°C<T≤50°C:1.00%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)30°C<T≤40°C:0.75%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)20°C<T≤30°C:0.00%10°C<T≤20°C:0.75%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)0°C<T≤10°C:1.00%(plus1%,0dBm to10dBm;plus3%,10dBm to20dBm)40°C<T≤50°C:6.00% 30°C<T≤40°C:3.00% 20°C<T≤30°C:0.00% 10°C<T≤20°C:3.00% 0°C<T≤10°C:6.00%*1Total uncertainty includes contributions from Calibration Factor Uncertainty(CF),Linearity Uncertainty(L),Noise Uncertainty(N),Zero Offset Uncertainty(Z),Mismatch Uncertainty,and Temperature Uncertainty(T).All error terms must be converted to percentages for Total Uncertainty(RSS)calculation.Mismatch Uncertainty(Mm)requires knowledge of source match and should be expressed as a percentage using the equation Mm=100×[(1±Γsource×Γsensor)2–1].*2Use the following formula to determine Zero Offset Uncertainty as a percentage:Z=(Zero Offset Power/Nominal Power)×100.*3Nominal impedance=50Ω.*4Equivalent-time Sampling requires repetitive pulses for accurate results.General SpecificationsCharacteristic DescriptionMaximum Average Power +20dBm(100mW)Damage Level:+23dBm(200mW)Maximum Pulse Power +20dBm(100mW)Damage Level:+23dBm(200mW)Measurement Rate2000/s(100settled measurements per second typical)Trigger In/Trigger Out TTL compatibleDamage Level:5.5V max,–0.5V min Rate:1Hz to750kHz,typicalUSB Interface USB Version:2.0Full speed(11Mb/s)System Requirements for Meter and High Speed Logger SoftwareCharacteristic DescriptionTypical Host Specifications -2GB RAM -USB2.0PortOperating System-Windows XP Professional,Service Pack1-Windows2000-Windows NT Service Pack6a-Windows7EnvironmentalCharacteristic DescriptionTemperatureOperating0°C to+55°CNonoperating–25°C to+85°CHumidityOperating15%to95%RH(Relative Humidity)at up to+30°C15%to45%RH above+30°C up to+55°C;noncondensing Nonoperating15%to95%RH at up to+30°C15%to45%RH above+30°C up to+85°C;noncondensing AltitudeOperating3,000m(10,000ft.)Nonoperating15,000m(50,000ft.)ElectromagneticCompatibilityEMC Directive2004/108/EC,EN61326-2-1:2006,CE7Data SheetPhysical CharacteristicsDimension DescriptionPSM3110,PSM3120,PSM3310,PSM3320,PSM3510,PSM4320,PSM4410, PSM5320,PSM5410Diameter48mm(1.9in.)Length74mm(2.9in.),plus connectorPSM4110,PSM4120,PSM5110,PSM5120Diameter48mm(1.9in.)Length62mm(2.4in.),plus connectorWeightPSM3110PSM3310PSM3510PSM4410PSM5410163g(5.75oz.)PSM3120PSM3320PSM4320PSM5320203g(7.14oz.)PSM4110PSM5110109g(3.86oz.)PSM4120PSM5120148g(5.22oz.)Warranty and CalibrationCharacteristic DescriptionWarranty3yearsRecommended Calibration Interval 1yearOrdering InformationModelsModel DescriptionPSM3110USB Power Sensor/Meter,10MHz to8GHz,True Average,3.5mm malePSM3120USB Power Sensor/Meter,10MHz to8GHz,True Average,N-malePSM3310USB Power Sensor/Meter,10MHz to18GHz,True Average,3.5mm malePSM3320USB Power Sensor/Meter,10MHz to18GHz,True Average,N-malePSM3510USB Power Sensor/Meter,10MHz to26.5GHz,TrueAverage,3.5mm malePSM4110USB Power Sensor/Meter,10MHz to8GHz,Peak andPulse,3.5mm malePSM4120USB Power Sensor/Meter,10MHz to8GHz,Peak andPulse,N-malePSM4320USB Power Sensor/Meter,50MHz to18GHz,Peak andPulse,N-malePSM4410USB Power Sensor/Meter,50MHz to20GHz,Peak andPulse,3.5mm malePSM5110USB Power Sensor/Meter,100MHz to8GHz,PulseProfiling,3.5mm malePSM5120USB Power Sensor/Meter,100MHz to8GHz,PulseProfiling,N-malePSM5320USB Power Sensor/Meter,50MHz to18GHz,PulseProfiling,N-malePSM5410USB Power Sensor/Meter,50MHz to20GHz,PulseProfiling,3.5mm maleIncludes:USB Power Sensor/Meter,certificate of traceable calibration,calibrationdata report,2-meter USB cable,Installation and Safety Manual,USBflash drive.(Theflash drive includes user manuals in English,French,German,Italian,Japanese,Korean,Portuguese,Russian,Simplified Chinese,Spanish,TraditionalChinese,and a Technical Reference Manual and Programmer Manual in English.)Service OptionsOption DescriptionC3Calibration Service3YearsC5Calibration Service5YearsR5Repair Service5YearsRecommended AccessoriesAccessory Description174-6150-00USB Cable,2m,20AWG348-2013-00Replacement rubber bootRF and Microwave Power Sensors/Meters—Tektronix PSM3000,PSM4000,and PSM5000Series9Data SheetRF and Microwave Power Sensors/Meters—Tektronix PSM3000,PSM4000,and PSM5000Series11Data Sheet Contact Tektronix:ASEAN/Australasia(65)63563900Austria0080022554835*Balkans,Israel,South Africa and other ISE Countries+41526753777Belgium0080022554835*Brazil+55(11)37597627Canada180********Central East Europe and the Baltics+41526753777Central Europe&Greece+41526753777Denmark+4580881401Finland+41526753777France0080022554835*Germany0080022554835*Hong Kong4008205835India0008006501835Italy0080022554835*Japan81(3)67143010Luxembourg+41526753777Mexico,Central/South America&Caribbean52(55)56045090Middle East,Asia,and North Africa+41526753777The Netherlands0080022554835*Norway80016098People’s Republic of China4008205835Poland+41526753777Portugal800812370Republic of Korea00180082552835Russia&CIS+7(495)7484900South Africa+41526753777Spain0080022554835*Sweden0080022554835*Switzerland0080022554835*Taiwan886(2)27229622United Kingdom&Ireland0080022554835*USA180*********European toll-free number.If not accessible,call:+41526753777Updated10February2011For Further Information.Tektronix maintains a comprehensive,constantly expandingcollection of application notes,technical briefs and other resources to help engineers workingon the cutting edge of technology.Please visit Copyright©Tektronix,Inc.All rights reserved.Tektronix products are covered by U.S.and foreign patents,issued and rmation in this publication supersedes that in all previously published material.Specification and price change privileges reserved.TEKTRONIX and TEK are registered trademarks ofTektronix,Inc.All other trade names referenced are the service marks,trademarks,or registered trademarksof their respective companies.25Oct20113GW-27137-0。
APM中文参数表for ArduCopter固件
APM使用Copter（直升机和多轴）固件的中文参数表翻译：风迅电子-冷枫校对：Jothen 命令值单位选项说明ACRO_BAL_PITCH10 -- 3设置ACRO比率飞行模式时俯仰角返回水平的比率ACRO_BAL_ROLL10 -- 3设置ACRO比率飞行模式时横滚角返回水平的比率ACRO_RP_P 4.5 1 -- 10设置ACRO或者SPORT飞行模式时，俯仰与横滚动作的P值，值越高，动作相应越快ACRO_TRAINER20,1,2ACRO_YAW_P 4.5 1 -- 10设置ACRO或者SPORT飞行模式时，偏航动作的P值，值越高，动作相应越快AHRS_COMP_BETA0.10.001 -- 0.5设置AHRS航姿系统融合GPS数据计算地面速度的常数,试用值0.1,值越大,对GPS的依赖越少,会更多依赖空速传感器,值少反之AHRS_GPS_DELAY2AHRS_GPS_GAIN10.0 -- 1.0设置AHRS航姿系统对GPS的依存值，不能为0，一般飞机用默认或者1.0AHRS_GPS_MINSATS60 -- 10AHRS航姿系统中，GPS起作用的最小搜星数量，默认6颗，低于6颗，航姿系统中的GPS不起作用AHRS_GPS-USE10,1AHRS航姿系统的GPS开关，0：关闭，1；开启AHRS_ORIENTATION00 -- 37AHRS航姿系统中，飞快安装方向与标准方向的偏转矫正，0-无，1-偏航45度，2-偏航90度，…………37-横滚90度+偏航270度AHRS_RP_P0.10.1 -- 0.4加速度计对AHRS姿态控制的P值AHRS_TRIM_X0.01度-10 -- 10AHRS系统中，对飞控主板与机架的X轴向（横滚）角度偏差进行补偿AHRS_TRIM_Y-0.005度-10 -- 10AHRS系统中，对飞控主板与机架的Y轴向（俯仰）角度偏差进行补偿AHRS_TRIM_X0度-10 -- 10不用AHRS_WIND-MAX0米/秒0 -- 127设置风速的最大值，即空速与地速的速差，如果为0，则始终以空速作为参考AHRS_YAW_P0.10.1 -- 0.4罗盘或GPS对AHRS航姿系统中航向控制的P值ANGLE_MAX4500限制所有飞行模式中飞机的最大倾斜角ANGLE_RATE_MAX18000限制倾斜角速率ARMING_CHECK10,1解锁前自检开关，包括遥控接收信号检查、加速度计检查、罗盘检查。
PM5000电力参数测量仪表
谐波
- 支 持 THD 总 谐 波 失 真 测 量 和 单 次 谐 波 测 量，PM5100 可达 15 次，PM5300 达 31 次， PM5500 可达 63 次
双以太网口（PM5500 系列）
- 将仪表以菊花链的形式连接，减少接线和对 交换机或路由器的需求。每个仪表有一个单 独的 IP 地址
- 紧凑的 72 毫米厚度，节省柜内空间
图形显示
- 明亮的显示屏具有极佳的抗反光性，即使在 强光和大视角环境下也可以获得良好的视觉 效果
- 直观的菜单导航，多种图形及图表显示，并 提供汉语、英语、西班牙语、法语、意大利语、 德语、葡萄牙语和俄语选择，方便获取重要 信息
内置 Web 网页（PM5500 系列）
优化能源成本管理
一个兼具多种特性于一体的完美组合，融合了行业领先的测量精确度，以满足建筑及工业中 诸如多费率计量和数据记录等能源成本管理应用的要求。它符合 IEC 62052/53、61557-12 仪 表标准，PM5000 系列电力参数测量仪表不仅解决了以往能源成本账单的不确定性，同时确 保了那些不规范设备无法企及的高性能水平。
- 可编程报警可以触发数字输出和继电器输出 (PM5300 系列 )
数字输入 / 输出
- 监视报警情况，使需量与外部脉冲、计数脉 冲同步，并从其他能源仪表获取信息以计算 全能源消耗
- 使用数字输出向其他设备或者软件发出信 号，或者执行自动化操作例如对基本设备的 控制或报警
四线电流输入（PM5500 系列）
目前，施耐德电气在中国共建立53个办事处，28家工厂，7个物流中心，1 个研修学院，3个全球研 发中心，1000多名研发工程师，1 个实验室，1 所能源大学，700多家分销商和遍布全国的销售网 络。施耐德电气中国目前员工数近28,000人。通过与合作伙伴以及大量经销商的合作，施耐德电气
Quectel_M26-OpenCPU_硬件设计手册_V1.0
2 综述 ...................................................................................................................................................... 11
3.5.1. 主串口............................................................................................................................. 34
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Q n 3.2.2. 关机 ................................................................................................................................ 26 3.2.2.1. PWRKEY 引脚关机............................................................................................ 26 e 3.2.2.2. API 函数关机...................................................................................................... 27 fid 3.2.2.3. 低压自动关机 ..................................................................................................... 27 3.2.3. 推荐的系统开关机电路 ................................................................................................... 28 3.3. 省电技术 ................................................................................................................................ 29
Boonton PMX40 RF Power Meter数据手册说明书
The PMX40 provides design engineers and technicians the utility of traditional benchtop instrument, the flexibility and performance of modern USB RF power sensors, and the simplicity of a multi-touch display built with Boonton award-winning technology.As a benchtop meter, the PMX40 provides a standalone solution for capturing, displaying, and analyzing peak and average RF power in both the time and statistical domains through an intuitive, multi-touch touchscreen display.The PMX40 Power Meter utilizes up to four RTP and CPS families of USB RF power sensors with industry- leading performance and capabilities either independently or for synchronized multi-channel measurements of CW, modulated, and pulsed signals.Providing the ultimate flexibility, the PMX40 sensors can be disconnected and independently used as standalone instruments.Key Features• Capture/display/analyze peak and average power• Frequency range from 4 kHz to 40 GHz• Industry-leading video bandwidth (195 MHz) and rise time (3 ns)• Industry-leading 100,000 measurements per second• Industry-leading 100 ps time resolution• Synchronous multi-channel measurements (up to 4 channels)• Sensors can be used as standalone instruments PMX40 RF Power MeterPulsed ModeAnalysis of fast-rising single pulses or pulses with short pulserepetition intervals (PRIs) requires an instrument with sophisticated trigger and data acquisition capability. Within Pulsed Mode, more than 16 pulse parameters can be measured.Continuous ModeFor simple, intuitive measurements of repetitive waveforms, the PMX40 Continuous Mode of operation provides a numeric display of average, maximum and minimum signal powers.Statistical ModeIn Statistical Mode, the PMX40 plots the Complementary Cumulative Distribution Function (CCDF). The CCDF plot shows the rate of occurrence of a specific crest factor for signals, such as those used in 5G, 4G/LTE, and Wi-Fi applications.PMX40 RF Power Meter – Front PanelConnect up to 4 USB sensors for multi-channel measurements.Multi-touch display with intuitive user interface.One touch to quickly access presets and favorite functions.Sync ports to source or receive triggers for timing and synchronization.Test source to verify sensor operation.The PMX40’s intuitive, multi-touch display enables fast configuration of up to four sensors as well as easy access to measurement and analysis tools, providing a standalone solution for capturing, displaying, and analyzing peak and average RF power in both the time and statistical domains. The meter also incorporates a test source to verify sensor operation.High-Performance and Versatile USB Power Sensors• Real-Time Power Processing™ technology with virtually zero measurement latency • 100,000 measurements per second • 80 dB dynamic range• Synchronized multi-channel measurementsAll RTP Real-Time Power SensorsThe Boonton PMX40 Power Meter utilizes Boonton RTP and CPS families of USB RF power sensors with indus-try leading performance and capabilities. All RTP sensors incorporate the unique Boonton Real-Time Power Processing™ technology, which virtually eliminates gaps in measurement suffered by other power sensors and enables industry best measurement speeds. In terms of RF performance, the RTP5000 series Real-Time Peak Power Sensors are the fastest responding sensors with 3 ns rise times and 195 MHz of video bandwidth. The RTP4000 series Real-Time True Average Power Sensors enable the lowest frequency measurements for diode-based average power measuring sensors and can make accurate measurements virtually independent of signal modulation bandwidth. CPS sensors offer flexible connectivity and performance leadership at anexcellent price point.Real-Time Power Processing™Boonton Real-Time Power Processing 1 dramatically reduces the total cycle time for acquiring and processing power measurement samples. By combining a dedicated acquisition engine, hardware trigger, integrated sample buffer, and a real-time optimized parallel processing architecture, Real-Time Power Processing™ performs most of the sweep processing steps simultaneously, beginning immediately after the trigger instead of waiting for the end of the acquisition cycle.The advantages of the Real-Time Power Processing technique are that key processing steps take place in parallel and keep pace with the signal acquisition. With no added computational overhead to prolong the sweep cycle, the sample buffer cannot overflow. As a result, there is no need to halt acquisition for trace processing. This means gap-free signal acquisition virtually guarantees that intermittent signal phenomena such as transients or dropouts will be reliably captured and analyzed.1RTPP is available within the RTP500 and RTP4000 sensors.Software FeaturesMeasurement Buffer ModeThe RTP series Measurement Buffer Mode is a remote control function that works in conjunction with Real-Time Power Processing to provide only therelevant burst or pulse information, eliminating the need to download and post-process large sample buffers. As a result, users can collect and analyze measurements from a virtually unlimited number of consecutive pulses or events without gaps. A wide variety of parameters can be calculated and plotted, such as duty cycle, pulse repetition rate, pulse width variation, and pulse jitter. In addition, anomalies,such as dropouts, can be identified.Dropouts, such as those shown left, are the sorts of events often missed by conventional power meters due to the acquisition gaps while processing takes place.Example seven pulse waveform.Measurement buffer data returned for waveform in above.Wi-Fi and Wireless Communication Signal AnalysisCharacterization and compliance testing of Wi-Fi and LTE chipsets and devices involves significant challenges for design and test engineers. With multiple-input, multiple-output (MIMO) architectures and channel bandwidths up to 160 MHz, testing is complex, especially when measuring RF power per channel and time alignment between channels. The PMX40 enables packet power measurements to be performed independently on multiple synchronous or asynchronous transmit chains with a common timebase shared among sensors.Use markers to define a portion of the waveform on which to make measurements. “Between Marker” measurements are ideal for monitoring specific portions of a packet over long intervals.Video bandwidth (VBW) describes the ability of a power sensor to track peak (envelope) power. Insufficient VBW will result in errant envelope and average power measurements. The PMX40 offers the widest video bandwidth (195 MHz) making it ideal for measuring 80 MHz, 100 MHz, and 160MHz channels.By comparing the peak-to-average power ratio, or crest factor (CF), of input and output signals of an RF transmission chain, engineers can assess circuit linearity. Additional insight can be provided with the PMX40 statistical mode Complementary Cumulative Distribution Function (CCDF) plot displaying the rate of occurrence of a specific CF. As an amplifier output compresses, the CF will reduce and the CCDF plot will move left.Indication of amplifier output compressionCrest FactorSecondary Surveillance Radar (SSR)Design, verification, troubleshooting and maintenance of secondary surveillanceradar (e.g. IFF-based radar) has never been more demanding.Proper design and operation of SSR systems is critical to the safety and security of aviation. The PMX40 can b e u sed t o easily a nd accurately capture SSR waveforms. Markers enable measurements on specific portions of the waveform.Industry-leading rise time (<3 ns) enables characterization of the most demanding radar signals.Utilize the superior 100 ps time resolution to zoom and uncover signal characteristics that might otherwise be missed.Key Features and Functionality• Data displayed as numerical meter or waveform trace • Statistical analysis with CCDF plot• Multiple marker measurements, including between marker data and marker ratios • Automated measurements; e.g., 16 automated pulse measurements • Export measurement data in .csv or .pdf formats • Up to 8 simultaneous power measurement channels• Simulation mode available to preview functionality when a sensor is not availableKey Features and Functionality• Large numeric readout and/or analog meter display • Zoom and pan through data logging strip chart• Quickly set frequency, aperture (averaging) and offset values all from the main screen• Calculates ratios between sensor measurements • Control up to 8 sensors at once• Simulation mode available to preview functionality when a sensor is not availableSensor SoftwarePower Viewer – Simple and Intuitive Measurement Software(for standalone operation of the CPS2000 Series of sensors)Power Viewer is a complimentary PC-based software package for CPS2008 sensor control, measurement configuration, and analysis. It includes USB drivers, remote control API, firmware updater and virtual instrument application.(for standalone operation of the RTP4000 and RTP5000 series of sensors)Power Analyzer is a complimentary PC-Based software package for RTP5000 and RTP4000 sensor control, measurement configuration, and advanced analysis. It includes USB drivers, remote control API, firmwareupdater and virtual instrument application.Power Analyzer - Advanced Measurement and Analysis SoftwareSensor SpecificationsRTP5006RTP5318 RF Frequency Range50 MHz to 6 GHz50 MHz to 18 GHz Dynamic RangeSpecificationsChannels Up to 4 Sensors RTP5000 SeriesRTP4000 SeriesCPS2000 Series Display5-inch WVGA multi-touch display with intuitive graphical user interfaceDisplay Modes Trace (power vs time)Statistical measurements Meter (numeric display)CCDFAutomatic measurements (pulse, statistical, and markers measurements)Marker Measurements (in Trace View)Markers (vertical cursors)Marker IndependentlyInterval Between MarkersPair of MarkersSettable in time relative to the trigger positionAvg, Min and Max Power at a specified time offsetAvg, Min and Max Power over the defined intervalRatio of power values at each markerPulse Mode – Automatic Measurements Pulse rise-timePulse widthPulse periodPulse duty cyclePulse peakPulse overshootTop level powerEdge delayPulse fall-timePulse off-timePulse repetition frequencyWaveform averagePulse averagePulse droopBottom level powerPulse edge skew between channelsStatistical Mode –Automatic Measurements Peak powerMinimum powerDynamic rangeCrest factor at cursorAverage powerPeak to average ratioPercent at cursorCrest factor at various percentsTrigger Synchronization*ModeSourceInternal Level RangeExternal Level RangeSlopeHold-off, Min Pulse Width, Max Trigger RateAmong RTP Series(internal trig distribution)Normal, Auto, Auto Pk-to-Pk, Free Run Any connected RTP Series sensor (via SMB’s) or rearpanel external trigger -40 dBm to +20 dBm (sensor dependent)±5 volts or TTL+ or -Sensor and timebase dependentTime Base Time Base Resolution, Range, AccuracyTime Base DisplayTrigger Delay RangeTrigger Delay ResolutionSensor dependent Sweeping or Roll Mode Sensor dependent0.02 divisionsSpecifications, ContinuedInputs/Outputs (front panel)USB with SMB trigger port Test Source50 MHz(optional rear panel placement)Inputs/Outputs (rear panel)LANUSB with SMB trigger portWireless Telecom Group Inc. 25 Eastmans Rd Parsippany, NJ United StatesTel: +1 973 386 9696 Fax: +1 973 386 9191 © Copyright 2020 All rights reserved.B/PMX40/0520/ENNote: Specifications, terms and conditions are subject to change without prior notice.PMX40RF Power Meter (includes 2 active channels)OptionsPMX40-4CH PMX40-GPIB PMX40-RTSAdds 2 Active Channels (for a total of 4)GPIB Control (internally installed)Moves Test Source output to the rear panelIncluded AccessoriesInformation Card (provides information on where to download the latest manual, software, utilities)Optional AccessoriesPMX40-RMK PMX40-TCASEFull-width 19” Rack Mount Kit (includes handles & hardware for mounting one or two meters)Transit case, hold the PMX40 and up to 4 sensorsRF Power SensorsCPS2008RTP4006RTP4106RTP4018*RTP4040*RTP5006RTP5318RTP5518RTP5340RTP5540True Average Connected Power Sensor Real-Time True Average Power Sensor Real-Time True Average Power Sensor Real-Time True Average Power Sensor Real-Time True Average Power Sensor Real-Time Peak Power Sensor Real-Time Peak Power Sensor Real-Time Peak Power Sensor Real-Time Peak Power Sensor Real-Time Peak Power Sensor50 MHz to 8 GHz 10 MHz to 6 GHz 4 kHz to 6 GHz 10 MHz to 18 GHz 10 MHz to 40 GHz 50 MHz to 6 GHz 50 MHz to 18 GHz 50 MHz to 18 GHz 50 MHz to 40 GHz 50 MHz to 40 GHzIncluded AccessoriesInformation Card (provides information on where to download the latest manual, software, utilities)0.9 m BNC (m) to SMB (m) cable (RTP sensors)0.9 m SMB (m) to SMB (m) cable (RTP sensors)1.8 m USB A (m) to USB B (m) locking SeaLATCH cable (RTP sensors)1.6 m USB A (m) to USB B (m) cable (CPS sensors)Ordering Information*RTP4018 and RTP4040 are currently in development. Specifications and performance subject to change。
功能参数简表vF0基本功能
0.OOHz一最大频率
0.01Hz
0.∞Hz
⅛
34H
F2-07
AI2最大输入
0.∞V-10.00V
0.01V
10.OOV
*
35H
F2-08
AI2最大输入对应设定频率
O.OOHz~最大频率
0.01Hz
50.00Hz
*
36H
F2-09
AI2输入谑波时间
0.00s~5.00s
0.01s
F4-11
设定运行时间
0h-65535h
1h
Oh
⅛
62H
F4-12
运行时间到达动作选择
0：继续运行
1：停机
1
1
★
63H
F4-13
频率检测值（FDT电
平）
O.OOHz~最大频率
0.01Hz
50.00Hz
A
64H
F4-14
频率检测FDT滞后值
O.O%~1OO.O%(FDTEII
0.1%
5.0%
*
65H
F4-15
多段速度5
0~最大频率
0.01Hz
20.00Hz
⅛
6EH
F5-06
多段速度6
0~最大频率
0.01Hz
25.00Hz
⅛
6FH
F5-07
多段速度7
0~最大频率
0.01Hz
28.00Hz
⅛
70H
F5-08
多段速度8
0~最大频率
1：启动时运行
1
1
⅛
2BH
F1-17
F1-18
保留
GSK980T参数说明书
参数一览表模拟主轴主轴为变频器控制或受模拟量控制时为“1”手轮“1”为手轮方式；“0”为单步方式半径编程X轴半径编程设为“1”标准设定：00000001RS232：通讯口设为“1”时RS232口通讯有效刀补C（选配功能）：“0”无刀补C功能，“1”有刀补C功能标准设置：11001000刀补方式“0”以刀具移动方式执行刀补；“1”以坐标偏移方式执行刀补螺补（选配功能）“0”无螺补功能，“1”有螺补功能标准设定：01000100ABOT 1：绝对坐标断电不记忆0：绝对坐标断电记忆PDRN 1：空运行时。
快速运动指令运行有效（在返回参考点以前）0：空运行时，快速运动指令运行无效DECI 1：在返回参考点时减速信号为“1”表示减速0：在返回参考点时减速信号为“0”表示减速ORC 1：偏置值以半径表示0：偏置值以直径表示TOC 1：偏移矢量在复位时保持不变0：偏移矢量在复位时被清零DCS 1：按MDI面板上OUT键就直接使当前程序段运行。
（仅MDI方式）0：按循环起动信号时启动（仅MDI方式）PROD 1：在位置显示器上的相对坐标为编程位置0：在位置显示器上的相对位置含有刀具偏置后的位置SCW 1：最小指令增量按英制系统（机床是英制系统）0：最小指令增量按公制系统（机床是公制系统）标准设定：11000000SMA 1：S代码时主轴手动换挡0：S代码时主轴自动换挡M30 1：M30执行时，光标立刻回开头（B型）0：M30执行后，再次循环起动时光标返回开头（A型）EDTB 1：编辑插入机能A0：编辑插入机能BDRDY 1：驱动器/伺服准备好信号为1时准备好0：驱动器/伺服准备好信号为0时准备好PPD 1：用绝对编程零点（G50）也设置相对坐标值0：用绝对编程零点（G50）不设置相对坐标值PCMD 1：输出波形是脉冲0：输出波形是方波标准设定：00010001CM98 0：编入系统标准以外的M，S，T代码时，系统将产生相应的报警1：编入系统标准以外的M、S、T代码时，系统不产生报警，而会自动调用一个相应的子程序1.1 M代码，当系统执行标准以外的M代码时，调用的子程序为M○○M○○：调用子程序90○○1.2 S代码，当系统执行S10~S99时，调用的子程序为S□□S□□：调用子程序91□□注：当选择主轴模拟电压输出时，S代码不调用子程序1.3 T代码，当系统执行T10~T99时，调用的子程序为：T△△：调用子程序92△△注1：当执行非标准的M、S、T时，必须输入相应的子程序，否则会产生078号报警注2：非标准的M、S、T代码不能在MDI方式下运行，否则会产生M/S或T代码的报警注3：在对应的子程序中即可以编入轴运动指令，也可以对输出点进行控制（关和开），也可以根据DI的信号进行转跳或进行循环，或某一DI信号作为M/S/T的结束信号，OVRI 0：否则，进给倍率开关不对ZMX、ZMZ 当接通电源时，X轴、Z轴的参考点返回方向和原始的方向间隙方向0：返回参考点方向及间隙方向为负1：返回参考点方向及间隙方向为正注：电源接通后，当该轴向与本参数设定的反方向运动时，最初完成反向间隙补偿标准设定：00000000SMZ 0：程序段拐角处的速度控制1：所有含运动指令的程序段速度减速到零后，才执行下个程序段ZCX、ZCX 0：返回机械零点需要减速开关及零位信号1：磁开关回零方式C（在所有机械零点时有效如果机床零点在轴“正”端（从负方向向正向回零）时，需设置参数P006ZMZ~ZMX为负向回零方式。
纳普电参数测试仪PM9800说明书
PM9800使用说明书东莞纳普电子科技有限公司Ver1.7PM9800电参数测量仪(基础型)目录前言 (2)提醒与警告 (3)第1章概述 (4)1.1简述 (4)1.2主要技术指标 (4)1.3面板结构 (7)第2章操作说明 (9)第3章检定与校准 (11)第4章使用注意事项与故障排除方法 (12)第5章更多产品介绍 (13)PM9800电参数测量仪(基础型)前言感谢您购买并使用本公司的产品！本手册是关于仪器的功能、设置、接线方式、操作方法、故障时的处理方法等的说明书。
在操作之前请仔细阅读本手册，正确使用。
在使用本仪器前请首先对照装箱单对产品及附件进行确认，若有不符，请与本公司或销售商联系。
注意本手册内容因版本升级或功能升级等而有修改时，产品性能、内部结构、包装等进行修改时而不作另行说明。
关于本书内容，我们确认正确无误，但是一旦您发现有不妥或错误时，请与我们取得联系。
版本Ver1.7PM9800电参数测量仪(基础型)提醒与警告提醒为了您能安全的使用本仪器，操作时请务必遵守下述安全注意事项。
如果用本手册上所述的其它方法操作仪器，有时会损坏本仪器提供的保护。
如果是因为违反这些注意事项而产生的故障，我公司不承担责任。
警告电源与接地保护为了保证操作人员的人身安全，在将电源线接到仪器前，应检查使用场合的电源相位、零线、保护地线是否正确连接，保护地线应可靠的与大地连接，以防机壳带静电。
（注：塑料机壳无接地线）在接通本仪器的电源之前，请务必先确认仪器的电源电压是否与供给电源的电压一致。
不要在带电的情况下插拔接线端子，防止对人体造成伤害以及保护仪器不必要的损坏。
不允许连续不停的开关仪器，以免引起程序紊乱从而造成校正数据丢失而无法正常测量。
仪器外壳如不是本公司维修技术人员，请不要打开我们仪器的外壳，本仪器内，有些部分是高压，危及生命。
PM9800电参数测量仪(基础型)第1章概述1.1简述PM9800电参数测量仪是本公司最新研制的高性价比的测量仪器，能测量出电压V、电流A、功率W、功率因数PF、频率Hz等参数。
纳普 PM9200说明书
PM9200高精度功率计
PM9200的设计采用了先进的32位高速处理器和双路24位AD转换器，具有高精度，宽动态范围，结构紧凑灵巧等特点，是新一代数字新型功率分析仪。随着新能效标准的不断推出，都围绕着如何提高节能性能展开激烈的竞争，PM9200是众多企业评估设备节能性能的功率测量仪器，具有高精度，超低待机功耗测量等特点，同时RS232/485,USB,以太网等接口基本满足用户不同的测试通信需求。
0.0001mW
功率因数
0.01～1
0.5 Hz ≤ f≤ 66 Hz ±0.01
66 Hz < f ≤ 1 kHz ±0.02
0.001
频率
0.5Hz～1KHz
0.1％
0.001Hz
电能累计
0～999999MWh
0～-99999MWh
DC ±(读数的0.1% +量程的0.2% )
0.5 Hz ≤ f< 45 Hz ±(读数的0.3% +量程的0.2% )
45 Hz ≤ f ≤ 66 Hz ±(读数的0.05% +量程的0.1% )
66 Hz < f ≤ 1 kHz ±(读数的0.1% +量程的0.2% )
0.0001mAh
电能计时
99999h
± 2秒/小时
1秒
谐波
1～50次
精度等级：
B级IEC61000-4-7
基波频率最高分析次数
10Hz~65Hz 50
测量精度（0.15%）
参数
测量范围
误差
分辨率
电压
(0.5～600)V
DC ±（读数的0.1%量程的0.2% )
0.5 Hz ≤ f< 45 Hz ±(读数的0.1% +量程的0.2% )
JUMO ecoTRON M T数字温度计及电子微幅计PR 70055 GB说明书
J ecoTRON M /TDigital Thermostats and Electronic MicrostatsP R 70055 G BBlock diagramecoTRON M ecoTRON Tapplies only to JUMO ecoTRON MC o m p a c t e l e c t r o n i c m i c r o s t a t (f o r h e a t i n g o r c o o l i n g )■integrated defrosting function ■operating hours counter■Symbols for operating modes, °C, °F , hours, minutes and seconds in display ■easy operation using four keys■bezel 76mm x 36mm, depth behind panel 56mm ■enclosure protection: front IP 65, rear IP20C o m p a c t d i g i t a l t h e r m o s t a t (f o r h e a t i n g o r c o o l i n g )■10A relay (changeover contact)■3-digit LC display with special characters for °C and °F ■easy operation using three keys ■dimensions 90mm x 22,5mm x 60mm ■enclosure protection: front IP 65, rear IP20C o m m o n f e a t u r e s■heating or cooling is configurable ■Limit monitoring■available for resistance thermometer,thermocouple, standard current or voltage signals, according to choice ■choice of a 10A relay or two 5A relays ■time-delayed switch-on after power-on isselectable, e. g. for staggered starting of several equipment units■Parameter level protected by code ■Setup program for configuration and archiving via PC ■customized linearization via tabular function in the setup program ■UL approval applied forTiming functions for theecoTRON MThe heating controller distinguishes between “Heating, no time limit” and “Heating, with time limit”. The example “Heating, no time limit” illustrates that the control action can be manually canceled or restarted by using the start/stop key. The example “Heating, with time limit” shows the controller remaining inactive after the end of the heating period until it is manually started from the start/stop key. The heating process can be canceled at any time using the start /stop key.Operating time counterThe operating time counter is used for plant maintenan-ce or for registering operating times (active relay time).The operating time counter features three parameters:– “t. Si” service interval – “t. S” current service counter – “t. h” operating time counter (totalizer)When the selected service interval is reached, this is shown in the display. A maximum of 9900 operating hours can be counted.Main areas of application• Refrigeration • Air conditioning • Heating and ventilation • Baking ovens and fryers • Solar and heat pumps • Incubators and warming ovens• Transformer and storage temperature monitoringCooling controllerHeating controllerThe cooling controller makes a distinction between the functions “Cyclic cooling with defrosting” and “One-off defrosting”. The example “Cyclic cooling with defrosting” shows the controller starting with a defrosting phase after power ON. Cooling is initiated after the end of the defrosting phase. The example “One-off defrosting” illu-strates that defrosting can only be initiated manually by pressing the start/stop key.❒Please send me full information (Data Sheet 70.1050, 70.1060)Please send me❒your product guide (PR 00046 GB)❒your free CD “Products”❒Please arrange a personal discussionwith .......................................................................Phone ...................................................................Date /time ...........................................................PR 70055 GB …J ecoTRON M /T “Sender:NameCompanyAddress IndustryPhoneFaxe-mailDate stamp and signatureFax reply(for fax number see address below)JUMO GmbH & Co. KGJUMO Instrument Co. Ltd.JUMO PROCESS CONTROL INC.Street address:JUMO House885 Fox Chase, Suite 103Moltkestraße 13 - 31Temple Bank, RiverwayCoatesville PA 19320, USA 36039 Fulda, Germany Harlow, Essex CM 20 2TT, UK Phone:610-380-8002Postal address:Phone:+44 12 79 63 55 331-800-554-JUMO36035 Fulda, Germany Fax:+44 12 79 63 52 62Fax:610-380-8009Phone:+49 661 6003-0e-mail:*************.uk e-mail:****************Fax:+49 661 6003-607Internet:Internet:e-mail:*************Internet:11.04/00418992。
PM100功率计技术参数
PM100功率计技术参数PM100技术规格序号规格/要求备注1 精度、带宽、采样率功率测量精度：±(0.1%读数+0.1% 量程）（45~66Hz）带宽：DC，0.5Hz～10kHz；采样率：20KS/s；2 功率输入模块：1个20A功率输入单元可测试高达20A电流3 测量项目：可测量电压、电流、功率、功率因数等基本功率参数，同时支持交直流信号测量。
4 支持积分测量功能：可计算Ah、Ah+、Ah-、Wh、Wh+、Wh-、积分平均有功功率、积分时间参数，可设置连续积分模式或普通积分模式，同时支持自动量程下的积分。
特色功能：支持自动量程下的积分6 电固定量程模式下，输入量程：15V、30V、60V、150V、300V、600V；7 固定量程模式下，电流直接输入量程：5mA、10mA、20mA、50mA、100mA、200mA、0.5A、1A、2A、5A、10A、20A特色功能：支持六级能效测试8 连续最大允许输入值：电压：1.5kV的峰值和1kV电压有效值中取较小值电流：100A峰值和30A有效值中取最小值9 瞬时最大允许输入值：电压：2kV 的峰值和 1.5kV 电压有效值中取较小值电流：150A峰值和40A有效值中取最小值11 最大连续共模电压（50/60Hz）：600Vrms，CAT I12 电压和电流的最大显示值为0.5% ~ 140%13 输入阻抗：电压：2M?，输入电容：13pF（与电阻并联方式）电流：输入电阻约 5m?，输入电感0.1μH14 数据更新率：100ms、250ms、500 ms、1s、2s、5s15 线路滤波器：可选择OFF，500Hz16 频率滤波器：可选择OFF，500Hz17 通讯接口： RS-232、I/O侦测18 供电电源：220V（AC、50~60Hz）19 频率测量：支持所有通道电压、电流频率同时测量与显示；特色功能：支持所有通道电压、电流频率同步测量与显示；20 输入端子类型：电压输入：插入式安全端子（4mm香蕉插座）电流输入：大接线柱传感器输入：安全BNC端子。
华为ATN980指标
980主要规格如下：属性980描述容量背板交换容量：285Gbps端口容量: 20Gbps转发性能: 30Mpps槽位分布1个业务槽位、2个主控、4 个灵活子卡槽位、2个电源、1个风扇接口类型通道化 STM-1 、10GE-WAN/LAN、GE(光)/FE(光、电)、E1(75/ 120ohm) 时钟同步支持以太时钟同步, ACR(自适应时钟恢复), 1588v2二层特性●支持IEEE802.1q, IEEE802.1p, IEEE 802.3ad IEEE 802.1ab, ●支持STP/RSTP/MSTP, RRPP, VLAN SwitchIPv4/IPV6 路由特性●支持静态路由, RIP/RIPng, OSPF/OSPFv3, IS-IS/ISISv6,BGPv4/BGP4+ ，IPv6 over Ethernet，IPv6CP IPv6 ACL/Telnet,IPv6 MPLS VPN(V6 PE),IS-IS MTL2/L3 VPN 特性●支持LDP over TE, VPLS/H-VPLS, VPN策略路由,●支持Martini 和 Kompella方式的MPLS二层VPN●支持VLL/VPLS 接入L3 VPN●支持QinQ, MPLS/BGP 三层VPN, option A/B/C的Inter-AS VPN组播●支持IGMP v1/v2/v3, IGMP Snooping, 组播 VPN●支持静态组播路由, PIM-DM/SM/SSM等组播路由协议●支持组播和流量工程同时部署●支持组播 CACQoS ●支持WRED, 8CT DS-TE, 5级H-QoS调度, VLL/PWE3 QoS, ●支持业务精细化运营网络可靠性●支持IS-IS NSR,BGP/IS-IS/OSPF GR●支持LDP GR/RSVP GR/NSF, VLL/VPLS/L3VPN GR/NSF,●支持BGP/IGP/组播快速收敛●支持IP/LDP FRR, TE FRR, VPN FRR以及VLL FRR●支持静态路由,IS-IS, RSVP, LDP, TE, LSP, PW, OSPF, BGP, VRRP,PIM,RRPP的BFD功能●支持RRPP 环网保护技术,●支持MC-trunk, MC-APS, MSP 1+1●支持MPLS OAM N:1 保护，Ethernet OAM(L2 LSA , 802.1ag and802.1ah), PWE3 端到端保护尺寸(长*宽*高) 442mm×220mm×132mm 重量14KG (满配置)最大功耗480W属性980描述环境工作温度: -20°C to +60°C温度变化速率限制: 30°C/小时工作环境现对湿度(长期): 5% RH to 85% RH, 无凝结工作环境现对湿度(长期): 0% RH to 95% RH, 无凝结长期工作海拔高度: ≤3000 米。
数字电参数测量仪PM9804 06 08 13 15 操作说明书
PM9804/06/08/13/15数字电参数测量仪操作说明书东莞纳普电子科技有限公司前言 (01)第一章概述 (04)1.1简述 (04)1.2主要技术指标 (04)1.3面板结构 (07)第二章操作说明 (10)1、仪器显示 (10)2、7段数码管字符对照表 (10)3、设置按键说明 (11)4、功能设置操作流程 (11)第三章检定和校准 (25)1、仪器检定所需要的设备 (25)2、检定和校准的接线方法 (25)第四章继电器口使用说明（仪表选配功能） (26)1、继电器处于H H—L L模式时 (26)2、继电器处于GONG模式时 (26)3、可以通过修改Dely值，设定报警延迟时间 (26)第五章串行口使用说明 (27)1、串行口的两种方式 (27)2、串行口的引脚定义 (27)第六章使用注意事项及故障排除方法 (28)1、仪器使用注意事项 (28)2、仪器的故障及排除方法 (28)3、保险丝的更换方法 (28)感谢您购买并使用本公司的产品！本手册是关于仪器的功能、设置、接线方式、操作方法、故障时的处理方法等的说明书。
在操作之前请仔细阅读本手册，正确使用。
在使用本仪器前请首先对照装箱单对产品及附件进行确认，若有不符，请与本公司或销售商联系。
请注意以下事项1.本手册内容因版本升级或功能升级等而有修改时，产品性能、内部结构、包装等进行修改时而不作另行说明。
2.关于本书内容，我们确认正确无误，但是一旦您发现有不妥或错误时，请与我们取得联系。
3.本手册的版权归东莞纳普电子科技有限公司所有。
在未经本公司书面许可的情况下，严禁以任何形式复制、传递、分发和存储本手册的任何内容。
4.本公司遵循持续发展的策略。
因此，本公司保留在不预先通知的情况下，对本手册中描述的任何产品进行修改和改进的权力，本手册的内容可能因为修改和改进而产生未经预告的变更。
如有不详之处，请参照本手册提供的信息联系。
5.在产品使用过程中出现任何不正常事项或意外之处，请参照本手册提供的信息联系。
新代参数说明
設X軸尋原點方法
[0,1]
0:有DOG開關;
1:編碼器索引
~1200
Reserved for homing parameters
保留
1221~
1240
啟動背隙補償功能
[0,1]
背隙補償功能起動,關閉,進行背隙量測時,需將此功能先關掉
1241~
1260
背隙補償量
[0,
999999999]
1631~
1640
主軸零速OFFSET速度
[-100000,
+100000]
0.001 RPM
主軸零點OFFSET量
1641~
1650
主軸編碼器極性
[0,1]
設定為0:正極性，M03主軸正轉，編碼器遞增，M04主軸反轉，編碼器遞減；設定為1:負極性，M03主軸正轉，編碼器遞減，M04主軸反轉，編碼器遞增。
1681~
1700
第一檔螺桿側齒輪齒數
第一檔馬達側齒輪齒數
[1,
999999999]
主軸第一檔齒輪比
1711~
1720
*主軸安裝位置編碼器
[0,1]
主軸轉速是否以編碼器實際回授值顯示
1721~
1730
主軸寸動速度
[0,1000]
RPM
主軸寸動功能起動時,主軸運轉速度(低速) ,不分JOG或AUTO,，此速度不受主軸最低速度限制
原點偏移量
參考點
軟體行程極限
301~320
雙回授第二位置感測器迴授倍頻
[1,4]
雙回授第二位置感測器卡ENCODER或光學尺倍頻數設定,全部設定4
321~340
設定軸的名稱
【精品】9806H产品介绍
Confidential
© 2006, ZTE Corporation. All rights reserved.
非法包的抑制机制
冲击波影响－无抑制
宽带超级管理
冲击波影响－有抑制
宽带超级管理
安全保障篇
城域网 9806H
非法广播包 非法组播包 未知单播包
城域网 9806H
Confidential
© 2006, ZTE Corporation. All rights reserved.
电源和状态 电源
控制总线 业务总线
电源 控制总线 业务总线
系统篇
9806H硬件架构
背
板
风扇
VOIP子卡（可选） 控制交换板
上联子卡
用户板
Confidential
© 2006, ZTE Corporation. All rights reserved.
系统篇
主要板卡-控制交换板（SCCB）及子卡
上联子卡：
ZXDSL 9806H V2.0
2008年1月
系统结构 功能特色 应用场景
Confidential
© 2006, ZTE Corporation. All rights reserved.
系统示意图
系统篇
电源板 风 扇
主控板
用户板1 用户板2 用户板3 用户板4
Confidential
© 2006, ZTE Corporation. All rights reserved.
Soft Switch
H.248
IP CORE
ZXDSL 9806H
DSL
H.248 ZXDSL 9806H
DSL
GUPM 100 USB光纤功率计说明书
1GUPM100 USB Optical Power MeterFunction and Specifications 520824692Table of ContentsI. Introduction (3)II. Device Overview (4)III. Data Manager for Windows (5)IV. GVIS for Windows (9)V. Technical Support (12)3 I. IntroductionThe GUPM 100 USB Optical Power Meter allows test technicians to measure absolute power anddB insertion loss on fiber optic cables when used in conjunction with an approved laser or LED light source. The GUPM 100 Optical Power Meter is lightweight and simple to connect to Windows and Android devices to save live readings and attach them to fiber endface images, if necessary.It is important to note that dB loss and absolute power readings can be affected by dirt or defectson fiber endfaces. It is imperative that test technicians have a full understanding of inspection and cleaning procedures when testing fiber optic networks.4II. Device Overview*Accuracy measured at -10dBm and 25-degrees Celsius, all other specifications are at 25-degrees Celsius5 III. Data Manager for WindowsThe Data Manager software for devices running Windows Vista, 7, and 8 will allow the user to fully control the measurement settings of the GUPM 100.When the Data Manager software is open and the GUPM 100 is successfully connected to the com-puter, a message reading “GUPM - 100 connection successful” (outlined in red above) will appear in the bottom left corner of the window.Users will fill out all of the Test Settings (outlined in blue above) before exporting their readings. All of this information will be included in the closeout report.Before beginning dB loss tests, the appropriate dB loss budget and color codes should be set in the software. Click Settings>Report Settings to access the window shown below. Click “Enable” nextto the wavelength to be tested, use the Minimum and Maximum fields to set your loss budget, and select a cable color configuration (if applicable). Click “OK” to return to the main screen.6A live dB loss or absolute power measurement appears in this black box. Acceptable readings will be highlighted in green, and unacceptable readings will be highlighted in red. The current selected wavelength is shown to the right of the measurement.This drop-down box allows the user to select which wavelength the GUPM 100 will measure:the measurement units the software will display. The options are as follows:dB - for insertion loss measurements dBm - for absolute power measurements dB Set Ref - used to “zero” the unitmeasurement reading to a temporary location in the software. Saving readings is also accomplished using the “Save”button on the GUPM 100 unit.The “Populate” button creates aspreadsheet-style list of the selected color codes, so loss readings can be saved as they are measured.any saved readings from the index within the software.Most of the functions of the GUPM 100 will be controlled from within the Data Manager software. Look to the left side of the window to view the power meter user interface.7GUPM-100Clicking File>Export to Excel creates a full report with all test settings, report settings,and dB loss measurements included. See next page.Depending on the valuesentered in the Report Settings window, the Pass/Failcolumn will indicate whether the saved reading is good or bad.Clicking “Save” enters the current measured value into the list. The blue highlighted row indicates where the next reading will be saved.enters the selected color codes into the spreadsheet.reading is saved bymistake, users can click the incorrect row and save another reading over it.8REPORTGUPM 100-02GUPM Test Data9 IV. GVIS for WindowsThe GVIS software for devices running Windows Vista and 7 will allow the user to fully control the measurement settings of the GUPM 100 and save dB loss or absolute power measurements directly to their fiber endface images.GREENLEE GVISGUPM-100 connection successfulWhen the GVIS software is open and the GUPM 100 is successfully connected to the computer, a message reading “GUPM - 100 connection successful” (outlined in red above) will appear in the bot-tom left corner of the GVIS window.Before beginning dB loss tests, the appropriate dB loss budget should be set in the software. Nav-igate to the “Pass/Fail Settings” tab to access the window shown below. Click “Enable” next to the wavelength to be tested, then use the Minimum and Maximum fields to set your loss budget. Return to the “Reports” tab to begin testing.GREENLEE GVISGUPM-100 connection successful10Most of the functions of the GUPM 100 will be controlled from within the GVIS software. Look to thebottom left side of the window to view the power meter user interface.This drop-down box allows the user to select which wavelength the GUPM 100 will measure:A live dB loss or absolute power measure-ment appears in this black box. Acceptable readings will be highlighted in green, and unacceptable readings will be highlighted in red. The current selected wavelength is shown to the right of Clicking the “Save” button will save the current mea-surement to the ber end-face image(s) selected in the “Reports” tab of GVIS.This drop-down box allows the user to set the measurement units the software will display. The options are as follows:dB - for insertion loss measurements dBm - for absolute power measurements dB Set Ref - used to “zero” the unitThe “Hold” button will freeze the current measurement on screen. When clicked, the text on this button will change to “Read.” When “Read” is clicked, the measurement will return to a live reading.11To save measurements to endface images,select one or two images using the checkboxes or by holding the Ctrl key on thekeyboard while selecting the images.The “GVIS Report” buttonallows the user to view a fullbuttons to obtain and save apassing measurement.“Save” button is pressed. Use this box to choose thelocation to which the loss reading will be saved.When “Always Just Trunk” is selected, themeasurement will be saved as a trunk reading only.GVIS Loss ReportGVIS Loss Report12IV. Technical SupportIf you need technical assistance or have specific questions about any procedures or guidelines in this guide, please contact our technical support teamCustomer Service & Tech SupportEmail:*********************************.comPhone: 1 800-642-2155 Option 1, then Option 1 for Customer Service Fax: 1 760-598-5634Technical SupportEmail:******************************************.comPhone: 1 800-642-2155 Option 1, then Option 2 for Technical Support。
6RA70参数表
功能 运行显示 一般只读参数 访问权等级 SIMOREG DC MASTER 整流器定义 SIMOREG DC MASTER 功率部分定义 整流器控制设定值 电动机的定义 脉冲编码器定义，使用脉冲编码器作为速度检测 电枢电流闭环控制，自动换向部分，电枢触发单元 电流限幅，转矩限幅 自动换向部分，电枢触发单元 速度调节器(速度调节器其他参数 P550~P567) 励磁电流闭环控制，励磁触发单元 EMF 闭环控制 斜坡函数发生器 给定值处理 斜坡函数发生器 监控功能和限幅的设定值 限幅值监控的设定值 可设置的固定值 固定控制位 数字给定输入(固定给定值，点动和爬行给定) 用脉冲编码器的位置检测 连接器选择开关 电动电位计 振荡 “电动机接口”的定义 转矩层输入的配置 速度限幅调节器 摩擦补偿 转动惯量补偿(接入 dv/dt) 速度调节器(速度调节器详细参数见 P200 - P236) 励磁反向 信号的输入量 闭环控制的配置 控制字，状态字 进一步的配置方法 模拟量输入(主实际值，主给定值，可选输入)
转矩方向 M0，MI 或 MII( = RUN)
- - 无有效的转矩方向
I
转矩方向 I 有效(MI)
I I 转矩方向 II 有效(MII)
o1 等待运行使能( = READY) o1.0 抱闸释放延时时间运行。 o1.1 等待在端子 38 的运行使能。 o1.2 等待通过开关量连接器(根据在 P661 中的选择)或控制字位 3 (根据
o7 等待合闸指令( = READY TO SWITCH ON) o7.0 等待通过端子 37 的合闸指令。 o7.1 等待由开关量连接器(根据在参数 P654 中的选择)或控制字，0 位
(根据在参数 P648 中的选择)的合闸指令。 o7.2 等待通过一个外部分闸指令输入的内部分闸取消或等待“用励磁
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PM9806T电参数测量仪（六级能效型）
产品特点：
1、LED数码屏显示：电压、电流、功率、功率因数/频率/谐波
2、所有测量均为真有效值Trms
3、自动量程
4、基本精度：0.5级
5、对外界杂讯具有高免疫力
6、支持数据锁定
7、可设定电流和功率上下限值报警功能；PASS灯绿色，NG灯红色，方便判别
应用领域：
·家用电器的能耗测试
·空调器的能耗测试
·照明电器的功耗
·LED灯具的功耗测试
·电机及马达的测试
·充电器及开关电源的测试
接线方式单相
显示LED数码屏
测量项目电压V、电流A、有功功率W、功率因数PF、频率Hz、1-50次谐波
电压量程5-600V AC(量程自动切换)峰值电压：700V AC最小测试电压：5V AC(低于5V可定制)电流量程0.05mA-5A AC(量程自动切换)峰值电流：6.5A AC最小测试电流：0.05mA AC
功率量程0.001W-3kW(适用于待机功耗测试)
功率因素量程0.001-1.000
计算方式：瓦特(W)÷[电压(V)×电流(A)]=功率因数(PF)
频率量程45-65Hz
通讯接口标配RS232或RS485，选配继电器输出功能基本精度±(0.4%读数+0.1%量程+1字)
测量速度5次/秒
输入阻抗≥1MΩ(所有电压档)
电源供应85-265V AC50/60Hz，85-265V DC
体积与重量355mm长×223mm宽×112mm高，≈1.7kg
附件电源线、说明书、保修卡、通讯线、软件光盘。