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MFLI 与 MFIA 规格

一般规格

贮存温度 +5°C 至 +65°C
贮存相对湿度 < 95%, 无凝结
运行温度 +5°C 至 +40°C
运行相对湿度 < 90%, 无凝结
规格温度 +18°C 至 +28°C
功耗 < 40 W
直流供电 12 V2 A
接口: Switchcraft 760BK, ID 2.5 mm, OD 5.5 mm
交流供电 100 - 240 V (±10%), 50/60 Hz
交流保险丝 250 V2 A, fast, 5 x 20 mm, F 2A L 250V
尺寸(含缓冲) 28.3 x 23.2 x 10.2 cm
11.1 x 9.1 x 4.0 inch
可按需提供机架安装组件
重量(含缓冲) 3.8 kg
推荐校准间隔 2年 (详见背面板贴纸)
保质期 1 年,可延长

解调器

频率范围 0 - 500 kHz; 0 - 5 MHz (参见 MF-F5M 升级选件)
解调器数量 1 个双相位,包含X, Y, R,Θ; 4 个(需要 MF-MD 升级选件
解调器输入信号 信号输入 (V/I),辅助输入,辅助输出,触发输入
滤波器时间常数 337 ns - 83 s
滤波器带宽  (-3 dB) 276 µHz - 206 kHz (4阶)
谐波 1 - 1023
滤波器斜率 6,12,18, 24, 30, 36, 42, 48 dB/oct
额外滤波器 Sinc
相位分辨率 10 µdeg
频率分辨率 1 µHz
辅助输出采样率 612 kSa/s (对每个辅助输出),18位±10 V
1GbE 连接下最大传输速率 200 kSa/s (对全部解调器), 全范围48位
使用本地 USB 闪存下最大传输速率 50 kSa/s (对全部解调器), 全范围48位
数据传输触发模式 连续,边缘触发,门控

参考信号

外部参考信号频率范围 1 Hz - 500 kHz1 Hz - 5 MHz (参见 MF-F5M 升级选件 )
外部参考信号输入 辅助输入, 触发输入, 辅助输出,电流信号输入,电压信号输入
外部参考信号锁定时间 一般低于100周期或1.2 ms中的最大值
外部参考信号数量 1; 2(需要 MF-MD 升级选件
内置参考信号频率范围 DC - 500 kHzDC - 5 MHz (参见 MF-F5M 升级选件)

示波器

输入通道 信号输入(V,I),辅助输入,辅助输出,触发输入,触发输出,信号输出,振荡器相位
示波器模式 时域,频域(FFT)
显示通道数量 1; 2 (需要MF-DIG 升级选件
触发通道 信号输入(V,I),辅助输入,辅助输出,触发输入,触发输出
触发模式 边缘
触发迟滞 全输入范围
预触发 全样本范围
采样率 1.8 kSa/s 至 60 MSa/s
纵向分辨率 16 位
每帧最大样本数 16 kSa; 2.5 MSa 每通道(需要 MF-DIG 升级选件
最低保持时间 1 ms
带宽限制模式的纵向分辨率 通过降采样率平均,纵向分辨率增至 24 位(需要 MF-DIG 升级选件
光标数学功能 位置,面积,跟踪,波拟合,峰值,直方图

频谱分析仪

频率范围中心 0 - 500 kHz; 0 - 5 MHz (参见 MF-F5M 升级选件)
频谱模式 FFT(X+iY), FFT(R), FFT(Θ), FFT(f) and FFT((dΘ/dt)/2π)
统计方式 幅值,频谱密度,功率
平均模式 无,指数移动平均
每频谱最大样本数 8 kSa
最大频率覆盖 58 kHz
窗函数 矩形, Hann, Hamming, Blackman Harris
光标数学功能 位置,面积,跟踪,波拟合,峰值,直方图

参数扫描仪

扫描参数 振荡器频率,解调器相位,辅助输出偏置,信号输出偏置等
扫描参数范围 全量程,线性或对数间距
扫描参数分辨率 任意,受起始终点和扫描点数量影响
显示参数 解调器输出 (X, Y, R, Θ, f),辅助输入
显示选项 单图,双图(波德图等),多曲线
统计方式 幅值,频谱密度,功率
预设测量模式 参数扫描,噪音幅值扫描,频率响应分析,3-omega扫描

电压信号输入

接口 前面板 2 个 BNC,单端或差分
外壳屏蔽 浮地,接地
最大浮地电压 ±1 V
输入阻抗 50 Ω 或 10 MΩ; 27 pF  (>= 300 mV范围)或 40 pF (<= 100 mV范围)
输入频率范围 DC - 500 kHz; DC - 5 MHz (参见 MF-F5M 升级选件)
输入 A/D 转换 16 位, 60 MSa/s
输入噪声幅值 2.5 nV/√Hz(>1 kHz,使用 3.3 mV 输入量程和并使用短路帽); 7 nV/√Hz (10 Hz), 40 nV/√Hz (1 Hz)
输入噪声转折频率 一般 100 Hz(<= 10 mV以下输入范围)
输入电流偏置 一般 ±10 pA,最高 ±200 pA
满量程输入灵敏度
(10 V 输出)
3 V 量程下为 1 nV
AC 输入范围 ±1 mV, ±3 mV, ±10 mV, ±30 mV, ±100 mV, ±300 mV, ±1 V, ±3 V
AC 耦合切断频率 1.6 Hz
AC 耦合最高 DC 偏置 ±10 V
DC 输入范围 ±1 mV, ±3 mV, ±10 mV, ±30 mV, ±100 mV, ±300 mV, ±1 V, ±3 V
输入增益精度 < 1% (< 2 MHz);更高频会受模拟输入滤波器限制
模拟输入滤波器(抗混叠) 1 dB 抑制(5 MHz), 3 dB(12 MHz); 3阶滚降
输入幅值稳定度 0.1%/°C
输入幅值偏置 在 0.5 mV 或 1% 输入范围中取较大值
动态储备 最大 120 dB
谐波失真 80 dBc (<= 100 kHz); 65 dBc (<= 5 MHz); 载波幅度 1 dBFS
相干拾取 < −140 dB (<= 5 MHz, 50 Ω输入阻抗);
< −180 dB (<= 100 kHz,50 Ω输入阻抗)

电流信号输入

接口 前面板 BNC,浮地/接地
外壳屏蔽 浮地,接地
最大浮地电压 ±1 V
输入阻抗 参照 MFIA User Manual 表格 5.9
输入频率范围 DC - 500 kHz; DC - 5 MHz (参见 MF-F5M 升级选件)
输入 A/D 转换 16 位, 60 MSa/s
输入噪声幅度 20 fA/√Hz (>100 Hz, 10 nA输入范围); 200 fA/√Hz (>10 kHz, 1 µA输入范围); 3.5 pA/√Hz (>1 MHz, 100 µA输入范围); 300 pA/√Hz (>1 MHz, 10 mA输入范围)
输入漏电流 ±10 pA
满量程输入灵敏度
(10 V 输出)
±10 mA 量程下为 ±10 fA
输入增益精度 < 1% (当频率低于输入带宽的10%)
输入偏置幅值 1% 输入量程
输入偏置电压 最大 ±2.2 mV
动态储备 最大 120 dB
相干拾取 < 90 GΩ (<= 5 MHz, 100 μA输入范围)
< 140 TΩ (<= 100 kHz,10 nA输入范围)
电流输入量程 跨阻抗增益 带宽 (-3 dB) DC 输入阻抗 输入噪音
10 mA 100 V/A 5 MHz 50 Ω 300 pA / √Hz (100 kHz)
1 mA1 1 kV/A 5 MHz 50 Ω 200 pA/√Hz (100 kHz)
100 µA 10 kV/A 5 MHz 60 Ω 3.5 pA/√Hz (100 kHz)
10 µA1 100 kV/A 5 MHz 60 Ω 2.5 pA/√Hz (100 kHz)
1 µA 1 MV/A 450 kHz 1 kΩ 200 fA/√Hz (1 kHz)
100 nA1 10 MV/A 450 kHz 1 kΩ 150 fA/√Hz (1 kHz)
10 nA 100 MV/A 2 kHz 160 kΩ 20 fA/√Hz (100 Hz)
1 nA1 1 GV/A 2 kHz 160 kΩ 15 fA/√Hz (100 Hz)
1 此量程仅在序列号 MF-DEV3200 或以上的仪器可用

差分信号输出

接口 前面板 2 个 BNC,单端或差分
输出阻抗 50 Ω
输出频率范围 DC - 500 kHz; DC - 5 MHz (参见MF-F5M升级选件)
输出频率分辨率 1 µHz
输出相位范围 ±180°
输出相位分辨率 10 µdeg
差分输出 正弦波(180°相移)
输出 D/A 转换 16 位, 60 MSa/s
输出幅值范围 ±10 mV, ±100 mV, ±1 V, ±10 V (单端,高阻抗负载)
输出功率 对每个 BNC,24 dBm (±10 V, 250 mW)
输出增益精度 < 1% (100 kHz, 所有输出量程)
最大输出驱动电流 100 mA
输出幅值偏置 ±1 mV 或 1% 输出量程的较大值
谐波失真 1V 以下输出量程:85 dBc  (频率 < 100 kHz), 60 dBc (频率 < 5 MHz);10V 输出量程: 80 dBc (< 100 kHz),  50 dBc (< 5 MHz), 载波幅值1 dBFS
模拟加法器 辅助输入 1 可被加到信号输出, ±10 V, DC - 2 MHz
输出范围 输出噪声密度
(高负载阻抗设定)
输出噪声RMS
(12 MHz测量带宽)
10 mV 43 nV/√Hz 145 µVrms
100 mV 43 nV/√Hz 145 µVrms
1 V 48 nV/√Hz 161 µVrms
10 V 104 nV/√Hz 310 µVrms

辅助输入

接口 前面板 2 个 BNC
A/D 转换 16 位, 15 MSa/s
A/D 模拟带宽 5 MHz
输入阻抗 1 MΩ
幅值 ±10 V
分辨率 0.335 mV

辅助输出

接口 前面板 4 个 BNC
D/A 转换 18 位, 612 kSa/s
D/A 模拟带宽 200 kHz
输出阻抗 50 Ω
幅值 ±10 V
分辨率 < 85 µV
驱动电流 20 mA
噪声密度 高阻抗负载,200 µV/√Hz(大于 1 kHz)
噪声RMS 高阻抗负载,12 MHz 测量带宽下 90 µVrms

触发输入

接口 背面板 2 个 BNC
触发输入阻抗 1 kΩ
外部参考频率范围 1 Hz - 500 kHz; 1 Hz - 5 MHz (参见 MF-F5M 升级选件)
触发幅值范围 ±5 V
最低脉冲宽度 35 ns
触发电平 ±5 V, 3.66 mV 分辨率
触发迟滞 < 20 mV

触发输出

接口 背面板 2 个 BNC
触发输出阻抗 50 Ω
外部参考频率范围 1 µHz - 500 kHz; 1 µHz - 5 MHz (参见 MF-F5M 升级选件)
触发幅值 5 V

10 MHz 同步

接口 背面板 2 个 BNC,10 MHz 时钟输入和输出
10 MHz 输入,阻抗 50 Ω
10 MHz 输入,频率范围 9.98 - 10.02 MHz
10 MHz 输入,幅值范围 200 mV - 3 V
10 MHz 输出,阻抗 50 Ω
10 MHz 输出,幅值范围 1 Vpp (50 Ω), 正弦

内置参考频率

类型 TCXO
初始精度 < ±1.5 ppm
长期精度/老化 第一年 < ±1 ppm
短期稳定度(0.1 s) < 2·10-10
温度系数 0.05 ppm/°C (@23°C)
1 kHz下相位噪音 -140 dBc/Hz
10 kHz下相位噪音 -150 dBc/Hz

接口和其它规格

PC接口 LAN, 1 GbE; USB 2.0, 480 Mbit/s
USB主机接口 背面板 2 个,支持 WiFi 模块和大容量存储
DIO 4 x 8位, 通用数字输入/输出,3.3 V TTL
VHDCI 68 pin磁性接口
内存 4.7 GB数据, 250 MB设定文件,250 MB日志文件

最大额定值

参数 下限 上限
电流输入损坏阈值 -5 V +5 V
差分电压输入损坏阈值 -12 V  +12 V
差分电压输出损坏阈值 -12 V +12 V
辅助输入1,2损坏阈值 -12 V +12 V
辅助输出1,2,3,4损坏阈值 -12 V +12 V
10 MHz 时钟输入输出损坏阈值 -5 V +5 V
触发输出1,2损坏阈值 -1 V +6 V
触发输入1,2损坏阈值 -8 V +8 V
32-bit DIO损坏阈值 -1 V +6 V
直流电源损坏阈值 0 V 26 V

LabOne GUI的部署环境要求

操作系统 任意,基于网络浏览器
输入设备 触屏,键盘,鼠标
CPU 双核或以上,支持浏览器硬件加速渲染
浏览器 Chrome, Firefox, Safari, Opera, Edge
PC接口 1 GbE, USB 2.0*
*不支持 macOS

LabOne API的部署环境要求

PC 操作系统 详见 LabOne 系统兼容性
CPU AMD K8 (Athlon 64, Sempron 64, Turion 64等), AMD Phenom, Intel Pentium 4, Xeon, Celeron, Celeron D, Pentium M, Celeron M, Core, Core 2, Core i5, Core i7, Atom
内存 4GB+
PC接口 1 GbE, USB 2.0*
*不支持 macOS
支持语言 LabVIEW 2009 (32-bit, 64-bit)或更新; Python 2.6x, 2.7x (32-bit, 64-bit); MATLAB 2009 或更新; C/C++

 

 

These specifications have been translated from English. Please note that the official reference for product specifications is always the instrument's user manual. 

Demodulators

Frequency range0 - 500 kHz; 0 - 5 MHz (see also MF-F5M option)
Number of demodulators1 dual-phase (X, Y, R,Θ); 4 dual-phase requires MF-MD option
Demodulator inputsSignal inputs (V/I), auxiliary inputs, auxiliary outputs, trigger inputs
Filter time constant337 ns - 83 s
Filter bandwidth (-3 dB)276 µHz - 206 kHz (4th order filter)
Harmonics1 - 1023
Filter slope6, 12, 18, 24, 30, 36, 42, 48 dB/oct
Additional filteringSinc filter
Phase resolution10 µdeg
Frequency resolution1 µHz
Output sample rate on auxiliary outputs612 kSa/s (for each auxiliary output), 18 bit, ±10 V
Maximum transfer rate over 1 GbE200 kSa/s (all demodulators), 48-bit full range
Maximum rate to store on local USB drive50 kSa/s (all demodulators), 48-bit full range
Trigger modes for data transferContinuous, edge, gated

Reference Modes

External reference frequency range1 Hz to 500 kHz; 1 Hz to 5 MHz (see also MF-F5M option)
External reference inputAuxiliary inputs, trigger inputs, auxiliary outputs, current signal input, voltage signal input
Lock time for external referenceTypically less than max(100 cycles, 1.2 ms)
Number of external references1; 2 requires MF-MD option
Internal reference frequency rangeDC - 500 kHz; DC - 5 MHz (see also MF-F5M option)

Scope

Input channelsSignal inputs (V,I), auxiliary inputs, auxiliary outputs, trigger inputs, trigger outputs, signal output, oscillator phase
Scope modesTime domain, frequency domain (FFT)
Number display channels1; 2 requires MF-DIG option
Trigger channelsSignal inputs (V,I), auxiliary inputs, auxiliary outputs, trigger inputs, trigger outputs
Trigger modesEdge
Trigger hysteresisFull input range
PretriggerFull sample range
Sampling rates1.8 kSa/s to 60 MSa/s
Vertical resolution16 bits
Maximum number of samples per shot16 kSa; 2.5 MSa per channel requires MF-DIG option
Minimum hold time1 ms
Bandwidth limit mode, vertical resolution increaseDown sampling by averaging; vertical resolution increase up to 24 bits requires MF-DIG option
Cursor mathLocation, area, wave, peak, tracking, histogram

Spectrum Analyzer

Center frequency range0 - 500 kHz; 0 - 5 MHz (see also MF-F5M option)
Spectrum modesFFT(X+iY), FFT(R), FFT(Θ), FFT(f) and FFT((dΘ/dt)/2π)
Statistical optionsAmplitude, spectral density, power
Averaging modesNone, exponential moving average
Maximum number of samples per spectrum8 kSa
Maximum span58 kHz
Window functionsRectangular, Hann, Hamming, Blackman Harris
Cursor mathLocation, area, tracking, wave, peak, histogram

Sweeper

Scan parametersOscillator frequency, demodulator phase, auxiliary offset, signal output offset, etc.
Parameter sweep rangesFull range, linear and logarithmic
Parameter sweep resolutionArbitrary, defined by start/stop value and number of sweep points
Display parametersDemodulator output (X, Y, R, Θ, f), auxiliary input
Display optionsSingle plot, dual plot (e.g., Bode plot), multi-trace
Statistical optionsAmplitude, spectral density, power
Preset measurement modesParameter sweep, noise amplitude measurement, frequency response analyzer, 3-omega-sweep

Voltage Signal Inputs

Connectors2 BNC on front panel, single-ended and differential
Shield connectivityFloating or ground
Maximum float voltage versus ground±1V
Input impedance50 Ω and 10 MΩ; 27 pF for range >= 300 mV; 40 pF for range <= 100 mV
Input frequency rangeDC - 500 kHz; DC - 5 MHz (see also MF-F5M option)
Input A/D conversion16 bits, 60 MSa/s
Input noise amplitude2.5 nV/√Hz above 1 kHz for 3.3 mV input range and shorting cap on input; 7 nV/√Hz at 10 Hz, 40 nV/√Hz at 1 Hz
Input noise corner frequencyTypically 100 Hz for range <= 10 mV
Input bias currentTypically ±10 pA, max ±200 pA
Input full range sensitivity
(10 V lock-in amplifier output)
1 nV to 3 V
Input AC ranges±1 mV, ±3 mV, ±10 mV, ±30 mV, ±100 mV, ±300 mV, ±1 V, ±3 V
AC coupling cutoff frequency1.6 Hz
Maximum DC offset for AC coupling±10 V
Input DC ranges±1 mV, ±3 mV, ±10 mV, ±30 mV, ±100 mV, ±300 mV, ±1 V, ±3 V
Input gain inaccuracy< 1% (< 2 MHz); for higher frequencies limited by analog input filter
Analog input filter (anti-aliasing)1 dB suppression at 5 MHz, 3 dB at 12 MHz; 3rd order roll-off
Input amplitude stability0.1%/°C
Input offset amplitude< max(0.5 mV, 1% of range)
Dynamic reserveUp to 120 dB
Harmonic distortion (typical)−80 dBc for frequencies <= 100 kHz; −65 dBc for frequencies <= 5 MHz; carrier amplitude −1 dBFS
Coherent pickup< −140 dB for frequencies <= 5 MHz and 50 Ω input impedance;
< −180 dB for frequencies <= 100 kHz and 50 Ω input impedance

Current Signal Input

ConnectorBNC on front panel, float/gnd
Shield connectivityFloating or ground
Maximum float voltage versus ground±1 V
Input impedanceSee Table 5.9 in MFIA User Manual
Input frequency rangeDC - 500 kHz; DC - 5 MHz (see also MF-F5M option)
Input A/D conversion16 bits, 60 MSa/s
Input noise amplitude20 fA/√Hz above 100 Hz for 10 nA input range;
200 fA/√Hz above 10 kHz for 1 µA input range;
3.5 pA/√Hz above 1 MHz for 100 µA input range;
300 pA/√Hz above 1 MHz for 10 mA input range;
Input leakage current±10 pA
Input full range sensitivity
(10 V lock-in amplifier output)
±10 fA to ±10 mA
Input gain inaccuracy< 1% (for frequencies below 10% of the input bandwidth)
Input offset amplitude1% of range
Input offset voltage±2.2 mV max.
Dynamic reserveUp to 120 dB
Coherent pickup< 90 GΩ for frequencies <= 5 MHz and 100 μA input range
< 140 TΩ for frequencies <= 100 kHz and 10 nA input range
Current input rangeTransimpedance
gain
Bandwidth (-3 dB)Input impedance at DCInput noise
10 mA100 V/A5 MHz50 Ω300 pA / √Hz at 100 kHz
1 mA11 kV/A5 MHz50 Ω200 pA/√Hz at 100 kHz
100 µA10 kV/A5 MHz60 Ω3.5 pA/√Hz at 100 kHz
10 µA1100 kV/A5 MHz60 Ω2.5 pA/√Hz at 100 kHz
1 µA1 MV/A450 kHz1 kΩ200 fA/√Hz at 1 kHz
100 nA110 MV/A450 kHz1 kΩ150 fA/√Hz at 1 kHz
10 nA100 MV/A2 kHz160 kΩ20 fA/√Hz at 100 Hz
1 nA11 GV/A2 kHz160 kΩ15 fA/√Hz at 100 Hz
1 Range only available on MF Instruments with serial number MF-DEV3200 and higher

Differential Signal Output

Connectors2 BNC on front panel, single-ended and differential
Output impedance50 Ω
Output frequency rangeDC - 500 kHz; DC - 5 MHz (see also MF-F5M option)
Output frequency resolution1 µHz
Output phase range±180°
Output phase resolution10 µdeg
Differential outputsSine waves shifted by 180°
Output D/A conversion16 bits, 60 MSa/s
Output amplitude ranges±10 mV, ±100 mV, ±1 V, ±10 V (single-ended on high impedance)
Output power24 dBm (±10 V, 250 mW), for each BNC
Output gain inaccuracy< 1% at 100 kHz for all output ranges
Maximum output drive current100 mA
Output offset amplitude±1 mV or 1% of range, whichever is bigger
Harmonic distortion (typical)−85 dBc for f < 100 kHz, −60 dBc for f < 5 MHz; for output ranges <= 1 V; carrier amplitude −1 dBFS
−80 dBc for f < 100 kHz, −50 dBc for f < 5 MHz; for output range 10 V; carrier amplitude −1 dBFS
Analog adderAuxiliary Input 1 can be added to signal output, ±10 V, DC-2 MHz
Output rangeOutput noise density
(high load impedance setting)
RMS output noise
at 12 MHz bandwidth
10 mV43 nV/√Hz145 µVrms
100 mV43 nV/√Hz145 µVrms
1 V48 nV/√Hz161 µVrms
10 V104 nV/√Hz310 µVrms

Auxiliary Inputs

Connectors2 BNC on front panel
A/D converter16 bits, 15 MSa/s
A/D analog bandwidth5 MHz
Input impedance1 MΩ
Amplitude±10 V
Resolution0.335 mV

Auxiliary Outputs

Connectors4 BNC on front panel
D/A converter18 bits, 612 kSa/s
D/A analog bandwidth200 kHz
Output impedance50 Ω
Amplitude±10 V
Resolution< 85 µV
Drive current20 mA
Noise density200 µV/√Hz into high-impedance load, frequency > 1 kHz
RMS noise90 µVrms into high-impedance load, measurement bandwidth 12 MHz

Trigger Inputs

Connectors2 BNC on back panel
Trigger input impedance1 kΩ
Frequency range external reference1 Hz to 500 kHz; 1 Hz to 5 MHz (see also MF-F5M option)
Trigger amplitude range±5 V
Minimum pulse width35 ns
Trigger level±5 V, 3.66 mV resolution
Trigger hysteresis< 20 mV

Trigger Outputs

Connectors2 BNC on back panel
Trigger output impedance50 Ω
Frequency range external reference1 µHz to 500 kHz; 1 µHz to 5 MHz (see also MF-F5M option)
Trigger amplitude5 V

10 MHz Synchronization

Connectors2 BNC, 10 MHz clock input and output on back panel
10 MHz input, impedance50 Ω
10 MHz input, frequency range9.98 to 10.02 MHz
10 MHz input, amplitude range200 mV to 3 V
10 MHz output, impedance50 Ω
10 MHz output, amplitude1 Vpp into 50 Ohm, sinusoidal

Internal Frequency Reference

TypeTCXO
Initial accuracy< ±1.5 ppm
Long term accuracy/aging< ±1 ppm in first year
Short term stability (0.1 s)< 2·10-10
Temperature coefficient0.05 ppm/°C (@23°C)
Phase noise at 1 kHz-140 dBc/Hz
Phase noise at 10 kHz-150 dBc/Hz

Connectivity and Other Specifications

Host connectionLAN, 1 GbE; USB 2.0, 480 Mbit/s
USB host2 connectors on back panel for mass storage or WLAN modules
DIO, digital I/O4 x 8-bit, general purpose digital input/output port, 3.3 V TTL
VHDCI 68 pin female connector
Internal memory4.7 GB for measurement data, 250 MB for settings files, 250 MB for log files

Maximum Ratings

ParameterLowerUpper
Damage threshold Current Signal Input I-5 V+5 V
Damage threshold Voltage Input +V/-V Diff-5 V+5 V
Damage threshold Signal Output +V/-V-12 V+12 V
Damage threshold Aux Input 1,2-12 V+12 V
Damage threshold Aux Outputs 1,2,3,4-12 V+12 V
Damage threshold Clock 10 MHz In/Out-5 V+5 V
Damage threshold Trigger Out 1,2-1 V+6 V
Damage threshold Trigger In 1,2-8 V+8 V
Damage threshold DIO 32-bit-1 V+6 V
Damage threshold DC In0 V26 V

LabOne User Interface Requirements

Operating systemsAny, web browser-based
Input deviceTouch screen, keyboard, mouse
CPU2+ cores, hardware accelerated rendering on browser
BrowserChrome, Firefox, Safari, Opera, Edge
Connectivity1 GbE, USB 2.0*
*Not supported on macOS

LabOne API Requirements

PC operating systemsSee LabOne Compatibility
CPUAMD K8 (Athlon 64, Sempron 64, Turion 64, etc.), AMD Phenom, Intel Pentium 4, Xeon, Celeron, Celeron D, Pentium M, Celeron M, Core, Core 2, Core i5, Core i7, Atom
RAM4GB+
Connectivity1 GbE, USB 2.0*
*Not supported on macOS
Supported languagesLabVIEW 2009 (32-bit, 64-bit) and later; Python 2.6x, 2.7x (32-bit, 64-bit); Matlab 2009 and later; C/C++
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